Products

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GET Engineering - ATDS VME Interface Adapter

Key Features
  • 100% MILSTD‑188‑203‑1A (Appendix D2, Serial) Compliant
  • Transceiver Short Circuit and Transient Protection − Fail Safe I/O
  • TADIL‑A Serial Interface with DTS or TDS Operation
  • Full Picket Addressing and Sidetone Support
  • Data Recirculation ( Fault ) Testing
  • Conforms to VME C.1
  • Single circuit card for use in a 6U/4HP VME slot (233.35 X 160 mm X 20 mm)
  • Low power requirements
  • Connector signals automatically reconfigure for DTS or TDS mode (no jumpers)
  • ATDS I/O provided through front panel mounted connector
  • TADIL‑A Serial Interface with DTS or TDS Operation
  • Onboard MC 68340 32 bit CPU, local 256KB SRAM256KB EEPROM, 2 channel DMA, 3 timers, and 2 diagnostic serial ports
  • 4 Mb DPRAM, D16/D32:A24/A32:ADO:UAT:BLT:RMW compatible
  • ATDS Data Buffers may reside in DPRAM or VME system memory
  • Status indicator and base address selection rotary switches are front panel accessible
  • Completely Software Configurable − NO Programming Switches or Jumpers
  • Built‑in Diagnostic ( BIST ) for DPRAMSRAM, and EEPROM
  • Front panel DB25‑S connector
  • On Board Code Development Kit − Allows the user to write and application programs in C or 68K assembly for real‑time execution by the VMEII/ATDS onboard CPU 32 processor

GET Engineering - NTDS VME Parallel Interface Adapter

Key Features
  • 100% MILSTD‑1397C Compliant
  • NTDS Type A/B/C/H
  • Full‑duplex 8, 16 or 32‑bit transfers
  • Reconfigurable to support specific applications
  • 4Mb of dual‑ported RAM
  • 256KB EPROM
  • NTDS transfers with little or no host intervention
  • User‑programmable 68K CPU
  • Asynchronous commands do not disrupt data buffers
  • Multiple configuration choices: Rear I/O, Front I/O, or Front and Rear I/O
  • Software selectable Modes: Computer, Inter‑computer, Peripheral, or Inter‑peripheral
  • Receive and transmit multiple forced external functions without loss
  • Command and inter‑word time‑outs

GET Engineering - NTDS VME Serial D Interface Adapter

Key Features
  • 100% MILSTD‑1397C Compliant
  • NTDS Type D
  • Short circuit protection on all outputs
  • Fail safe input operation
  • Output tristate capability
  • Online fault tolerant redundancy
  • Single circuit card with metal reinforcing bar
  • Onboard MC 68340 32 bit CPU, local 256KB SRAM256KB EEPROM, 2 channel DMA, 3 timers, and 2 diagnostic serial ports
  • 4 Mb DPRAM, D16/D32:A24/A32:ADO:UAT:BLT:RMW compatible
  • NTDS Data Buffers may reside in DPRAM or VME system memory
  • Low Power requirements
  • Status indicator and base address selection rotary switches are front panel accessible
  • NTDS Input and Output ports are independent
  • Full Duplex operation with sustained Maximum Data Rates
  • Transaction Insert and Extract feature supports complex bidirectional buffer protocols
  • Receive multiple forced external functions without loss
  • Passive Channel Monitor with NTDS transaction filtering, triggering, termination, and timestamp

GET Engineering - NTDS VME Type E (LLS) Interface Adapter

Key Features
  • 100% MILSTD‑1397C Compliant
  • NTDS Type E (Low Level Serial)
  • Parity and ID control
  • Reconfigurable to support specific applications
  • Low power requirements
  • Sink and Source ports operate in an independent full duplex mode
  • Transceiver Short Circuit and Transient Protection
  • Information Frame parity and Control Frame ID control
  • SWT, Burst, and Forced Function support
  • Onboard MC 68340 32 bit CPU, local 256KB SRAM256KB EEPROM, 2 channel DMA, 3 timers, and 2 diagnostic serial ports
  • 4 Mb DPRAM, D16/D32:A24/A32:ADO:UAT:BLT:RMW compatible
  • NTDS Data Buffers may reside in DPRAM or VME system memory
  • Status indicator and base address selection rotary switches are front panel accessible
  • NTDS Sink and Source ports are independent − Full Duplex operation with sustained Maximum Data Rates ( SWT and Burst )
  • Transaction Insert and Extract feature supports complex bidirectional buffer protocols
  • Receive multiple Forced External Functions without loss
  • No Programming Switches or Jumpers