This video highlights three systems based on Curtiss-Wright’s rugged, high-performance embedded computers and NXP (formerly Freescale) processors.

Curtiss-Wright recently engaged with a customer designing an upgrade to an airborne radar processing system. Read the case study.

This case study describes a solution to detect and locate SIGINT signals of interest quickly and meet SWaP-constraints of the airborne platform.

This white paper examines the evolution of Intel’s Atom product family and explains how Intel’s latest Atom Bay Trail processor now meets the unique requirements of the aerospace and defense industry.

Curtiss-Wright's VPX3-716 and XMC-109 combination offer a unique, thermally optimized solution in 3U VPX.

Through expertise in designing SWaP-optimized systems, Curtiss-Wright designed the flight control computer with alternate mounting technique, which resulted in significant improvements in thermal performance, system reliability, and system performance.

This case study describes a crash-protected recorder designed by Curtiss-Wright to interface to a Data Management Unit (DMU) for a mid-range commercial airliner that had schedule challenges and changing requirements.

This video highlights Curtiss-Wright's VPX3-716 3U VPX Graphics Processor in an avionics application running a real-time operating system, OpenGL drivers, and DO-178C safety certification package.

Download the case study to learn about the data acquisition solution that met the space requirements for a missile testing application.

An extended-service marine patrol aircraft required a signal processing and display computer to provide an upgrade in capability and performance. Learn about the solution Curtiss-Wright provided.

SDR requires high-performance signal acquisition building blocks. Curtiss-Wright offers a wide range of rugged signal acquisition products ready for integration with processing and Radio Frequency (RF) electronics for deployment.