Products

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GET Engineering - Airborne NTDS over Ethernet Systems

Key Features
  • Two NTDS Parallel MIL-STD-1397C Type A/B/C/H Channels
  • Two Ethernet 10/100/1000 BASE-T
  • RS232 Serial Port
  • Video output
  • Two USB ports
  • Memory Write Protect Switch
Enclosure
  • Size 192.7 x 175.15 x 321.0 mm (h x w x d)
  • Form Factor ¾ ATR
  • Conduction Cooled
  • Weight < 22 lbs
  • All Connectors are MIL 38999
Power Requirements
  • 20-36.5 VDC

GET Engineering - ATDS over Ethernet Systems

Hardware Features
  • Single Board Computer (SBC)
    • Intel i7/i5/i3 or Atom processor
    • 8 GB dual channel DDR3 SDRAM
  • GET ATDS Adapter - PN 10075601
    • 1 to 4 channels available
    • Fully Compliant with MIL STD 188-208-1A Appendix D2
    • Independent FPGA controlled DMA channels
    • Extensive Built-In-Test capabilities enable rapid trouble shooting of interface
  • Power Requirements
    • 90-260 VAC 200mA 47-63 Hz
  • Ethernet
    • 1000/100/10BASE-T
  • Chassis
    • Standard 3U 19” EIA-310 rack mount
Software Features
  • Operating System Windows 7/8/10, Red Hat Enterprise, Centos Linux
  • Common API across multiple operating systems
  • Data Frames of 13.33 or 22 milliseconds
  • Supports Picket Addressing and Sidetone
  • User controlled Front Panel LED for Adapter Status
  • Command and Inter-word time-outs
  • Sample code provided for rapid application code development

GET Engineering - Hardened NTDS over Ethernet Systems

Key Features
  • 100% MILSTD‑1397C Compliant
  • NTDS Type A, B, C, H
  • NTDS Type D or E
  • Field Upgradeable Firmware
  • Bulkhead Mount
  • Network Configurable

GET Engineering - NTDS cPCI Parallel Interface Adapter

Key Features
  • 100% MIL‑STD‑1397 Compliant
  • NTDS Type A/B/C/H
  • Short Circuit Protection on all Outputs
  • Internal loop‑back capability
  • Fail safe input operation
  • Output tristate capability
  • Reconfigurable to support specific applications
  • PCI 2.1 and 2.2 compatible
  • 3.3v or 5v I/O signaling environment
  • Supports Plug & Play
  • Independent Input and Output ports
  • Operate at maximum NTDS transfer rates
  • Receive multiple forced external functions without loss
  • True Full Duplex operation
  • Asynchronous commands do not disrupt data buffers
  • High density, front panel accessible I/O connectors
  • Field Upgradeable Firmware

GET Engineering - NTDS ISA Parallel Interface Adapter

Key Features
  • 100% 100% MIL‑STD‑1397C Compliant
  • NTDS Type A, B, C, H
  • Short Circuit Protection on all Outputs
  • Fail safe inputs
  • Output tristate capability
  • Internal loop‑back capability
  • Single, high density rear panel accessible NTDS I/O connector
  • Base Address Select DIP switch Rear Panel accessible
  • True full duplex operation
  • Receive multiple Forced External Functions without loss
  • Software Selectable Operation
    • NTDS Modes: Slow (-15 V nom), Fast (-3 V nom), ANEW (3 V nom), and High Speed ANEW (3 V nom )
    • NTDS Computer, Peripheral, Inter‑computer, or Inter‑peripheral channel emulation
    • NTDS Data Path format of 16 or 32 bits
    • 5 Interrupt levels (2/9, 10, 11, 12, or 15)
    • 3 DMA channels (5,6, or 7)

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

Key Features
  • 100% MIL‑STD‑1397C Compliant
  • NTDS Type E, Low level Serial
  • Full‑duplex 16 or 32‑bit transfers
  • Internal loop‑back capability
  • Transceiver Short Circuit and Transient Protection
  • Information Frame Parity and Control Frame ID control
  • Extensive SIF support: Enables, disabled and Special Control Frames
  • NTDS Formats: Burst/SWT, Time‑stamp, Loop‑back, and Tristate
  • Rear Panel accessible Triax connectors
  • Base Address Select DIP switch Rear Panel accessible.
  • Software configurable 16 bit AT Bus Interface ( IEEE P996 )
  • DMA Channels: 5,6,7
  • Interrupt Level 2/9, 10, 11, 12 and 15
  • NTDS Sink and Source ports are independent
  • Receive multiple Forced External Functions without loss.
  • Two Port ( SINK and SOURCE ) Passive Channel Monitor personality with NTDS transaction filtering, triggering, termination, and time‑stamp SIF and other special events detected

GET Engineering - NTDS Optical Converter

Key Hardware Features
  • Front Panel LED for Adapter Status
  • Diagnostic Connector on Front Panel
  • Short Circuit protection on all Outputs
  • Field Upgradeable Firmware
  • Circular connectors use standard GET Engineering 80 pin high density ribbon cable interface
Key Maintenance Features
  • Extensive Built‑In‑Test Options
  • Loop‑back through Fiber‑optic Interface
  • Loop‑back through NTDS Interface
  • Tri‑State of NTDS Interface
  • Activity LEDs to aid troubleshooting of interface
  • Diagnostic messaging over fiber optic media

GET Engineering - NTDS PC/104+ Parallel Interface Adapter

Key Hardware Features
  • 100% MIL‑STD‑1397C Compliant
  • NTDS Type A, B, C, H
  • Full‑duplex 16 or 32‑bit transfers
  • Internal loop‑back capability
  • Reconfigurable to support specific applications
  • PC/104+ 2.0 Compliant
  • 3.3v or 5v I/O signaling environment
  • Plug & Play
  • Independent Input and Output ports
  • Operate at maximum NTDS transfer rates
  • True Full Duplex operation
  • Single high density I/O connector
  • Field Upgradeable Firmware and Software Drivers
  • Platform & operating system independent software

GET Engineering - NTDS PC/104+ Type D Interface Adapter

Key Hardware Features
  • 100% MIL‑STD‑1397C Compliant
  • 16 or 32‑bit transfers
  • Internal loop‑back capability
  • Passive Tap Mode
  • Reconfigurable to support specific applications
  • PCI 2.2 Compliant
  • 3.3v or 5v I/O signaling environment
  • Plug & Play
  • Independent Input and Output ports with Full Duplex Operation
  • Operate at maximum NTDS transfer rates
  • Buffer / Command Time‑outs: 1 µs granularity
  • Inter‑word Timers: 1 µs granularity
  • Field Upgradeable Firmware and Software Drivers
  • Platform & operating system independent software

GET Engineering - NTDS PC/104+ Type E Interface Adapter

Key Hardware Features
  • 100% MIL‑STD‑1397C Compliant
  • NTDS Type E Low Level Serial
  • Full‑duplex 32‑bit transfers
  • Internal loop‑back capability
  • PC/104+ 2.0 Compliant
  • 3.3v or 5v I/O signaling environment
  • Plug & Play
  • Independent Input and Output ports
  • Operate at maximum NTDS transfer rates
  • True Full Duplex operation
  • Field Upgradeable Firmware and Software Drivers
  • Platform & operating system independent software

GET Engineering - NTDS PCI Parallel Interface Adapter

Key Hardware Features
  • 100% MIL‑STD‑1397C Compliant
  • NTDS Type A/B/C/H
  • Full‑duplex 16 or 32‑bit transfers
  • Internal loop‑back capability
  • Reconfigurable to support specific applications
  • Dual Tap Capability
  • PCI 2.1 and 2.2 compliant
  • 3.3v or 5v I/O signaling environment
  • Supports Plug & Play
  • Independent Input and Output ports
  • Operate at maximum NTDS transfer rates
  • True Full Duplex operation
  • Multiple high density I/O connector options
  • Platform & operating system independent software
  • Field Upgradeable Firmware and Software Drivers

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

Key Hardware Features
  • 100% MIL‑STD‑1397C Compliant
  • NTDS Type E Low Level Serial
  • Full‑duplex 16 or 32‑bit transfers
  • Passive Tap Mode
  • Rear panel ( BJ77 TRIAX ) accessible I/O connectors
  • Reconfigurable to support specific applications
  • PCI 2.1 and 2.2 compliant
  • 3.3v or 5v I/O signaling environment
  • Supports Plug & Play
  • Independent Input and Output ports
  • Operate at maximum NTDS transfer rates
  • True Full Duplex operation
  • Buffer / Command Time‑outs: 1 µs granularity
  • Inter‑word Timers: 1 µs granularity
  • Platform & operating system independent software
  • Field Upgradeable Firmware and Software Drivers

GET Engineering - NTDS VME Parallel Interface Adapter

Key Features
  • 100% MIL‑STD‑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% MIL‑STD‑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 SRAM, 256KB 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 (Low Level Serial) Interface Adapter

Key Features
  • 100% MIL‑STD‑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 SRAM, 256KB 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

GET Engineering - PCIe NTDS Parallel Adapter

Key Hardware Features
  • User controlled activity LEDs
  • GET NTDS ASICs to ensure strict MIL‑STD‑1397 timing
  • Onboard timers for Command, Inter‑word time‑outs
  • Independent FPGA controlled DMA channels
Key Software Features
  • Common API across multiple operating systems
  • Extensive built‑in‑tests (BIT)
  • Dual Tap Option
    • Multiple system triggers
    • Normal (Buffer) or
    • Event (Real Time) Modes
    • Pattern/Mask match for Trigger, Record and/or Check

GET Engineering - PCIe NTDS Serial Type D

Key Hardware Features
  • NTDS Type D
  • User controlled activity LEDs
  • Full-duplex 16 or 32-bit transfers
  • PIO Single Word Transfers
  • Internal Loop-Back
  • On-board timers for Command, Inter‑word time‑outs
Key Software Features
  • Common API across multiple operating systems
  • Extensive built‑in‑tests (BIT)
  • Platform and operating system independent

GET Engineering - PCIe NTDS Serial Type E (Low Level Serial)

Key Hardware Features

  • NTDS Type E Low Level Serial
  • User controlled activity LEDs
  • Full-duplex 16 or 32-bit transfers
  • PIO Single Word Transfers
  • Internal Loop-Back
  • On-board timers for Command, Inter‑word time‑outs
  • Full SIF (System Integrity Feature) support

Key Software Features

  • Common API across multiple operating systems
  • Extensive built‑in‑tests (BIT)
  • Platform and operating system independent

GET Engineering - Ruggedized Conduction Cooled NTDS PMC Parallel

Key Features
  • Common API across multiple operating systems
  • Memory Mapped Address Space
  • Independent FPGA‑controlled DMA Channels
  • Extensive Built‑in‑Test capabilities enable rapid troubleshooting of interface
  • Sample code provided for rapid Application Code Development
  • Time Stamping on data transactions
Key Hardware Features
  • ANSI/VITA 20‑2001 compliant PMC Module
  • Full‑Duplex 16 or 32‑bit transfers
  • Full passive Dual‑TAP Mode
  • User controlled Front Panel LED for Adapter Status
  • Command and Inter‑word time‑outs
  • Front or Rear Panel (P4) I/O configurations available

GET Engineering - Ruggedized Conduction Cooled NTDS PMC Serial Adapter

Key Features
  • Common API across multiple operating systems
  • Memory Mapped Address Space
  • Independent FPGA‑controlled DMA Channels
  • Extensive Built‑in‑Test capabilities enable rapid troubleshooting of interface
  • Sample code provided for rapid Application Code Development
  • Time Stamping on data transactions
Key Hardware Features
  • ANSI/VITA 20‑2001 compliant PMC Module
  • Full‑Duplex 16 or 32‑bit transfers
  • User controlled Front Panel LED for Adapter Status
  • Command and Inter‑word time‑outs
  • Front or Rear Panel (P4) I/O configurations available