Typically, military, and civil ground vehicle and aircraft platforms have unique technical and platform I/O interface requirements that make finding a suitable COTS computing solution to meet 100% of their requirements very unlikely. In this white paper,

This white paper explores the performance and SWaP benefits of multicore processors and their challenges in safety-critical applications, and how to overcome them.

We examine the 2019 tri-services memo regarding MOSA and what open standards such as SOSA, FACE, and VICTORY mean for today’s military programs.

Read about key similarities and differences between GVA and VICTORY and the benefits of using such frameworks in land vehicle upgrades and new builds.

This white paper discusses the financial impact of late delivery and how to accelerate your time-to-market in the aerospace and defense industry.

This white paper discusses the need for, and challenge of, compact space COTS systems for modern space applications, in particular for small launcher applications.

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.

The use of COTS equipment for space applications is increasing in popularity, the risks posed by the space radiation environment need to be understood and mitigated. Download this white paper to learn more.

This white paper looks in more detail at the environmental and operational issues for space launch vehicles and suggests solutions based on existing ruggedized COTS data acquisition systems (DAS),

Parallels can be drawn with the FMC format: it’s a mix and match format, but creating a successful overall solution requires the selection of the right pieces, knowing their details, and how to put them together.

This white paper discusses how a novel approach to radiation mitigation allows the use of COTS electronics equipment in a radiation environment, thereby lowering the cost involved in the design, certification, manufacture, and deployment of such a system.

As FPGAs get faster and have more I/O channels with higher resolution and larger sampling rates, is the FMC standard able to cope? If is able to adapt for the future? Download the free white paper.