Скачать или смотреть Features and Benefits of the Rigel Edge Supercomputer

Rigel brings the power of NVIDIA® HGX™ A100 SXM GPUs to the rugged edge. The HGX A100 4-GPU backplane delivers 78 teraFLOPS of FP64 HPC performance using third generation NVIDIA NVLink™ technology. The GPUs are integrated with OSS PCIe Gen 4.0 expansion technology to take advantage of the latest AMD 3rd Gen EPYC processors, while offering four PCIe Gen 4.0 x16 expansion slots for high-speed network interconnect, NVMe storage, or FPGA sensor capture. The optimized PCIe architecture enables maximum data throughput, avoiding bandwidth bottlenecks. Rigel’s lightweight, rugged, thermally optimized, and compact design bring the power of the datacenter to the rugged edge—whether airborne, marine, or terrestrial.

As mentioned in the video, Rigel has many rugged features and was designed specifically for edge applications. Rigel minimizes size by its half rack-width form factor, and weight by its lightweight aluminum construction. Finite element analysis of the design identifies the effects of real-world forces such as vibration, shock, heat, and fluid dynamics. Based on this analysis, the design is optimized by shedding weight while preserving stiffness in key locations to minimize environmental impacts.

Rigel is also designed to be modular. The half rack-width enclosure leaves room for either a second Rigel unit to be slotted into the same vehicle or rack mount -- doubling the system’s AI processing power -- or a companion half-rack enclosure with rugged, removable storage. Key internal components can be upgraded or swapped out as needed. The PCIe 4.0 expansion slots can be used in different ways, such as for very high-speed network interfaces or for direct connection to external storage.

As Tom mentioned, Rigel is a good fit for AI Transportable applications like ISR, autonomous trucks, and mobile command shelters. Rigel supports a wide range of vehicular input power options, such as 48/270 VDC, 110-220 VAC, 3ᴓ 400-800Hz. To meet the thermal requirements of the edge, Rigel uses a custom heat sink design, based on extensive computational fluid dynamics (CFD) analysis which optimizes the cooling fans’ performance. Strategically placed sheet metal ducting limits airflow bypass.

Rigel also utilizes the newly introduced OSS Unified Baseboard Management Controller (U-BMC). Rigel monitors system telemetry in real-time, providing user monitoring and management through IPMI via graphical or command line interfaces.

To learn more about Rigel, visit our website https://www.voltrium.com.sg/en/contac...