AdTEC | AT-XMC-PMC-1553
350891
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AT-XMC-PMC-1553

Choice of Bus Interface

  • XMC – x1 Lane PCIe, 2.5Gbps
  • PMC – PCI bus 32-bit, 33MHz

 
IPC1553 – Next generation 1553 core
Up to 4 independent dual-redundant MIL-STD-1553B channels
Each channel independently programmable as either Bus Controller, Remote Terminal or Bus Monitor
Rear P16 or Rear P14 or Front I/O available
IRIG-B Time Code Input (Digital/Analog)
IRIG-B Time Code Generator/Output (Digital)
48-bit, microsecond time tagging
Complete message programmability
Flexible message status/interrupt generation
External trigger for each channel
Rich compliment of I/O options including programmable I/O and avionics discrete
Six Discrete Inputs & six Discrete Outputs
Direct or Transformer Coupled Bus Interface
Available in two variants -Air Cooled, Conduction Cooled
High-level API for Windows XP and Linux

The AT-XMC/PMC-1553 is the latest generation of high performance, multichannel Mezzanine card for MIL-STD-1553B, with a choice of either PCIe or PCI as the Bus interface. The card provides up to four flexible single functions, dual redundant MIL-STD-1553B channels. It provides the highest level of performance & flexibility for MIL-STD-1553B protocol on the PCIe bus. The AT-XMC/PMC-1553 card includes advanced API (Application Programming Interface) software that reduces application development time. Standard features include 64K Words of RAM per channel, 48-bit message time tagging, up to four independent dual redundant MILSTD- 1553 channels, Six Discrete Inputs & Six Discrete Outputs, IRIG-B Time Code Input/Output. An onboard IRIG-B time code decoder and generator allow users to accurately synchronize single or multiple XMC/PMC1553 cards to a common time source. The card is available in either Air-cooled and Conduction cooled versions. Conduction cooled versions for rugged on-board systems.

 
Hardware

The AT-XMC/PMC-1553 card offers full-function test, simulation, monitoring, and data-bus analyzer functions for MIL-STD-1553B applications. These high-density high-performance cards are suitable for applications ranging from test equipment to rugged deployable systems. The card comes integrated with powerful software that reduces application development time. All data bus functionality is supported by our advanced API (Application Programming Interface). The card’s single function architecture emulate a Bus Controller or 31 Remote Terminals or Monitor Terminal, BC/MT, or Multi-RT/MT modes independently per channel. Standard features include Programmable coupling and bus termination, extensive BC frame structures, error detection, RT Status Bit and Mode Code responses along with advanced BC functionality, Polling and interrupt generation. The advanced BC architecture provides a high degree of flexibility and autonomy by providing Major and Minor frame schedule control, streaming data interface, asynchronous message insertion, bulk data transfers, double buffering, message retry, bus switching strategies, data logging, and fault reporting. The RT architecture provides flexibility in meeting all common MIL-STD-1553 protocols while emulating up to 31RT addresses on one 1553 channel. The card includes a message monitor mode and a combined Multi-RT/ MT mode where the MT can monitor all 1553 communications on the bus, including the 1553 channel’s assigned RT addresses. The Bus Monitor mode provides complete error detection on100% fully loaded buses, advanced error detection to isolate faults at a particular word within a 1553 message.

 
Transformer And Direct Coupling

The card can be configured to work either in transformer-coupled mode or direct-coupled mode. Jumpers are provided on the card to select the mode. It is configured to work in the transformer-coupled mode by default.

 
Software

The AT-XMC/PMC-1553 software includes Drivers & APIs. The card comes with a powerful set of library functions to access the entire MIL-STD-1553B functionality. The drivers are designed in a modular fashion consisting of component functions and application functions. The user’s test program can be developed with few calls to the driver by using the set of application functions provided.

Bus Interface
XMC – x1 lane PCIe, 2.5Gbps (PCIe base specification 1.0a) or PMC – 32-bit, 33/66 MHz (PCI 2.2)
 
MIL-STD-1553
IPC1553 is AT’S next generation 1553 Core, with BC, RT, MT, RT/MT operating modes
Full MIL-STD-1553 functionality
Upto 4 independent dual redundant MIL-STD-1553B channels
Message formats BC-RT, RT-BC, RT-RT, Broadcast, System Control
Direct or Transformer coupled
Hardware and Software Programmable RT Address
External Trigger for each Channel
 
Bus Controller (BC)
64K words of Memory per channel
Automatic retries on alternate bus
Inter-message gap times up to 65.5ms
Programmable response timeout up to 130µs
Minor/Major Frame Scheduling to Control timing of 1553 messages
Modify Messages or Data while BC is running
Detects and Reports 1553 Errors
Synchronize BC operation to external time source
Programmable BC timeout values
Flexible support for data streaming or bulk data transfer
 
Remote Terminal (RT)
31 Remote Terminal Control
Programmable response time and status word bits
Programmable command illegalization
Modify data, status words or setup while card is running
Selectable interrupts upon multiple conditions
Support for all 1553B mode codes
Programmable single message or double buffering or circular buffering
BUSY Bit programmable by sub address
Alphanumeric message ID
 
Monitor Terminal (MT)
Word monitor per word basis
Selective message monitor & time stamping
Dynamic data update
Message Periodicity
Bus error status
Busload
Unique Message identifier
Record and Replay option
Message identifier
Advanced Bus Error Detection to Isolate Bus Failures
100% data capture at full bus rates
Programmable data logging to file
Sequential record includes: command/status/data words, time-tag, errors, bus, and response time(s)
 
Diagnostics
Testing of Memory Elements
Internal Loop back Test for each channel
Interrupt Function Testing
 
Discrete I/O
Optional Six Discrete Inputs & six Discrete Outputs
TTL outputs and inputs
 
IO Configurations
IO available on both Front Panel 68 pin VHDCI Connector and Rear Connectors (P14 – PMC or P16 – XMC)
Standard configuration is P16 rear panel I/O
 
Software Support
Driver and high-level API libraries for Windows XP and Linux
Sample applications provided
 
Physical
Standard Singlewide Mezzanine Card form factor confirming to IEEE 1386.1 (74 mm x 149 mm)
Conduction Cooled XMC/PMC Card without Bezel.
 
Environmental
 

Air-Cooled Conduction-Cooled
Operating 0ºC to + 60ºC -40ºC to + 85ºC

 
Power
Primary Supply +5V from PMC Connectors when configured as a PMC Card, +3.3V and all other voltages internally derived
Primary Supply +3.3V from XMC Connectors when configured as XMC Card, all other voltages internally derived
 
Warranty
1 year limited warranty

AT-XMC-PMC--1553-O