Winners have been chosen based on a 15-point rubric that considers solutions’ Design Excellence (5 points), Relative Performance (5 points), and Market Impact/Disruption (5 points).

The DynaCOR 40-36 is a liquid-cooled, rugged and compact edge AI server certified for automotive applications, enabling edge inference and training for ADAS and autonomous driving development. It can be configured with up to 4x NVIDIA GPUs to offer unprecedented performance for a fanless system: up to 237 TFLOPS for Deep Learning precision, up to 29.6 TFLOPS for single precision and up to 14.8 TFLOPS for double precision. Combined with Eurotech portfolio of high performance data loggrs and networking systems, it enables data cententer-class architectures to perform in-vehicle training and inference of AI algorithms for autonomous driving. 

Security, security, security. You’d think by now that the process for security would be so automated and automatic we wouldn’t be having these same discussions as to why designers are reluctant to design it in, or what applications really require it. Alas, here we are.

COM-HPC was officially ratified about six months ago. Embedded Computing Design has done a nice job covering the spec and many of the products that have come out of the spec (some before ratification and many after). We also posted a series of videos (called COM-HPC Academy) with some of the influential members of PICMG, the standards body behind the spec.

Eurotech announced it is collaborating with Infineon, Microsoft, and GlobalSign to develop a solution that will simplify large scale, secure rollouts of connected devices.

Powered by the 11th Gen Intel® Core™ processors and based on the new COM-HPC standard with FuSa extensions, the CPU-18-02 enables Functional Safety applications at the Edge

Powered by 11th Gen Intel^® Core™ processors, and featuring the new COM-HPC standard, the CPU-180-01 enables AI, soft real time and advanced graphics at the Edge