GET Engineering - Ruggedized Conduction Cooled ATDS PMC Adapter

Product Overview:

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
  • Optional Time Stamping on data transactions
Key Hardware Features
  • ANSI/VITA 20‑2001 compliant PMC Module
  • 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
  • Front or Rear Panel (P4) I/O configurations available

More

GET Engineering is proud to announce its newMILSTD‑188‑203‑1A (ATDS) Conduction Cooled Interface Adapter fully compliant to the ANSI/VITA‑20‑2001 Conduction Cooled PMC Standard. This adapter provides a TADIL‑A Serial Interface functioning either as a Data Terminal Set (DTS) or Terminal Data System (TDS). All configuration parameters are accessible through a simple software interface withFPGA‑controlled DMA channels to reduce host CPU overhead.

GET Engineering’s ATDS card is available in either commercial or extended temperature ranges with the option of either front panel (Micro‑D 25 pin) or rear (P4) I/O. The software included with this adapter card provides the user with an operating system independent API enabling easy migration from one operating system to another; for example, from Windows XPto Linux.

Specifications
ATDS Interface Full Compliance to MILSTD‑188‑203‑1A, Appendix D2
Form Factor ANSI/Vita 20‑2001 Standard Single CCPMC Card Module
(74 mm x 143.77 mm)
 Bus Interface  IEEE 1386.1‑2002 Standard for common mezzanine card family
 Power Requirements  3.5 Watts
 I/O Connections:
 Front Panel
 Micro‑D‑Subminiature 25‑pin plug (MILSTD‑83513 optional)
 I/O Connections:
 Rear Panel (P4)
 P4 I/O per ANSI/VITA‑35‑2001
 Environmental
 Specifications
 
 Temperature Standard  0°C to 55°C Operating (MILSTD‑810, Method 501 and 502,
 Procedure II)
 Extended Temperature
 Version
 -40°C to 85°C Operating (ANSI/VITA 47, Class CC4)
 Storage Temperature  -40°C to 85°C Operating (MILSTD‑810, Method 501 and 502
 Procedure I)
 Humidity  5 to 95% humidity operational (non‑condensing)
 (MILSTD‑810, Method 507)
 Vibration  0.01g²/Hz 15–2KHz, Optional 0.1g²/Hz 15–2KHz (MILSTD‑810,
 Method 514, Procedure I)
 Operating Shock  20 g peak, Optional 40 g peak (MILSTD‑810, Method 516, Procedure I)
 Mean Time Between
 Failures
 Greater than 200K hours MTBF per MILHDBK‑217, Revision E,
 25°C Ground Benign Environment

More Product Information

Key Features
  • Common API across multiple operating systems
  • Memory Mapped Address Space
  • Independent FPGA‑controlled DMA Channels
  • DMA channels reduce CPU overhead
  • Extensive Built‑in‑Test capabilities enable rapid troubleshooting of interface
  • Sample code provided for rapid Application Code Development
Key Hardware Features
  • ANSI/VITA 20‑2001 compliant PMC Module
  • Clock frequency selectable for 1 MHz or 3 Mhz operation
  • Software selectable User, Terminal or Direct Connection Coupler
  • Support for both STANAG 4156 Type A and B protocols
  • Front or Rear Panel (P4) I/O configurations available
  • User controlled Front Panel LEDs for Adapter Status, TX and RX Activity

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 transfers
  • Full passive Dual‑TAP Mode
  • User controlled Front Panel LED for Adapter Status
  • Command and Inter‑word time‑outs
  • Independent NTDS Sink and Source channels
  • SWT, Burst and Forced Function support Software controlled Impedance termination
  • Front or Rear Panel (P4) I/O configurations available

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

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

Key Features
  • 100% MILSTD‑188‑203‑1A 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
  • Single Short Format ( 4.2″ X 6.875″ ), 5 Volt, 32 Bit circuit card
  • Fits in a single PCI slot
  • Status indicator on rear panel
  • Industry Standard PCI controller with 2 channel DMA, 6 timers, and PNP memory
  • PCI Transfer Bursts @ 132 MB/s
  • Simple Plug and Play installation
  • Low Power requirements
  • Rear Panel mounted DB25‑S connector
  • Completely Software Configurable − NO Programming Switches or Jumpers

Hardware Features
  • Single Board Computer (SBC)
    • Intel i7/i5/i3 or Atom processor
    • 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

  • Intel Xeon Quad Core Xeon E3-1505M V5 (47W)
  • Intel C230 series CM236 PCH chipset
  • Up to -40 to 85°C extended operating range
  • Programmable CPU power for heat sensitive apps.
  • Up to 32GB of high-speed DDR4 memory
  • XMC module expansion site
  • AcroPack/mPCIe module expansion site
  • Two M.2 expansion slots w/ SATA III, PCIe NVMe x4
  • Front panel I/O includes (air-cooled version):
    • dual USB 3.0 ports
    • Mini-DisplayPort
    • RJ45 10/100/1000BASE-T port
  • Backplane I/O includes:
    • 1 x16, 2 x8, or 4 x4 PCIe Gen3 on
  • Expansion Plane
    • 2x 40 GBASE-KR4/10GBASE-KX4 on data plane
    • 2x 10/100/1000BASE-T on control plane
    • 2x 1000BASE-BX on control plane
    • 4x RS-232/422/485
    • 2x USB 3.0
    • 2x USB 2.0
    • 2x DisplayPort 1.2
    • 2x SATA III
    • Audio: analog stereo line in and line out
    • 8 GPIO (4 inputs, 4 outputs)
  • Battery-less operation + other options available upon request
  • Rear transition module available

  • 6th Generation Intel Xeon: - Quad Core Xeon E3-1505M V5 (47W)
  • Up to -40 to 85°C extended operating range
  • Programmable CPU power for heat sensitive applications
  • Intel C230 series CM236 PCH chipset
  • Up to 32GB of high-speed DDR4 memory with SODIMM lock-down mechanism (permits user removal or upgrades)
  • Front panel I/O includes (air-cooled version): - dual USB 3.0 ports - mini-display port
  • Backplane I/O includes:
    • PCIe x4 data plane
    • PCIe x4 expansion plane
    • PCIe x4 or x4 SATA III expansion plane
    • 1 Gb Ethernet 1000Base-T port
    • 2 Gb Ethernet 1000Base-BX ports
    • 2 RS-232/422/485 ports
    • 2 USB 3.0 ports
    • 2 USB 2.0 ports
    • 2 DIsplayPort 1.2 ports
    • 2 SATA III ports
    • Audio: analog stereo line in and line out
  • Power-on self-test (POST) code LCD display

  • IRIG A, IRIG B, and NASA 36 time code inputs
  • 1PPS sync input
  • Status LED
  • Zero latency time reads
  • External Event input, 100 ns resolution (eight input option)
  • Match Time output
  • Optional HaveQuick sync output 

GET Engineering

GET’s Specialty is in Legacy Solutions

 

GET Engineering participates in a global market and is a leading supplier of NTDS and ATDS adapters, legacy conversion and engineering services and support to over 300 customers in the Department of Defense and prime contractors worldwide.

With GET’s core capabilities in legacy data over Ethernet communications systems, our products help extend the product life cycle of legacy systems.

Our leading edge designs, products, and services are consistently benchmarked to rigorous quality standards from raw material to finished products. Research and Development programs are done in-house. Each program and product is subjected to extensive lab testing by GET professionals. Working with our customers and implementing their requirements into our innovative products distinguishes GET from the competition.

GET provides a comprehensive line of PCI family products, including Compact PCI (cPCI), PCI Mezzanine Card (PMC), PCI Express (PCIe) and PC104-plus form factors for embedded computing applications. With both air-cooled and conduction-cooled boards, these products can be applied to a wide variety of embedded applications across military, communications, and commercial/industrial markets. With GET’s Common User Interface (CUI) software driver, application design and development is achieved at a much quicker rate than could otherwise be achieved.

Technical Support Emailsales@getntds.com

Telephone: (619) 443‑8295 / (877) 494‑1820
Fax: (619) 443‑8613

Support page

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