The performance and capability of modern vehicle electronics (vetronics); radar; electronic warfare; avionics; and intelligence, surveillance, and reconnaissance (ISR) systems are enabled by commercial processors and FPGAs – all of which generate lots of heat. These systems must also survive in extreme battlefield conditions, unlike systems in a commercial server farm, where environments are regulated and there is plenty of space to house the systems. To battle the heat generated in less-than-ideal conditions, military cooling strategies range from liquid-cooled and air-cooled to conduction-cooled and air-flow-through designs. Join Crystal Group’s Chad Hutchinson on Tuesday 5/25 at 10 a.m. CDT/11 a.m. EST during this webcast on solving military thermal-management challenges.