This white paper highlights the challenges with video system architecture design by looking at a traditional system versus an ideal system solution.

Whether looking for a modular, SFF LRU or a scalable VPX system designed to meet your program requirements, Curtiss-Wright computing systems are built rugged to perform optimally in the harshest deployed environments on land, in the air, or at sea.

COTS products and open-architecture solutions for mission computing, signal processing, graphics, communication fabrics, system and sensing I/O, and data storage.

This case study is the application example of CESMO, which a white paper has been written on. CESMO is a digital protocol that NATO has adopted to support EW operations.

Advancements in video system technology are helping warfighters quickly and easily assimilate mission-critical information and enhancing tactical situational awareness on the battlefield.

Knowing the precise location of threats and friendly forces is essential to increase warfighter survivability. Cooperative Electronic Support Measure Operations (CESMO) data gives NATO coalition forces this visibility.

The modern battlefield requires real-time information, voice communication, video, and data to increase combat effectiveness and warfighter safety. This white paper looks at how rugged COTS displays can meet varied mission requirements.

Curtiss-Wright was recently challenged to provide a direct CameraLink interface to a Kintex-7 FPGA without the need for ChannelLink transceivers, thereby allowing an existing “generic” digital FPGA solution to be used. Read about the solution we developed.

This paper presents the key requirements for a Situational Awareness solution that delivers a high-fidelity, real-time, 360-degrees view of an operating environment.

A customer approached Curtiss-Wright to develop a Radar system, with high-performance FPGA processing and integration of other system function all wrapped up in a rugged system. Read about the solution we developed here.

To remain competitive, a Curtiss-Wright customer needed to upgrade an existing radar system that was deployed across multiple airborne platforms. A critical part of the upgrade was doubling the system’s signal processing throughput.