Systran Corporation's Web Site
Systran Corporation
4126 Linden Avenue
Dayton, OH 45432-3068, USA
Telephone: (937) 252-5601, (800) 252-5601
Fax: (937) 258-2729
E-mail: info@systran.com
http://www.systran.com
Systran was founded in 1977 to assist the Department of Defense with advanced digital avionics systems, real-time simulation, and related technical services. In the 1980s, we began to transition our technological resources, especially those of real-time connectivity, from government research labs to the private sector by developing high-performance, high-utility commercial products based on this technology. The SCRAMNet Network, our first commercial product, has been very successful in solving distributed real-time computing problems.
We have expanded our commercial research and development to include a variety of high-performance data communications technologies including Fibre Channel, ATM, and others. Our SCRAMNet+ Network is now a third generation product, with thousands of boards in use around the world. Our FibreXpress Network and FibreXteme product lines include Fibre Channel-based data link solutions that achieve sustained data throughput up to 105MB/sec. Systran's 1553 Solutions include microcode-based MIL-STD-1553 boards, GUI interface software, and the latest in advanced bus switching technologies. Our I/O Solutions feature a complete line of advanced modular I/O modules and high-density carriers.
Networking Boards
| Function | Description | Software Support | ADDR/ DATA Width | Size |
|---|---|---|---|---|
Shared-Memory Network | SCRAMNet+ Network VMEbus Interface, 150Mbit/sec real-time replicated shared-memory system, coax or fiber, single slot ASIC design, 16.7MB/sec throughput. Memory sizes: 4KB, 128KB, 512KB, 1MB, 2MB, 4MB, 8MB | pSOS+ VxWorks LynxOS | 6U 9U | |
| As above, SCRAMNet+ Network VMEbus to EISA Interface | ||||
| As above, SCRAMNet+ Network VMEbus to ISA Interface | ||||
| As above, SCRAMNet+ Network VMEbus to Rehostable Interface | ||||
| As above, SCRAMNet+ Network VMEbus to SBus Interface | ||||
| As above, SCRAMNet+ Network VMEbus to GIO Interface | ||||
| As above, SCRAMNet+ Network VMEbus to PCI Interface | ||||
| As above, SCRAMNet+ Network VMEbus to PMC Interface | ||||
| As above, SCRAMNet+ Network VMEbus to Selbus Interface | ||||
| Quad Switch provides electronic bypass control for up to four nodes or subrings. Automatic, node, and manual switching capability. Phase lock loop circuit switches node out when missing or failed transmitter detected | ||||
| SCRAMNet Port Cards allow SCRAMNet VME boards to interface to the Network Transparent Switch (NTS). SCRAMNet port cards each provide two ports. Each NTS can provide connection between up to 16 SCRAMNet boards, any of which can be VME3U, VME6U, VME9U, or PMC on a VME carrier | ||||
Host Bus Adapter | Fibre Channel networks provide up to 1.062Gb/s baud rates and data throughput up to 100MB/s. FibreXpress also available for PMC, PCI and SBus-based computers. Ideal for mass storage and image processing. Model No. FibreXpress Network VME6U | |||
| FibreXpress Port Cards allow FibreXpress VME boards to interface to the Network Transparent Switch (NTS). FibreXpress port cards each provide four ports. Each NTS can provide connection between up to 32 FibreXpress boards, any of which can be VME64 or PMC on a VME carrier |
Bus Interfaces
| VMEbus To: | Description | ADDR/DATA Width | Size |
|---|---|---|---|
| Full function MIL-STD-1553 simulation and test interfaces; supports one or two redundant buses; can handle 1553A/B application; simulates a BC, MRT and BM simultaneously; software drivers include DOS, WIN 3.1/95/NT, Labview 4.0 and LabWindows/CVI. Model No. GLD+VME | |||
| Single function MIL-STD-1553 interface; uses standrd 1553 protocol chips to simulate a BC, a single RT, or a simple BM; RT mode can simulate multiple RTs; software drivers include DOS, WIN 3.1/95/NT, Labview 4.0 and LabWindows/CVI. Model No. GLD+VME/S |
IP Mezzanine Modules
| Function | Description |
|---|---|
| 6U, 5-Slot slave carrier; Interrupt level assignment flexibility; up to 50 I/O lines can be optionally routed through VME P2 connector; A16/D16 VME transfers; all 10 IP Module interrupts (2 per IP) can assert any of the seven VME interrupt levels; No hold states for IP transfers (I/O. ID, INT). Model No. VMESC5 | |
| 3U, 2-slot slave carrier; all 4 IP Module interrupts (2 per IP) can assert any of the seven VME interrupt levels; No hold states for IP transfers (I/O. ID, INT). Model No. VME3SC2 | |
| 6U, 4-slot slave carrier; supports four single-wide IP modules; supports IP memory transfers on all four slots (VME A24 or A32); No hold states for IP transfers (I/O. ID, INT). Model No. VMESC4M | |
| 6U, 4-slot slave carrier; supports four single-wide IP modules; supports IP memory transfers on all four slots (VME A24 or A32); No hold states for IP transfers (I/O. ID, INT); IP I/O routed through VME64X chassis instead of VME front panel. Model No. V64XSC4 | |
| 6U, 4-slot intelligent carrier; supports four single-wide IP modules; 200MHz Intel StrongARM RISC processor; available as general purpose or avionics enabled device; 16MB EDO dependent shared DRAM;1 MB SYNC SRAM; 1 MB programmable flash ROM; console serial port; two 32-bit counters/ timers; Interrupt or polling operation. Models No. VME-400 / VME-400-AV | |
Input | 8 independent 12-bit A/D channels with no multiplexing; free run conversion rate of 116Ksamples/sec; maintains a current value table with no-wait read-on-the-fly accesses; ±10V operation. Model No. ADC128F1 |
Input | 24 channel, 12-bit differential input A/D converter; 4-bit frame counter value for determining sampling sequences; on-the-fly access to current value table; three sets of multiplexers, instrumentation amplifiers, and ADCs (one set per 8 channels): ±10V operation. Model No. ADM1224F |
Input | 8 channel, 16-bit differential input A/D converter; eight channels multiplexed to a single 16-bit, 100Ksample/sec free running ADC; on-board, high-precision A/D reference; high input impedance; common mode rejection; ±10V operation. Model No. ADM168V |
Output | 8 channel, 12-bit D/A converter; simple write/read-back of all 8 DAC registers with no wait states; no external power required; ±5V operation. Model No. DAC128F5 |
Output | 8 channel, 12-bit D/A converter with 8 voltage ranges; outputs are hardware selectable to one of 8 voltage ranges (±10V maximum) in groups of four channels; simple write/read-back of all 8 DAC registers with no wait states; hard drive capability without adding an external buffer. Model No. DAC128V |
429/575 | 16 channel ARINC 429/575 receiver module; 32 word data buffer on each port; selectable ARINC 429 labels on each receiver port; two programmable bit rate generator (from 3900 to 125 Kbit/second); selectable 25 or 32-bit word. Model No. IPM-429-A-16R |
429/575 | 12 channel ARINC 429/575 receiver module; 32 word data buffer on each port; selectable ARINC 429 labels on each receiver port; two programmable bit rate generator (from 3900 to 125 Kbit/second); selectable 25 or 32-bit word. Model No. IPM-429-A-12R |
429/575 | 8 channel ARINC 429/575 receiver module; 32 word data buffer on each port; selectable ARINC 429 labels on each receiver port; two programmable bit rate generator (from 3900 to 125 Kbit/second); selectable 25 or 32-bit word. Model No. IPM-429-A-8R |
429/575 | 4 channel ARINC 429/575 receiver module; 32 word data buffer on each port; selectable ARINC 429 labels on each receiver port; Two programmable bit rate generator (from 3900 to 125 Kbit/second); selectable 25 or 32-bit word. Model No. IPM-429-A-4R |
429/575 | 16 channel ARINC 429/575 transmitter module; 32 word data buffer on each port; two programmable bit rate generator (from 3900 to 125 Kbit/second); selectable 25 or 32-bit word. Model No. IPM-429-A-16T |
429/575 | 12 channel ARINC 429/575 transmitter module; 32 word data buffer on each port; two programmable bit rate generator (from 3900 to 125 Kbit/second); selectable 25 or 32-bit word. Model No. IPM-429-A-12T |
429/575 | 8 channel ARINC 429/575 transmitter module; 32 word data buffer on each port; two programmable bit rate generator (from 3900 to 125 Kbit/second); selectable 25 or 32-bit word. Model No. IPM-429-A-8T |
429/575 | 4 channel ARINC 429/575 transmitter module; 32 word data buffer on each port; two programmable bit rate generator (from 3900 to 125 Kbit/second); selectable 25 or 32-bit word. Model No. IPM-429-A-4T |
429/575 | 16 channel ARINC 429/575 transmitter/receiver module; 8Tx and 8Rx ports; 32 word data buffer on each port; selectable ARINC 429 labels on each receiver port; two programmable bit rate generator (from 3900 to 125 Kbit/second); selectable 25 or 32-bit word. Model No. IPM-429-A-8R-8T |
429/575 | 8 channel ARINC 429/575 transmitter/receiver module; 4Tx and 4Rx ports; 32 word data buffer on each port; selectable ARINC 429 Labels on each receiver port; two programmable bit rate generator (from 3900 to 125 Kbit/second); selectable 25 or 32-bit word. Model No. IPM-429-A-4R-4T |
561/568 | 8 channel ARINC 429/575 transmitter/receiver module; 4Tx and 4Rx ports; each port has a 64 ARINC words data buffer; programmable bit rate generator (from 64 to 256 bit/us with .5us resolution); Buffer Overflow detection and error generation; Hardware one microsecond resolution message scheduler. Model No. IPM-561/568 |
Relay | 25 channel, dry-reed-relay module; two 16-bit, write/read-back registers with no wit states; magnetically shielded for EMI sensitive environments; 25 SPST contacts with maximum switching current of 0.5A. Model No. REED25 |
Relay | 16 channel, electro-mechanical Form-C relay module; 16 SPDT contracts with 1.0 A maximum switching current capacity; group write/read access capability; two parallel DPDT contacts per relay. Model No. REALY16 |
Driver | 40 channel, high-power, low side driver module; open collector outputs with minimum breakdown voltage ratings of 80V; ambient temperature sensor; 8 channels of low-side drivers per byte lane. Model No. LOW40 |
Input | 48 channel, debounced discreet input module; per channel debounce circuitry resolved independently to 1 mS; wide input voltage ranges to +/- 32V; all 48 channels can generate interrupts. Model No. DID48 |
Output | Tristateable, 48 channel digital output module; 6 byte-wide ports individually tristateable via software control; TTL-compatible port drivers with source/sink drive of 15/64 mA respectively. Model No. TRIDO48 |
Output | 32 channel, opto-isolated digital output module; per channel opto-isolated to 3000V; logic level open collector outputs capable of sinking up to 13 mA; on board output pull-ups. Model No. OPTDO32 |
I/O | Tristateable, 48 channel digital I/O module; 48 channel digital I/O; TTL-compatible port drivers with source/sink drive of 15/64mA respectively; fully maskable interrupts. Model No. DIO316I |
I/O | 48 channel digital I/O module; up to 48 open collector I/O; every line can be programmed individually as an Input or output; 32-bit, 1 microsecond resolution local timer; two 32-bit timetag registers. Model No. IPM-DIO-48 |
RS-232 Ports | 4 channel serial communication module; 4 independent RS232 ports (50-128k baud); single interrupt vector register and port steering register for prioritization of interrupts in S/W; low-power CMOS receivers. Model No. COMM232 |
RS-422/485 Ports | 4 channel serial communication module; 4 RS-422 or RS-485 jumper selectable ports (50-512k baud); single interrupt vector register and port steering register for prioritization of interrupts in S/W; +/- 5V operation. Model No. COMM422 |
RS-422/ RS-485/ CSBD-A Ports | 8 channel serial communication module; 8 RS-422, RS-485, or CSBD-A ports; 4Tx and 4Rx ports per board; 16 word data buffer per port. Model No. IPM-422/485/CSBD-4R-4T |
Test | IP carrier test module; complete address testing for all transfer types; two levels of local interrupt generation with system-wide global interrupt generation/reception; software-controllable, 16-bit, 1MHz. Read-on-the-fly timer. Model No. TESTIP |
Timer | Dual, 16-bit counter/timer module; Read-on-the-fly counter/timer enables reading of current count of any data register; timer enable, clock enable, and reset controlled by S/W or I/O signals for multi-timer applications. Model No. DUAL16CT |
Timer | Dual, 32-bit counter/timer module; Read-on-the-fly counter/timer enables reading of current count of any data register; timer enable, clock enable, and reset controlled by S/W or I/O signals for multi-timer applications. Model No. DUAL32CT |
Breakout Board | Logic bus breakout board. Provides physical access to single-wide IP module logic bus; connects to logic bus extender via toolkit cable; can be connected to logic analyzer or oscilloscope. Model No. IPLBB |
Monitor Board | Logic bus monitor board. Provides physical access to single-wide or double-wide IP module logic bus; connects to logic bus extender via toolkit cables; provides direct connection to HP 1650 and 16500 logic analyzer pod cables. Model no. IPLBMHP |
PMCMezzanine Modules
| Function | Description |
|---|---|
| Full function, single channel MIL-STD-1553 simulation & test interface; supports one redundant bus; 1553 A/B compatible; simulates a BC, MRT, and BM simultaneously; S/W for VxWorks, Win NT. Model No. GLD+PMC-1 | |
| Single function, single channel MIL-STD-1553 simulation & test interface; supports one redundant bus; 1553 A/B compatible; simulates a BC, MRT, or BM; S/W for VxWorks, Win NT. Model No. GLD+PMC/S-1 | |
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