For systems requiring high power densities, AFT cooling is one of the most reliable active cooling solutions. Watch the video!

Operators of a Light Combat Aircraft fleet wanted a simple, rapidly developed and deployed, and upgradeable CBM program hardware. Learn about the solution.

Rotorcraft experience some unique phenomena because of how they operate and these can affect the accuracy of pressure measurements. Certain solutions help alleviate these issues.

GPUs are exiting the sandbox and on their way to being accepted as a mainstay building block in the heterogeneous collection of deployable processing technologies. Read this free white paper to learn more.

Curtiss-Wright’s FPGA solution, Helix, will provide the same functionality found in the Tsi148 VME interface chip. Watch the video

This paper explores the role of High-Performance Computing (HPC) tools in the embedded market, speeding delivery time while decreasing costs. We look at the power of combining HPC tools such as cluster managers, debugger and profilers, and mapping.

This paper describes how SAR processing was accelerated by 39 to 46 times faster than a single core of an Intel Core i7 CPU running at 3.6GHz. It introduces two major innovations that help meet these SWaP-C requirements.

Flexible Storage replaces optical drives on-board submarine fleet.

This video highlights Curtiss-Wright's Fortress HUMS crash-protected recorder solution. Watch the video to learn more!

A customer with SWaP constraints for their next-gen 3U VPX Mission Computer with a custom backplane worked with Curtiss-Wright for processing solutions using Trusted Architecture features. Read the case study.

Steve Leaper talks about crash protected recorders, how they have evolved and what requirements are needed today and tomorrow.

This white paper describes how high-performance embedded computing (HPEC) brings supercomputing processing power to defense and aerospace applications including radar, sigint, and image processing systems.