The goal of reducing the cost of equipping Army vehicles with new capabilities, while adding increasing interoperability and flexibility of operation, can be accomplished through the use of a Modular Open Systems Approach (MOSA), a technical and business strategy for designing an affordable and adaptable system.

The project involved upgrading their existing video system that helped provide situational awareness during the target towing process.

In the third paper in our series, we cover additional features of the Dolphin PCIe Fabric Communications Library that help minimizes latency, maximize system bandwidth, and optimize configuration flexibility.

In this second white paper in our two-part series, we present several different software interfaces provided for applications development, comparing their advantages and tradeoffs. Finally, we present performance benchmarks using a variety of Curtiss-Wright.

We introduce the use of fabrics for high-performance embedded systems and focus on the hardware and architectural options available to the systems designer.

The rapid change in both sensor and video system technology in the last decade has pushed aircraft operators to evaluate their system architecture to maximize performance and reduce complexity and system weight.

This white paper analyzes ground vehicle video system integration challenges and proposes a winning solution.

Ivan Straznicky and Luke Falconer look at the implementation of high-speed serial fabric signaling on VPX/OpenVPX platforms.

Flexible, interoperable video management simplifies the complexity of your video system reducing SWaP and allowing you to fly further. See the video.

In this white paper, Tammy Carter explores the options available in choosing the right parallelization technique.

High-performance GPUs combine with FPGA interface flexibility to provide increased programmability and versatility to the video capabilities of a mission display computer.

This white paper looks at how standards-based, pre-integrated, and prevalidated Commercial-Off-The-Shelf (COTS) building blocks can reduce program risk, expedite development-to-deployment, and create quality, affordable High-Performance Embedded Computing