Eran Strod, System Architect, Curtiss-Wright Controls Defense Solutions
OpenVPX brings together high-speed parallel processing FPGAs with the software capability of CPUs to meet the most challenging sensor processing applications for unmanned platforms.
Arthur C. Clarke famously made the observation that “Any sufficiently advanced technology is indistinguishable from magic.” In the radar and signal intelligence world, corps of Ph.Ds are regularly developing mathematically complex algorithms that require significantly more processing power than can be deployed in a contemporary embedded COTS system. These algorithms must sit gathering dust in a drawer until Moore’s Law has driven performance densities sufficiently to enable the needed compute power for that class of algorithm. When any given class of applications is made possible, more demanding algorithms follow in their wake. This way of understanding our market highlights the fact that there are two types of applications that embedded military and aerospace system designers typically confront.
HPEC Vanguard: blogging on advances in HPEC technology in the embedded COTS defense & aerospace market
Welcome to the HPEC Vanguard blog. In this blog we will we endeavor to keep you informed about developments in technology, markets, industry standards and trends related to the adoption and use of commercial High Performance Computing (HPC) technology in the rugged embedded military market.