Integration of the highest end data center class CPUs, GPUs, FPGAs, NVMe SSDs, and networking in rugged edge platforms for demanding AI workloads.
Expert PCIe & NVLink designs delivering next generation designs up to 32GTs including scale-out PCIe Gen 4 designs of 200+ endpoint devices at the system or rack level.
Shock and Vibration
Designs for stringent vehicle specifications to operate in harsh environments leveraging expertise in structural analysis & simulation for low SWaP.
Liquid and Air
Expertise in extreme temperature ranges for systems with challenging heat generating components using advanced thermal design for air & liquid solutions.
Air, Sea, Land Compatible
Flexible power subsystem designs accommodating a wide range of transportable edge system inputs from 48VDC to 3Ø (Phase), 400Hz AC inputs for 6000W GPU systems.
System Management & RDMA Data Flows
Flexible system management, scale-out BIOS and SAN/NAS storage software using NVMeoF and GPU Direct capability through intuitive user interfaces.
OSS released its flagship artificial intelligence (AI) transportable compute server, the Rigel Edge Supercomputer, according to the company this month.
With a dense form factor, the Rigel is designed for deployments in "tight spaces" at the edge, such as an equipment bay of autonomous vehicles, within mobile command centers, under seats of helicopters, or in an aircraft equipment bay.
Bridging the gap between sensors and high-performance compute power is a growing challenge, especially in systems where quick, complex decisions are vital.
The concept of "the edge" in embedded systems has taken on new urgency in the federal space. "The edge" can be defined as "where it's happening" and in government systems, that's the field.