Parvus DuraCOR 8043 Mission Computer Data Sheet
Rugged Modular Mission Computer with Intel Xeon E3 Processor
Rugged Modular Mission Computer with Intel Xeon E3 Processor
This rugged modular mission computer workstation with Intel Xeon W processor combines graphics and multi-core processing in an ultra-reliable SFF fanless system optimized for trusted security in demanding civil and defense applications.
Rugged Modular Mission Computer with 5th Gen Intel Core i7 Processor
The Parvus DuraCOR 312 is an ultra-small form factor (USFF) modular mission computer built around the high-performance, yet power-efficient NVIDIA Jetson TX2i “supercomputer on a module” integrated in a miniature rugged chassis with MIL-grade high-density connectors.
Rugged Miniature Modular Mission Computer with Quad-core Intel Atom CPU.
The Open Mission Systems (OMS) Standard is a consensus-based, non-proprietary, and open architecture approach for integrating payloads and software services into airborne platforms.
The Network Switches User Guide is intended for engineers using a network switch for airborne interconnection between data acquisition units, network data recorders and onboard data processing stations in an Ethernet environment.
Rugged, conduction-cooled, network centric flight control provides a total flight control solution backed by substantial technical maturity and heritage.
Cables for Ethernet-enabled system assembly. These connectors and cables are designed to interconnect standard Curtiss-Wright Ethernet-enabled NET-500, SSR-500, Axon, and Acra KAM-500 modules.
NET/SWI/101 Airborne Ethernet switch (Xbar, SNMP, GPS, IRIG-B, RTC, PTPv1/v2 capability) - 8 port, with in-system programming
Curtiss-Wright’s 901D portfolio of electronics cabinets, consoles, and supporting integration services are aligned to Naval and other highly ruggedized applications deployed in harsh military environments.