This white paper discusses the challenges FPGA modules carry and how best to meet them.

In this white paper, we explore how technological advances in the multi-channel signal analysis have provided new levels of radiofrequency emitter tracking.

This white paper highlights the capabilities that Curtiss-Wright has established to protect the leading-edge deployed systems developed by our customers.

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.

This whitepaper looks at approaches to debugging, categories of software bugs, tracepoints, sparklines, and memory overwrites.

Curtiss-Wright developed a solution that increased memory capacity by 400% to solve sensor fusion challenges. Read the full details here.

A customer approached Curtiss-Wright with a requirement of upgrading to modern COTS hardware while keeping legacy proprietary infrastructure. Read about the SWaP solution Curtiss-Wright developed here.

Curtiss-Wright develops network-attached storage (NAS) devices for an unmanned underwater vehicle (UUV).

This white paper provides an overview of the challenges associated with using Ethernet for real-time systems and some approaches to addressing those challenges.

Predictive maintenance techniques promise to reduce maintenance spending by 15%-20%. We explore the problems Airline MROs are having with current monitoring approaches and suggest an approach that can deliver this.

This case study discusses the challenge a Curtiss-Wright customer, a major Flight Test organization, had where they needed to implement a compact, rugged flight test system with real-time analysis running on hardware.

A large radar developer wanted to build a radar system based on a large number of DSP processor modules interconnected via a 40G switch, some FPGA modules, and an FMC. Learn about the solution Curtiss-Wright developed.