Product Overview
GET Engineering is proud to announce its new MIL‑STD‑1397 NTDS to Fiber Optic Converters. These converters provide a fully compliant MIL‑STD‑1397 interface from existing legacy military computing equipment to state‑of‑the‑art fiber optics. Interface protocols are handled in real time, providing authentic representation of all NTDS communications through the fiber optic interconnect. All configuration parameters are accessible through simple DIP switch settings or can be programmed through the diagnostic interface located on the front panel. These converters utilize GET Engineering’s proprietary NTDS ASIC technology, ensuring the ultimate in signal quality and fidelity. This converter enables users of MIL‑STD‑1397 to extended the distance over copper interconnect, provide secure (NON‑EMI) connections and to enable using leading edge high speed storage area network (SAN) switch matrixes for testing and multiple redundant systems. This greatly reduces the time to reconfigure NTDS connections which due to the point‑to‑point topology which has traditionally been very cumbersome. These converters plug into a standard 4U 19″ chassis with multiple redundant power supplies and hot swap fans providing high availability and reliability.
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
Specifications | |
---|---|
NTDS Interface | Full Compliance to MIL‑STD‑1397, Parallel Types A, B, C & H and Serial Type D & E |
Form Factor | 3U Plug in card (160 mm x 100 mm) |
Fiber optic Interface | Small Form‑Factor Pluggable (SFP) Multi‑Source Transceiver |
Fiber optic Types Supported | Multi‑mode (850 nM), Single‑mode (1310 nM) |
I/O Connections: Rear Panel | Parallel: UYK‑7, UYK‑43, UYK‑44, CP‑642, DD78, and DD50 (others on request) |
Serial: BJ‑89, BJ‑80, BJ‑79, and BJ‑75 | |
Operating Temperature | 0°C to 55°C Operating |