RGS-9805GC (新品!)

Overview

Introduction

Driven by AMD® EPYC™ 9005 Series Turin processors and two NVIDIA® RTX PRO™ 6000 GPUs, the RGS-9805GC is a rugged HPC server engineered for the absolute extremes. It thrives where standard servers fail, delivering massive CPU/GPU performance while withstanding harsh temperatures, violent shock, and heavy vibration.

To fuel performance-hungry, real-time physical AI applications, the RGS-9805GC can host a 400W AMD EPYC™ 9005 processor (up to 160 cores/ 320 threads), striking a perfect CPU-and-GPU balance with two NVIDIA RTX PRO™ 6000 MAX-Q GPUs. A partitioned enclosure creates a sealed tunnel for efficient CPU/ GPU heat dissipation, ensuring reliable operation from -25°C to 60°C. Additionally, specialized GPU brackets and damping brackets provide MIL-STD-810H compliance for shock and vibration for in-vehicle or on-robot deployments.

The RGS-9805GC provides high-density expansion flexibility within a compact 19" 3U chassis featuring a 388 mm depth. The system includes two PCIe Gen5 x16 slots supporting dual-slot, FHFL (full-height, full-length) NVIDIA GPUs, alongside five additional PCIe Gen5 x16/x8 slots designed for high-bandwidth CoaXPress, GMSL2, 10GbE, and USB3 frame grabber cards. Two mPCIe slots allow further expansion for mobile connectivity or supplementary CAN/COM ports. For highspeed data logging, storage options include two M.2 NVMe slots and one front-accessible U.2 tray. Additionally, an onboard ASIL-B MCU provides continuous system health monitoring, paving the way for a functionally safe autonomous vehicle system architecture.

The RGS-9805GC redefines the physical AI computer, designed to meet extreme CPU/ GPU performance, expansion flexibility, and field deployment requirements while integrating sense-think-act capabilities into a single rugged HPC server. Whether it’s powering high-speed autonomous trucking, capturing massive data streams for in-vehicle HD mapping, or driving real-time robotics for autonomous logistics, the RGS-9805GC is built to dominate harsh environments.

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