One way to take optimal advantage of the increased performance of the NVMe storage devices is to use an NVMe-based in-line hardware encryptor.

It's nearly impossible to use power efficiently enough to eliminate waste heat altogether. Enhancing efficiency can help reduce waste heat -- but only to a degree.

Trying to strike a balance between power and security with data-at-rest in the field – and doing it all within a highly constrained space in an environment with dirt and moisture that threatens to damage expensive equipment – is a tall order indeed.

Embedded computing designers squeeze the most out of conduction, convection, and liquid cooling, and look to the future of disaggregated architectures and 3D printing.

The “big data problem” – too much raw data coming too fast over too many channels – remains sizable in both the defense arena and in the commercial realm, but currently entities from both sides are making consistent efforts to chip away at it.

From intelligence surveillance reconnaissance sensors, video, and other proliferating sources, data just keeps growing. How can you store it and how do you keep it safe?

High data throughput and innovative thermal management may lead to a revolution in systems design that places the burden of electronics cooling on the enclosure more than on the card.

Rugged data storage systems for aerospace and defense applications are moving to new data interfaces for unparalleled speed and capacity, while trusted computing and information security are driving trends.