This paper presents the basics of Intel processor throttling, and the advanced cooling techniques needed to ensure consistent performance for defense applications.
This white paper discusses C4ISR applications' demand for large capacity storage with reduced SWaP and methods to increase storage on Single Board Computers without use of external storage...
This white paper outlines the key challenges system integrators face when building a system with 3U VPX COTS-based solutions and explains methods to shorten development cycles.
The Low Powered, High-Integrity Future of Defense and Aerospace Embedded Computing
Video-centric systems capture video data, switch the video to displays for viewing, and store for later analysis. This paper introduces stationary video-centric systems on mobile applications.
Defense and aerospace rugged system applications need more processing power and, inevitably, chassis thermal management becomes more challenging as processing power grows. This white paper...
This white paper discusses the integrated, on-chip Graphics Processing Units (GPUs) within a new generation of Intel Core i7 processors. The paper covers the basic concepts of how these integrated...
This white paper will discuss how Single Board Computers based on the latest multi-core Intel processors meet the need of ISR systems to be small, rugged, and cost effective.
This white paper supplies a summary of the MIL-STD-461 standard and presents some ideas regarding ways to achieve compliant designs.
This white paper provides the typical (measured) performance of the analog inputs of the VPX3-530, what the advantages are of various modes and how well they compare with the formal device datasheets.