Bus Interface Modules

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Bus Interface Modules

BDIP-FIP: (from Interface Concept)
WorldFip fieldbus connection compliant with IP, Single or dual redundancy WorldFip channel - 31,25Kbs, 1 or 2,5Mbs - Twisted pairs and optical fiber, Multi instances mgt and direct access to the Fullfip private memory - Fullfip, Fieldual, Fieldrive, TR

CPL-FIP: (from Interface Concept)
VMEbus WorldFip coupler including BDIP-FIP and MVME162

IP-1553-RTO: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal. RT mode supported. Commercial, Ext. temp. avail.

IP-1553-RTO-RTL: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal w/ RT Latch RT mode supported. Commercial, Ext. temp. avail.

IP-1553-STD: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal. BC, RT, and MT modes supported. Commercial, Ext. temp. avail.

IP-1553-STD-RTL: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal w/ RT Latch BC, RT, and MT modes supported. Commercial, Ext. temp. avail.

IP-429: (from Dynamic Engineering)
IP-429 is an IndustryPack compatible ARINC 429 interface featuring up to 8 receivers and 4 transmitters in one slot. Time tagging of received data. 32 MHz IP interface operation. Each tx and rx channel is programmable. Each transmitter features an 8 - 32 bit word FIFO. The many programmable features allow the IP-429 interface to be used with ARINC 429 and other standards. In addition to ARINC-429 the interface can be used for ARINC standards 571, 575, 706. Industrial temperature range. Special coating and testing available.

IP-429HD: (from Condor Engineering)
ARINC 429/575 IP Module. Multiple configurations available with up to 8 Receive and 8 Transmit channels per single-wide IP. 4 KB RAM buffers per Tx and Rx channel. Error injection/detection. Programmable Rx input threshold, variable Tx output voltage. Time-tagging. Extended Temperature available.

IP-429TX: (from Condor Engineering)
ARINC 429/575 transmitter IP Module with up to 8 independent Tx/Rx channels per IP. Ext. temperature.

IP-488: (from SBS Technologies)
IEEE-488 Interface. Talker, listener, controller

IP-561A: (from Condor Engineering)
ARINC 561/568 6-wire interface. Versatile solution to provide interfaces to ARINC 561 and ARINC 568 6-wire databuses. 1 Rx, 1 Tx channel. 4 Kb RAM buffer for each Rx and Tx channel. This product includes buffering and time-tags. Ext. Temp. available. High-level API provided for Windows XP, 2000, Me, NT, 98 and 95 on selected on supported carriers.

IP-573: (from Condor Engineering)
ARINC 573 interface. Support for high-level API on multiple O/S available. 1 receive and 1 transmit channel per module. Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel. Auto-sync and raw mode receive operations. Extended temperature range available.

IP-582: (from Condor Engineering)
ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.

IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: WorldFip fieldbus connection compliant with IP, Single or dual redundancy WorldFip channel - 31,25Kbs, 1 or 2,5Mbs - Twisted pairs and optical fiber, Multi instances mgt and direct access to the Fullfip private memory - Fullfip, Fieldual, Fieldrive, TR
CPL-FIP: (from Interface Concept)
VMEbus WorldFip coupler including BDIP-FIP and MVME162

IP-1553-RTO: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal. RT mode supported. Commercial, Ext. temp. avail.

IP-1553-RTO-RTL: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal w/ RT Latch RT mode supported. Commercial, Ext. temp. avail.

IP-1553-STD: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal. BC, RT, and MT modes supported. Commercial, Ext. temp. avail.

IP-1553-STD-RTL: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal w/ RT Latch BC, RT, and MT modes supported. Commercial, Ext. temp. avail.

IP-429: (from Dynamic Engineering)
IP-429 is an IndustryPack compatible ARINC 429 interface featuring up to 8 receivers and 4 transmitters in one slot. Time tagging of received data. 32 MHz IP interface operation. Each tx and rx channel is programmable. Each transmitter features an 8 - 32 bit word FIFO. The many programmable features allow the IP-429 interface to be used with ARINC 429 and other standards. In addition to ARINC-429 the interface can be used for ARINC standards 571, 575, 706. Industrial temperature range. Special coating and testing available.

IP-429HD: (from Condor Engineering)
ARINC 429/575 IP Module. Multiple configurations available with up to 8 Receive and 8 Transmit channels per single-wide IP. 4 KB RAM buffers per Tx and Rx channel. Error injection/detection. Programmable Rx input threshold, variable Tx output voltage. Time-tagging. Extended Temperature available.

IP-429TX: (from Condor Engineering)
ARINC 429/575 transmitter IP Module with up to 8 independent Tx/Rx channels per IP. Ext. temperature.

IP-488: (from SBS Technologies)
IEEE-488 Interface. Talker, listener, controller

IP-561A: (from Condor Engineering)
ARINC 561/568 6-wire interface. Versatile solution to provide interfaces to ARINC 561 and ARINC 568 6-wire databuses. 1 Rx, 1 Tx channel. 4 Kb RAM buffer for each Rx and Tx channel. This product includes buffering and time-tags. Ext. Temp. available. High-level API provided for Windows XP, 2000, Me, NT, 98 and 95 on selected on supported carriers.

IP-573: (from Condor Engineering)
ARINC 573 interface. Support for high-level API on multiple O/S available. 1 receive and 1 transmit channel per module. Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel. Auto-sync and raw mode receive operations. Extended temperature range available.

IP-582: (from Condor Engineering)
ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.

IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: VMEbus WorldFip coupler including BDIP-FIP and MVME162
IP-1553-RTO: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal. RT mode supported. Commercial, Ext. temp. avail.

IP-1553-RTO-RTL: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal w/ RT Latch RT mode supported. Commercial, Ext. temp. avail.

IP-1553-STD: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal. BC, RT, and MT modes supported. Commercial, Ext. temp. avail.

IP-1553-STD-RTL: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal w/ RT Latch BC, RT, and MT modes supported. Commercial, Ext. temp. avail.

IP-429: (from Dynamic Engineering)
IP-429 is an IndustryPack compatible ARINC 429 interface featuring up to 8 receivers and 4 transmitters in one slot. Time tagging of received data. 32 MHz IP interface operation. Each tx and rx channel is programmable. Each transmitter features an 8 - 32 bit word FIFO. The many programmable features allow the IP-429 interface to be used with ARINC 429 and other standards. In addition to ARINC-429 the interface can be used for ARINC standards 571, 575, 706. Industrial temperature range. Special coating and testing available.

IP-429HD: (from Condor Engineering)
ARINC 429/575 IP Module. Multiple configurations available with up to 8 Receive and 8 Transmit channels per single-wide IP. 4 KB RAM buffers per Tx and Rx channel. Error injection/detection. Programmable Rx input threshold, variable Tx output voltage. Time-tagging. Extended Temperature available.

IP-429TX: (from Condor Engineering)
ARINC 429/575 transmitter IP Module with up to 8 independent Tx/Rx channels per IP. Ext. temperature.

IP-488: (from SBS Technologies)
IEEE-488 Interface. Talker, listener, controller

IP-561A: (from Condor Engineering)
ARINC 561/568 6-wire interface. Versatile solution to provide interfaces to ARINC 561 and ARINC 568 6-wire databuses. 1 Rx, 1 Tx channel. 4 Kb RAM buffer for each Rx and Tx channel. This product includes buffering and time-tags. Ext. Temp. available. High-level API provided for Windows XP, 2000, Me, NT, 98 and 95 on selected on supported carriers.

IP-573: (from Condor Engineering)
ARINC 573 interface. Support for high-level API on multiple O/S available. 1 receive and 1 transmit channel per module. Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel. Auto-sync and raw mode receive operations. Extended temperature range available.

IP-582: (from Condor Engineering)
ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.

IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal. RT mode supported. Commercial, Ext. temp. avail.
IP-1553-RTO-RTL: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal w/ RT Latch RT mode supported. Commercial, Ext. temp. avail.

IP-1553-STD: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal. BC, RT, and MT modes supported. Commercial, Ext. temp. avail.

IP-1553-STD-RTL: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal w/ RT Latch BC, RT, and MT modes supported. Commercial, Ext. temp. avail.

IP-429: (from Dynamic Engineering)
IP-429 is an IndustryPack compatible ARINC 429 interface featuring up to 8 receivers and 4 transmitters in one slot. Time tagging of received data. 32 MHz IP interface operation. Each tx and rx channel is programmable. Each transmitter features an 8 - 32 bit word FIFO. The many programmable features allow the IP-429 interface to be used with ARINC 429 and other standards. In addition to ARINC-429 the interface can be used for ARINC standards 571, 575, 706. Industrial temperature range. Special coating and testing available.

IP-429HD: (from Condor Engineering)
ARINC 429/575 IP Module. Multiple configurations available with up to 8 Receive and 8 Transmit channels per single-wide IP. 4 KB RAM buffers per Tx and Rx channel. Error injection/detection. Programmable Rx input threshold, variable Tx output voltage. Time-tagging. Extended Temperature available.

IP-429TX: (from Condor Engineering)
ARINC 429/575 transmitter IP Module with up to 8 independent Tx/Rx channels per IP. Ext. temperature.

IP-488: (from SBS Technologies)
IEEE-488 Interface. Talker, listener, controller

IP-561A: (from Condor Engineering)
ARINC 561/568 6-wire interface. Versatile solution to provide interfaces to ARINC 561 and ARINC 568 6-wire databuses. 1 Rx, 1 Tx channel. 4 Kb RAM buffer for each Rx and Tx channel. This product includes buffering and time-tags. Ext. Temp. available. High-level API provided for Windows XP, 2000, Me, NT, 98 and 95 on selected on supported carriers.

IP-573: (from Condor Engineering)
ARINC 573 interface. Support for high-level API on multiple O/S available. 1 receive and 1 transmit channel per module. Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel. Auto-sync and raw mode receive operations. Extended temperature range available.

IP-582: (from Condor Engineering)
ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.

IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal w/ RT Latch RT mode supported. Commercial, Ext. temp. avail.
IP-1553-STD: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal. BC, RT, and MT modes supported. Commercial, Ext. temp. avail.

IP-1553-STD-RTL: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal w/ RT Latch BC, RT, and MT modes supported. Commercial, Ext. temp. avail.

IP-429: (from Dynamic Engineering)
IP-429 is an IndustryPack compatible ARINC 429 interface featuring up to 8 receivers and 4 transmitters in one slot. Time tagging of received data. 32 MHz IP interface operation. Each tx and rx channel is programmable. Each transmitter features an 8 - 32 bit word FIFO. The many programmable features allow the IP-429 interface to be used with ARINC 429 and other standards. In addition to ARINC-429 the interface can be used for ARINC standards 571, 575, 706. Industrial temperature range. Special coating and testing available.

IP-429HD: (from Condor Engineering)
ARINC 429/575 IP Module. Multiple configurations available with up to 8 Receive and 8 Transmit channels per single-wide IP. 4 KB RAM buffers per Tx and Rx channel. Error injection/detection. Programmable Rx input threshold, variable Tx output voltage. Time-tagging. Extended Temperature available.

IP-429TX: (from Condor Engineering)
ARINC 429/575 transmitter IP Module with up to 8 independent Tx/Rx channels per IP. Ext. temperature.

IP-488: (from SBS Technologies)
IEEE-488 Interface. Talker, listener, controller

IP-561A: (from Condor Engineering)
ARINC 561/568 6-wire interface. Versatile solution to provide interfaces to ARINC 561 and ARINC 568 6-wire databuses. 1 Rx, 1 Tx channel. 4 Kb RAM buffer for each Rx and Tx channel. This product includes buffering and time-tags. Ext. Temp. available. High-level API provided for Windows XP, 2000, Me, NT, 98 and 95 on selected on supported carriers.

IP-573: (from Condor Engineering)
ARINC 573 interface. Support for high-level API on multiple O/S available. 1 receive and 1 transmit channel per module. Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel. Auto-sync and raw mode receive operations. Extended temperature range available.

IP-582: (from Condor Engineering)
ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.

IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal. BC, RT, and MT modes supported. Commercial, Ext. temp. avail.
IP-1553-STD-RTL: (from SBS Technologies)
MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal w/ RT Latch BC, RT, and MT modes supported. Commercial, Ext. temp. avail.

IP-429: (from Dynamic Engineering)
IP-429 is an IndustryPack compatible ARINC 429 interface featuring up to 8 receivers and 4 transmitters in one slot. Time tagging of received data. 32 MHz IP interface operation. Each tx and rx channel is programmable. Each transmitter features an 8 - 32 bit word FIFO. The many programmable features allow the IP-429 interface to be used with ARINC 429 and other standards. In addition to ARINC-429 the interface can be used for ARINC standards 571, 575, 706. Industrial temperature range. Special coating and testing available.

IP-429HD: (from Condor Engineering)
ARINC 429/575 IP Module. Multiple configurations available with up to 8 Receive and 8 Transmit channels per single-wide IP. 4 KB RAM buffers per Tx and Rx channel. Error injection/detection. Programmable Rx input threshold, variable Tx output voltage. Time-tagging. Extended Temperature available.

IP-429TX: (from Condor Engineering)
ARINC 429/575 transmitter IP Module with up to 8 independent Tx/Rx channels per IP. Ext. temperature.

IP-488: (from SBS Technologies)
IEEE-488 Interface. Talker, listener, controller

IP-561A: (from Condor Engineering)
ARINC 561/568 6-wire interface. Versatile solution to provide interfaces to ARINC 561 and ARINC 568 6-wire databuses. 1 Rx, 1 Tx channel. 4 Kb RAM buffer for each Rx and Tx channel. This product includes buffering and time-tags. Ext. Temp. available. High-level API provided for Windows XP, 2000, Me, NT, 98 and 95 on selected on supported carriers.

IP-573: (from Condor Engineering)
ARINC 573 interface. Support for high-level API on multiple O/S available. 1 receive and 1 transmit channel per module. Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel. Auto-sync and raw mode receive operations. Extended temperature range available.

IP-582: (from Condor Engineering)
ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.

IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: MIL-STD-1553B. Complete dual-redundant MIL-STD-1553B bus terminal w/ RT Latch BC, RT, and MT modes supported. Commercial, Ext. temp. avail.
IP-429: (from Dynamic Engineering)
IP-429 is an IndustryPack compatible ARINC 429 interface featuring up to 8 receivers and 4 transmitters in one slot. Time tagging of received data. 32 MHz IP interface operation. Each tx and rx channel is programmable. Each transmitter features an 8 - 32 bit word FIFO. The many programmable features allow the IP-429 interface to be used with ARINC 429 and other standards. In addition to ARINC-429 the interface can be used for ARINC standards 571, 575, 706. Industrial temperature range. Special coating and testing available.

IP-429HD: (from Condor Engineering)
ARINC 429/575 IP Module. Multiple configurations available with up to 8 Receive and 8 Transmit channels per single-wide IP. 4 KB RAM buffers per Tx and Rx channel. Error injection/detection. Programmable Rx input threshold, variable Tx output voltage. Time-tagging. Extended Temperature available.

IP-429TX: (from Condor Engineering)
ARINC 429/575 transmitter IP Module with up to 8 independent Tx/Rx channels per IP. Ext. temperature.

IP-488: (from SBS Technologies)
IEEE-488 Interface. Talker, listener, controller

IP-561A: (from Condor Engineering)
ARINC 561/568 6-wire interface. Versatile solution to provide interfaces to ARINC 561 and ARINC 568 6-wire databuses. 1 Rx, 1 Tx channel. 4 Kb RAM buffer for each Rx and Tx channel. This product includes buffering and time-tags. Ext. Temp. available. High-level API provided for Windows XP, 2000, Me, NT, 98 and 95 on selected on supported carriers.

IP-573: (from Condor Engineering)
ARINC 573 interface. Support for high-level API on multiple O/S available. 1 receive and 1 transmit channel per module. Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel. Auto-sync and raw mode receive operations. Extended temperature range available.

IP-582: (from Condor Engineering)
ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.

IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: IP-429 is an IndustryPack compatible ARINC 429 interface featuring up to 8 receivers and 4 transmitters in one slot. Time tagging of received data. 32 MHz IP interface operation. Each tx and rx channel is programmable. Each transmitter features an 8 - 32 bit word FIFO. The many programmable features allow the IP-429 interface to be used with ARINC 429 and other standards. In addition to ARINC-429 the interface can be used for ARINC standards 571, 575, 706. Industrial temperature range. Special coating and testing available.
IP-429HD: (from Condor Engineering)
ARINC 429/575 IP Module. Multiple configurations available with up to 8 Receive and 8 Transmit channels per single-wide IP. 4 KB RAM buffers per Tx and Rx channel. Error injection/detection. Programmable Rx input threshold, variable Tx output voltage. Time-tagging. Extended Temperature available.

IP-429TX: (from Condor Engineering)
ARINC 429/575 transmitter IP Module with up to 8 independent Tx/Rx channels per IP. Ext. temperature.

IP-488: (from SBS Technologies)
IEEE-488 Interface. Talker, listener, controller

IP-561A: (from Condor Engineering)
ARINC 561/568 6-wire interface. Versatile solution to provide interfaces to ARINC 561 and ARINC 568 6-wire databuses. 1 Rx, 1 Tx channel. 4 Kb RAM buffer for each Rx and Tx channel. This product includes buffering and time-tags. Ext. Temp. available. High-level API provided for Windows XP, 2000, Me, NT, 98 and 95 on selected on supported carriers.

IP-573: (from Condor Engineering)
ARINC 573 interface. Support for high-level API on multiple O/S available. 1 receive and 1 transmit channel per module. Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel. Auto-sync and raw mode receive operations. Extended temperature range available.

IP-582: (from Condor Engineering)
ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.

IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: ARINC 429/575 IP Module. Multiple configurations available with up to 8 Receive and 8 Transmit channels per single-wide IP. 4 KB RAM buffers per Tx and Rx channel. Error injection/detection. Programmable Rx input threshold, variable Tx output voltage. Time-tagging. Extended Temperature available.
IP-429TX: (from Condor Engineering)
ARINC 429/575 transmitter IP Module with up to 8 independent Tx/Rx channels per IP. Ext. temperature.

IP-488: (from SBS Technologies)
IEEE-488 Interface. Talker, listener, controller

IP-561A: (from Condor Engineering)
ARINC 561/568 6-wire interface. Versatile solution to provide interfaces to ARINC 561 and ARINC 568 6-wire databuses. 1 Rx, 1 Tx channel. 4 Kb RAM buffer for each Rx and Tx channel. This product includes buffering and time-tags. Ext. Temp. available. High-level API provided for Windows XP, 2000, Me, NT, 98 and 95 on selected on supported carriers.

IP-573: (from Condor Engineering)
ARINC 573 interface. Support for high-level API on multiple O/S available. 1 receive and 1 transmit channel per module. Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel. Auto-sync and raw mode receive operations. Extended temperature range available.

IP-582: (from Condor Engineering)
ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.

IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: ARINC 429/575 transmitter IP Module with up to 8 independent Tx/Rx channels per IP. Ext. temperature.
IP-488: (from SBS Technologies)
IEEE-488 Interface. Talker, listener, controller

IP-561A: (from Condor Engineering)
ARINC 561/568 6-wire interface. Versatile solution to provide interfaces to ARINC 561 and ARINC 568 6-wire databuses. 1 Rx, 1 Tx channel. 4 Kb RAM buffer for each Rx and Tx channel. This product includes buffering and time-tags. Ext. Temp. available. High-level API provided for Windows XP, 2000, Me, NT, 98 and 95 on selected on supported carriers.

IP-573: (from Condor Engineering)
ARINC 573 interface. Support for high-level API on multiple O/S available. 1 receive and 1 transmit channel per module. Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel. Auto-sync and raw mode receive operations. Extended temperature range available.

IP-582: (from Condor Engineering)
ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.

IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: IEEE-488 Interface. Talker, listener, controller
IP-561A: (from Condor Engineering)
ARINC 561/568 6-wire interface. Versatile solution to provide interfaces to ARINC 561 and ARINC 568 6-wire databuses. 1 Rx, 1 Tx channel. 4 Kb RAM buffer for each Rx and Tx channel. This product includes buffering and time-tags. Ext. Temp. available. High-level API provided for Windows XP, 2000, Me, NT, 98 and 95 on selected on supported carriers.

IP-573: (from Condor Engineering)
ARINC 573 interface. Support for high-level API on multiple O/S available. 1 receive and 1 transmit channel per module. Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel. Auto-sync and raw mode receive operations. Extended temperature range available.

IP-582: (from Condor Engineering)
ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.

IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: ARINC 561/568 6-wire interface. Versatile solution to provide interfaces to ARINC 561 and ARINC 568 6-wire databuses. 1 Rx, 1 Tx channel. 4 Kb RAM buffer for each Rx and Tx channel. This product includes buffering and time-tags. Ext. Temp. available. High-level API provided for Windows XP, 2000, Me, NT, 98 and 95 on selected on supported carriers.
IP-573: (from Condor Engineering)
ARINC 573 interface. Support for high-level API on multiple O/S available. 1 receive and 1 transmit channel per module. Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel. Auto-sync and raw mode receive operations. Extended temperature range available.

IP-582: (from Condor Engineering)
ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.

IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: ARINC 573 interface. Support for high-level API on multiple O/S available. 1 receive and 1 transmit channel per module. Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel. Auto-sync and raw mode receive operations. Extended temperature range available.
IP-582: (from Condor Engineering)
ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.

IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: ARINC 582 interface. 1 Receive & 1 Transmit channel. 16 or 32 bit word size. TACAN interface. Operational features include internal self-test, maskable interrupts, and the option of utilizing either interrupt driven or polled operation.
IP-708: (from Condor Engineering)
ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.

IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: ARINC 708/453 IP Module. Support for high-level API on multiple O/S available. 2 Receive and 2 Transmit channels. 64 KB Receive and 64 KB Transmit buffers. Bus speed: 1 MHz. Interrupt driven or polled operation. Transition cabling available.
IP-717: (from Condor Engineering)
ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.

IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: ARINC 717 interface. Support for high-level API on multiple O/S available. Up to 4 Rx/4 Tx channels per board . Harvard Bi-Phase or BPRZ. Multiple speeds and frame sizes supported. 2 Kb RAM per channel.
IP-CSDB: (from Condor Engineering)
CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.

IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: CSDB IP Module with up to 4 receive and 4 transmit channels. Support for high-level API on multiple O/S available. High level CSDB API provided. 1 Kb RAM buffers per channel. Programmable bit rates. 32-bit time-tagging. Extended temperature/ruggedized range available. Circular and dedicated receive modes Programmable receive thresholds & transmit output voltages available on two Rx and two Tx channels.
IP-D1553-M: (from Condor Engineering)
Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.

IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: Multi-function Dual Channel MIL-STD-1553A/B IP Module. The high-density, multi-function, mezzanine board is a cross-platform solution that leverages powerful functionality with an easy-to-use programming interface for either one or two 1553 channels in a single-wide IP slot. Each channel can be configured independently to operate simultaneously as a Bus Controller, up to 31 Remote Terminals, and as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended operating temperature optional.
IP-D1553-S: (from Condor Engineering)
Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.

IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: Single-function Dual Channel MIL-STD-1553A/B IP Module. Each channel on these modules operates independently as either a BC, or up to 31 RTs, or as a Bus Monitor. Standard features include IRIG/GPS synchronization capability, aperiodic message insertion, error injection/detection, conditional BC branching, 48-bit timetags and "Oneshot" BC operation. Up to four modules can be mounted on PCI, CompactPCI, VME or VXI carriers resulting in up to eight 1553 channels in a single system slot. Extended temp available.
IP-H009: (from SBS Technologies)
H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.

IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: H009, Primary and redundant interface to F-15 Avionics Bus, 3 ports each interface.
IP-Octal Serial: (from Dynamic Engineering)
IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.

IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: IP-OctalSerial-IO is a Multi-channel Serial or Parallel communications and control interface. Each of the 8 channels has FIFO support. A total of 24 - 40 MHz rated RS-485 IO with programmable terminations are provided for complete flexibility with custom requirements. Programmable interrupts and status. The IP interface supports 8 and 32 MHz operation. The FIFOs are supported with a write through pipeline and early termination for the TX channels and a fast read capability on the RX channels for high performance. The TX FIFOs can be loaded in parallel if the same data set is to be sent via multiple channels.
IP-QuadUART-485: (from Dynamic Engineering)
The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.

IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: The IP-QuadUART-485 features 4 UARTs with full or half duplex differential IO [RX, TX, CTS, RTS, DTR, DSR]. Two reference oscillators provide 1.5 MHz max and all of the standard baud rates. The quad UART utilized is the 16C854. The quad UART is supported by an advanced IP module interface implemented within a Xilinx FPGA. Write through, multi-byte and pre-read capabilities speed host interaction with the IP-QuadUART-485. When the IP-QuadUART-485 is mounted to a carrier which supports 32 bit operations the effect can be enhanced. The PCI3IP, PCI5IP, and cPCI2IP support 32 bit access to IndustryPacks.
IP201S J1850 VPW Interface: (from C&H Technologies)
SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.

IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: SAE J1850 VPW Interface, 10.4Kbps R/T, 41.6Kbps receive, 64Kbytes transmit/receive buffer, incoming filtering, receive time stamping, immediate, periodic, on-trigger, and IFR message transmission.
IPM-1553-S1: (from Max Technologies)
The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.

IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: The IPM-1553-S1 with 8 bit discretes I/O lines and optional 2 transmit and 2 receive ARINC 429 Ports is a single-wide IndustryPack module. It provide interface to a single mode (BC, RT, BM, or RT/MT) dual redundant MIL-STD-1553 A or B Notices I and II, 1760B,A3828,A5232, A5690 and STANAG 3838 bus.
IPM-422/485/CSDB: (from Max Technologies)
Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.

IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: Provides RS422 communication with advanced messages timing control. Eight 422/485 channels (4tx-4rx), 8 Mhz IP interface. 7 or 8 bit Word size. Per word selectable parity Odd or EVEN. 16 words timetag buffer. Per word 1 us 16 bit word scheduler. Receiver 1 uS, 16 bit timetag. Eight bidirectional TTL I/O. Sync pluse generation.Speed up to 1 MBIT/sec.
IPM-429-A: (from Max Technologies)
ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.

IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: ARINC 429/575 IP Module. Up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. Four ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). Complete support for the PCI,CPCI, VME and VXI 200 Mhz intelligent carrier board with 16 Mb of messages buffering and advanced firmware with High Level API.
IPM-429-E: (from Max Technologies)
ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME and VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.
IPM-429ELB: (from Max Technologies)
ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.

IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: ARINC 429 IndustryPack with Loop Back.Validation of transmitted words through a dedicated loop back per TX channel. ARINC 429/575 IP Module with up to 16 channels (16Tx, 16Rx or 8Tx+8Rx) per IP. 32 ARINC words FIFO per channel. One microsecond Tx messages scheduling. One microsecond Rx 32 bit timetags. Programmable word rate from 3.9 to 125 kbps. Eight general purpose TTL I/O (can be used for Sync pulse on message events). May be used with a dumb IPack carrier or MAX Technologies' PCI,CPCI,VME or VXI 200 Mhz smart carrier board with 16 Mb of messages buffering and advanced firmware with High Level API. Extended temperature and conformal coating available.
IPM-561/568: (from Max Technologies)
ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification

IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: ARINC 561/568 6-wire interface. 4 Rx + 4 Tx per single-wide 32 Mhz, 16-bit IP. 64 ARINC words per channel. Buffer Overflow detection and error generation. Hardware controlled (1us resolution) ARINC word transmission time. Hardware generated 32-bit, 1 us timetag. Programmable parity generation and verification
IPM-629-1: (from Max Technologies)
The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.

MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: The IPM-629-1 ARINC629 Data Bus Controller is packaged as a double width class "B" IPACK module that operates at 32 Mhz. Built around the ARINC 629 DATAC chip from National Semiconductor, the Module provide all the regular functions supported by the DATAC and more.It support BP mode and Multiple RT in transmission.
MVIP300: (from Motorola Inc., Embedded Communications Computing)
IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.

TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: IEEE-488 Instrumentation bus interface module. The MVIP300 provides talker, listener, and controller access to the IEEE-488 instrumentation bus (GPIB). It is compatible with IEEE-488 1975/78 and the IEEE-488 1980 supplement. MVIP300 features low power transceivers and RF filters on all lines.
TIP810-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C

TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: CAN Bus Controller based on SJA1000; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating Temperature -40�C to +85�C
TIP811-10: (from TEWS TECHNOLGIES GmbH)
INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C

TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: INTERBUS master G3 IP, Local 68332 running the original Generation 3 ( G3 ) INTERBUS firmware of PHOENIX; Supports up to 128 I/O modules and up to 2048 I/O points; Requires TIP811-TM-10 transition module; Operating Temperature 0�C to +70�C
TIP812-10: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C

TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: SERCOS-Bus Interface using the SERCON410 controller chip; On board RS485 interface; Transition module for fiber optic available ( TIP812-TM-10 ); Operating temperature -40 �C to +85 �C
TIP812-20: (from TEWS TECHNOLGIES GmbH)
SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C

TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: SERCOS-Bus Interface using the SERCON410 controller chip; Two encoder interfaces for hand wheel support; Transition module required (TIP812-TM-20 ); Operating temperature -40 �C to +85 �C
TIP813-10: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C
TIP813-20: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 1.25Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C
TIP813-21: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports transformer coupled 78Mbit interface; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C
TIP813-30: (from TEWS TECHNOLGIES GmbH)
LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C

TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: LON bus Interface based on Neuron Chip 3150; 4 Kbytes dual port RAM; 32 Kbytes EPROM for protocol firmware and application; Supports the free topology twisted pair interface based on the ECHELON FTT-10A transceiver; No RS485; Includes MIP/DPR license; Operating Temperature 0�C to +70�C
TIP815-10: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: COM20020 ARCNET controller, 2.5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C
TIP815-11: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C

TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface on IP; Operating Temperature 0�C to +70�C
TIP815-20: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: COM20020 ARCNET controller, 2.5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C
TIP815-21: (from TEWS TECHNOLGIES GmbH)
COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C

TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface on IP; Operating Temperature 0�C to +70�C
TIP816-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C

TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; CAN-HIGH-SPEED ( ISO11898 ) or modified RS485; Operating temperature -40 �C to +85 �C
TIP818-10: (from TEWS TECHNOLGIES GmbH)
CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C

TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: CAN Bus Controller supports both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface optically isolated; Philips Fault-Tolerant CAN Transceiver TJA1053; Operating temperature -40 �C to +85 �C
TIP903-10: (from TEWS TECHNOLGIES GmbH)
Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C: Three CAN Bus Controller supporting both, standard and extended frames according to CAN specification 2.0 part A and B; Physical interface: CAN-HIGH-SPEED ( ISO11898 ); Operating Temperature 0�C to +70�C