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

Ethernet has grown to become a universal networking technology, to meet the need for higher performance, many embedded systems now use “backplane Ethernet” to communicate between cards in modular systems.

As the next generation of embedded defense systems becomes even more complex with more computation power, memory, data, and speed, the problem of designing effective fault-tolerant systems also becomes more difficult. Learn more in this paper!

Learn more about the basics of both the hardware and data transfer mechanisms for embedded HPEC systems. This white paper discusses the fabric, middleware, and backplane technologies required for high-speed data transfer in OpenVPX platforms.

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 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.