Hawke-2P™ VME NTDS Parallel Type A/B/C/H

 


Hawke-2P™ VME NTDS Parallel Type A/B/C/H Data Sheet

Hawke-2P™ VME NTDS Parallel Type A, B, C and H

A new generation of NTDS parallel interfaces for the VMEbus

Versatile single board computer with parallel NTDS I/O channel

  • Single Board Computer with NTDS I/O Channel
  • On-board Monitor and Debugger
  • EPROM for User Applications

The Parallel Hawke family of VME NTDS boards covers a range of powerful and versatile 32-bit interfaces between the VMEbus and NTDS or NATO STANAG 4146 input/output devices. Front panel NTDS cable pin-outs on all parallel Hawke NTDS boards are identical, allowing easy interchangeability of cables and accessories.

The Hawke-2P A, B, C and H is a new generation of NTDS parallel interfaces for the VMEbus. The Hawke-2P is a form, fit and functional replacement for earlier models, such as the Hawke-X and C-Hawke. The new Hawke-2P uses surface mount technology, a rotary switch for address select, field modifiable flash EPROM, board stiffeners to enhance ruggedness, and access to front panel mounted connectors for full 32-bit NTDS I/O. The Hawke-2P also features selectable 16- or 32-bit NTDS I/O access through the VMEbus P2 connector. A paddleboard mounted on the rear of the VMEbus's P2 connector converts to the identical NTDS cable pin-outs found on the front of the board. The Hawke-2P has short circuit protected tri-state drivers, differential receivers, front panel LEDs for all NTDS handshake lines, slow rate control, and is user-selectable for NTDS Types A (slow), B (fast), C (ANEW) or H (high throughput parallel) I/O.

General Product Features

  • Full-duplex 8-,16- or 32-bit NTDS transfers
  • Computer, intercomputer, peripheral, or interperipheral modes
  • User-programmable MC68020 CPU
  • Standard VMEbus interface controller (VIC) for 100% VMEbus compatibility
  • High speed, 32-bit block mode VME transfer
  • 512KB RAM for NTDS I/O, CPU, and VMEbus access
  • Dynamically allocate RAM for NTDS I/O or onboard programs
  • User EPROM socket supports up to 1MB of user programs
  • Parallel access to NTDS data and status words
  • Receive and transmit multiple forced EFs without loss
  • Independent word count registers and time-out counters for NTDS input and output
  • Operates as an A32/A24/A16:D32/D16/D8 bus master and A32/A24:D32/D16/D8 or A16/D8 slave
  • Independent transmit and receive transaction cancel
  • Built-in test (BIT) on power up or reset
  • Built-in menu-driven system monitor program links Hawke to PC or terminal via RS-232C port
  • Built-in assembler/disassembler and debugger
  • Perform loop-back and basic NTDS operations from a menu-driven interface
  • Front panel LEDs for reset, bus error, user, halt, test and watchdog timer
  • Up to 16 Hawke boards may be used in a single VMEbus system


Software Drivers for Hawke-2P VME NTDS Parallel Type A,B,C and H*

SNAPS™
PowerIO
(Operating Systems supported by PowerIO drivers and
includes: Windows NT®, VxWorks®, Solaris™, Linux®, HP-UX)
*Contact factory for new OS support

hawke-2p

Hawke-2P VME NTDS Parallel Type A, B, C and H


Interface Features

  • On-board MC68020 CPU executes system firmware, built in monitor software, built in assembler/disassembler/debugger, and also supports execution of user code contained in an EPROM (installed in the user EPROM socket) or downloaded over the VMEbus into the on-board RAM.
  • 512KB of on-board RAM is available for NTDS I/O buffers, system and user program & data storage, and is also accessible over the VMEbus.
  • Uses an industry standard VMEbus Interface Controller (VIC) for 100% VMEbus compatibility.
  • Operates as an A32/A24/A16:D32/D16/D8 bus master and A32/A24:D32/D16/D8 or A16/D8 slave.
  • Supports high speed 32-bit block mode VME transfer.
  • Up to 16 Hawke boards may be used in a single VMEbus system.
  • Built-in Test (BIT) executed on power up or reset.
  • Front panel LEDs for Reset, Bus Error, User, Halt, Test and Watchdog, as well as for the NTDS handshakes.
  • User EPROM socket is available (supporting up to 1MB of user programs) for installing user code which can be executed on power-up, or initiated via software accesses over the VMEbus.

NTDS Features
  • MIL-STD-1397C type A, B, C and H compatible
  • Supports transfers at MIL-STD-1397C maximum rate
  • True full-duplex operation
  • Independent NTDS input and output channels, with independent word count registers
  • Differential receivers and single-ended drivers (per NTDS spec.)
  • Software (or hardware) configurable for type A, B, C and H
  • Software configurable for 8-, 16-, or 32-bit transfers
  • Built-in menu-driven system monitor provides easy control of NTDS operations (without requiring the development of user software) for quick checkout and test of NTDS cables and communications.

NTDS Input Features/Output Features

  • Input data and command words to a single buffer, or separate buffers
  • Input just data words
  • Input data words and command words
  • Input data words and stop on command word received
  • Input command words and stop on data word received
  • Allow forced commands to be received
  • Command words can be sent as normal or forced commands
  • Send just data words
  • Send just command words
  • Send just forced command words
  • Send just data and command words
  • Send just data and forced command words

NTDS Time-Out Features

  • Time-out Values in 1ms increments
  • Separate time-out counters for inputs and outputs
  • Start time-out at beginning of operation or upon transfer of the first word


Hawke-2P VME NTDS Parallel Type A, B, C and H Technical Specs

NTDS Interface MIL-STD-1397C, type A, B, C and H
VMEbus Interface VME Revision C.1 (IEEE P1014)
Processor MC68020, 32-Bit CPU
RAM 512KB
NTDS I/O Connector Dual 50 Pin and 34 Box headers or VMEbus P2 Connector
RS-232C Connector RJ-12 w/ DB9 Male Adapter
Form Factor Single-wide 6U Eurocard
Weight 13 oz.
Power Consumption +5Vdc @ 2.3A
+12Vdc @ 350mA
-12Vdc @ 390mA
Relative Humidity 0% to 90% (Non-condensing)
Operating Temperature 0°C to +55°C
User EPROM 8KB to 1MB Supported

MODEL NUMBERS

HK-01101-33                 NTDS ABCH, 3 ROW P1 AND P2 CONNECTORS

HK-01101-35                 NTDS ABCH, STANDARD, 5 ROW P1 AND P2 CONNECTORS,

                                    FRONT CONNECTORS SHORT EJECTORS

HK-01101-42                 NTDS ABCH, 3 ROW P1 AND P2 CONNECTORS,

                                    RUGGEDIZIED

HK-01101-43                 NTDS ABCH, STANDARD, 3 ROW P1 AND P2 CONNECTORS

HK-01101-44                 NTDS ABCH, 5 ROW P1 AND P2 CONNECTORS, REAR

                                    IO ONLY

HK-01101-47                 NTDS ABCH, 5 ROW P1 AND P2 CONNECTORS WITH P0

                                    CONNECTOR, RUGGEDIZIED

HK-01101-49                 NTDS ABCH, 3 ROW P1 AND P2 CONNECTORS, FRONT

                                    CONNECTORS SHORT EJECTORS, RUGGEDIZIED

HK-01101-50                 NTDS ABCH, 5 ROW P1 AND P2 CONNECTORS, REAR

                                    IO ONLY

HK-01101-52                 NTDS ABCH, 3 ROW P1 AND P2 CONNECTORS, FRONT

                                    CONNECTORS LONG EJECTORS,

HK-01101-57                 NTDS ABCH, 5 ROW P1 AND P2 CONNECTORS, FRONT

                                    CONNECTORS LONG EJECTORS, REAR IO ONLY,

                                    CONFORMAL COATED

HK-01101-58                 NTDS ABCH, 3 ROW P1 AND P2 CONNECTORS, FRONT

                                    CONNECTORS SHORT EJECTORS

HK-01101-59                 NTDS ABCH, 5 ROW P1 AND P2 CONNECTORS WITH P0,

                                    FRONT CONNECTORS SHORT EJECTORS   

HK-01101-72                 NTDS ABCH, 5 ROW P1 AND P2 CONNECTORS, FRONT

                                    CONNECTORS LONG EJECTORS