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Analog Input Performance of VPX3-530 White Paper

This white paper provides the typical (measured) performance of the analog inputs of the VPX3-530.

Enhancing the PCM/FM Link - Without the Math White Paper

This paper focuses on a quantitative approach to improving the rate and quality of data using existing PCM/FM links.

Incorporating FPGA Processing Directly into Ethernet Networks Application Note

Benefits and Implementation of Network Multicast in Embedded Computing Architectures Application Note

Fabric40 - An Introduction White Paper

This white paper is the first in a series about the benefits of using 40 Gbps interconnects for use in Defense and Aerospace rugged deployed COTS systems.

Thinking Outside of the Box White Paper

COTS hardware suppliers solve embedded integration problems every day. By tapping into that expertise, system integrators are freed to better focus on the application space.

Getting Secure, Intel-Based Solutions to Market Faster White Paper

Why the Hardware Vendor’s Boot Security Implementation Is So Important.

High-performance Element Processing Architecture for Open Standards Radar Systems White Paper

This paper describes High-performance Element Processing Architecture as a basis for large array radar systems.

Addressing the Challenges of Lead-free Technology in Mil-Aero Electronics White Paper

The use of lead-free commercial off-the-shelf (COTS) components for advanced technology military applications impacts the industry considerably.

Understanding Power Management of Intel Processors for Mil/Aero Applications White Paper

Understanding Power Management of Intel Processors for Mil/Aero Applications.

A Comparison of OpenVPX System Bandwidth Between Serial RapidIO and 10 Gigabit Ethernet White Paper

This paper compares the bandwidth available to processors resident on the payload boards using the CEN16 switched architecture for Serial RapidIO and 10 Gigabit Ethernet (10GbE).

Interoperability Considerations Between Different Host FMC and FMC Mezzanine Vendors White Paper

In the same way as one might strip out unnecessary weight in a car aimed for racing, the FMC is a performance solution that strips away unnecessary generic interfaces for direct FPGA driven I/O. But that requires knowledge to achieve the desired performance and to ensure the host and FMC module will work well together. This paper outlines some of the considerations in order to assess and the ensure that the host and module will integrate.