Resource Center

We introduce the use of fabrics for high-performance embedded systems and focus on the hardware and architectural options available to the systems designer.

Despite the current budget woes of defense departments, the demand continues for delivering more performance and improved functionality from rugged computers and communications subsystems to fulfill mission requirements.

Operators of aircraft may find they need to upgrade existing FDRs for a variety of reasons.

This white paper explores how tactical data link (TDL) gateways must translate the concepts being communicated rather than the individual words.

This white paper examines how the use of modern transponders can reduce setup time, lower costs, and require less future planning and maintenance than traditional designs.

By simulating realistic combat scenarios on Link 16 and other TDL networks the GTS provides an innovative, cost-effective way to let pilots train as they fight. Watch this video to learn more.

Video systems have been key to improving situational awareness on ground, air, and sea platforms for quite a few years now, giving operators critical visibility of their surroundings.

The rapid change in both sensor and video system technology in the last decade has pushed aircraft operators to evaluate their system architecture to maximize performance and reduce complexity and system weight.

Using a Degraded Visual Environment (DVE) system enables aircraft pilots to visualize the landing area in poor conditions, allowing them a safe, on-time descent to their target destination.

TCG HUNTR software installed on a Parvus DuraCOR 8043 mission computer, displayed on a GVDU mission display, provides operators with a rugged, small form factor solution that can be used on the battlefield with minimal training and almost no expertise.

A trusted computing system can ensure security at the potentially vulnerable entry points of system interfaces, yet this may compromise performance through design trade-offs that systems designers must compensate for.

This case study describes how a rotorcraft manufacturer upgraded its existing flight data recorders with one designed to accommodate enhanced data acquisition needs and meet current and upcoming regulations.