Avalue HPS-SRSU4A (4U rackmount) and HPS-SRSUTA (tower) industrial servers

Avalue Technology Inc. has launched two HPC servers, the tower server HPS-SRSUTA and the 4U rackmount server HPS-SRSU4A, to boost edge computing and enhance operational performance, information security management and sustainability of smart city, smart manufacturing, and medical and transportation industries.

The industrial servers have a built-in Avalue HPM-SRSUA motherboard, which is equipped with Intel 4th Gen. Xeon scalable processor (codenamed Sapphire Rapids). The server’s power supply and power consumption management not only improves response time of the entire platform but also helps customers achieve their sustainability goals. Furthermore, the 4th Gen. Xeon scalable processor features advanced security technologies which reduce potential cybersecurity threats in enterprise cloud computing while speeding up performance.

The HPS-SRSU4A/UTA servers feature PCIe 5.0, which transfers data at double the speed of its Gen. 4 version. Its motherboard is equipped with four sets of PCIe 5.0 x 16 slots and three sets of PCIe 5.0 x 4 slots, and six DDR5 4800 RDIMM memory modules with maximum memory capacity of up to 1.5 TB. Having two 10GbE Ethernet ports also increases the data transfer rate between nodes, achieving ultra-low latency and maximising throughput in parallel computing.

Both HPS-SRSU4A and HPS-SRSUTA have expandable I/O that can be upgraded according to the user’s requirements, supporting double-wide GPU, NVMe/SSD/RAID and a variety of accelerators, providing abundant bandwidth through different types of expansion slots to streamline the deployment of edge computing devices and improve operating performance using the most efficient architecture.

Small in size yet scalable, the servers feature buttons on both sides of the chassis that open their top front cover, facilitating add-on cards swapping and maintenance. Available either barebone (L6) or fully assembled (L10), customers can switch between the two customised options without changing their existing architecture.