Product Overview
GET Engineering is proud to announce its MIL‑STD‑1397 NTDS Parallel PCI Express® (PCIe) Interface Adapter. This adapter provides an ultra‑reliable MIL‑STD‑1397 Revision C Interface with the option of full Dual‑Tap capability in a single card. All configuration parameters are accessible through a simple software user interface with FPGA controlled DMA channels for transmit and receive buffers to reduce host CPU overhead.
GET Engineering’s PCIe NTDS Parallel adapter is available in either commercial or extended temperature ranges with options for either Commercial Front Panel (160 pin SEARAY™), Military Front Panel (MIL‑DTL‑32139), and External or Internal Dual 80 pin IDC connectors. The software included with this adapter provides the user with an operating system independent API enabling easy migration from one operating system to another; for example, from Windows to Linux.
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
NTDS Parallel Interface | MIL‑STD‑1397C Type A/B/C/H |
Bus Interface | PCI Express X1 Gen 1 |
Form Factor | Short Format (169.6mm X 111.2 mm) |
Power Requirements | TBD |
MTBF | TBD |
NTDS I/O Connectors | 160 Pin SEARAY™ MIL‑DTL‑32139 External Dual 80 Pin IDC Internal Dual 80 Pin IDC |
Extended Temperature | -40°C to 85°C |