Migrating Advanced Signal Processing Technology to Rugged SFF Platforms

By enabling distributed system architectures, SFF systems and subsystems solve many of the toughest problems facing embedded system designers.

Defining an Open System Architecture Standard for Defense Systems

In 2019 the U.S. defense embedded computing market underwent a transformation

Virtual Factories Accelerate Collaboration, Advance Technologies

The Commonwealth Center for Advanced Manufacturing (CCAM), a non-profit consortium based in Prince George County, Virginia, uses a 3D visualization lab to expand beyond the...

Cooling Your Embedded System: What Can Your Open Standard Architecture Handle?

Embedded computing systems for Mil/Aero applications are often conduction-cooled in an ATR or nonstandard chassis. However, there are many designs that require...

MicroTCA Computing for Mil/Aero Applications

Small Form Factor (SFF) embedded systems have been gaining popularity due to their small size, weight, and power (SWaP) advantages. The SFF architectures are typically purpose-built, providing...

Mil-Aero Design Embraces Intelligent Application-Ready ATCA Platforms

Cohesive Hardware/Software Solutions Accelerate Development of High Performance Data and Video Applications

Telecommunications design continues its evolution toward...

The Evolution of CompactPCI From Parallel to Serial I/O

The true worth of an industry standard is measured in its ability to stand the test of time. From the onset, the system configuration, hardware components, and integration strategy all...

Applying OpenVPX to Single Board Computers

For more than two decades, single board computers (SBCs) built on open standards have been largely based on specifications from two preeminent industry organizations, VITA and PICMG. For the 6U...