Neousys Launches Rugged HPC Server for Physical AI: Supports AMD EPYC™ 9005, Dual RTX Pro 6000 MAX-Q, and 50G ±Z-Axis Shock Resistance

Neousys Launches Rugged HPC Server for Physical AI: Supports AMD EPYC™ 9005, Dual RTX Pro 6000 MAX-Q, and 50G ±Z-Axis Shock Resistance

Taipei, Taiwan – – Neousys Technology, a leading provider of rugged embedded systems, today announced the launch of RGS-9805GC, a rugged 19-inch 3U HPC server designed for Sense–Think–Act workloads in Physical AI applications that demand data center performance outside air-conditioned server rooms. Built for autonomous vehicles, robotics, and in-vehicle HD map collection, the ultra-compact 3U platform delivers data center-class AI performance at the edge by combining up to 160-core AMD EPYC™ 9005 processing, dual-GPU acceleration, rugged vehicle-ready design, and extensive PCIe Gen5 expansion.

Data Center-Class Compute for Physical AI Workloads

Featuring AMD EPYC™ 9005 “Turin” processors with up to 160 cores / 320 threads, and support for dual NVIDIA RTX PRO™ 6000 MAX-Q GPUs, RGS-9805GC delivers the compute density required for demanding AI inference, sensor fusion, and real-time decision-making workloads.

Rugged Design for Harsh Mobile Environments

With a partitioned enclosure and sealed thermal tunnel design, RGS-9805GC operates reliably in field environments from -25°C to 60°C. It incorporates reinforced GPU mounting and damping structures to achieve MIL-STD-810H shock and vibration resistance, enabling deployment in autonomous trucks and mobile robots. A wide 9V–32V DC input with ignition control further simplifies integration into vehicle-based platforms.

High-Bandwidth PCIe Gen5 Expansion for Multi-Sensor Systems

To support high-throughput multi-sensor workloads, RGS-9805GC provides extensive I/O scalability, including two PCIe x16 @ Gen5 16-lane slots for dual FHFL GPUs, and five additional PCIe x16 @ Gen5 slots (four 16-lane, one 8-lane) for high-bandwidth CoaXPress, GMSL2, 10GbE, and USB3 frame grabber cards.

Compact 3U 388mm-Depth Design for Space-Constrained Applications

Despite its high computing and expansion capability, RGS-9805GC is housed in a compact 19-inch 3U chassis with only 388mm depth, enabling deployment in space-constrained cabinets, vehicles, and mobile platforms where traditional HPC servers cannot fit.

RGS-9805GC brings data center-class AI computing beyond traditional server rooms, empowering system integrators to deploy Physical AI applications in vehicles, robotics, and other harsh edge environments without compromising performance.



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