ASRock Rack GPU Server Platform Lineups Are Now Qualified for NVIDIA L4 Tensor Core GPUs

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Taipei, Taiwan, March 21, 2023 – ASRock Rack, an innovative server leader, today announced its comprehensive GPU server platforms are now qualified to support NVIDIA® L4 Tensor Core GPUs, delivering universal acceleration and energy efficiency optimization for AI, virtual workstations, deep learning and graphics applications in the enterprise, in the cloud, and at the edge.

The NVIDIA L4 Tensor Core GPU, powered by the NVIDIA Ada Lovelace architecture, is a universal, energy-efficient accelerator designed to meet numerous AI needs. With the NVIDIA accelerator and its full-stack AI platform, the L4 GPU delivers higher AI performance and energy efficiency, compared to the previous generation. ASRock Rack GPU systems, such as 1U4G-ROME, 2U4G-ROME/2T, 4U8G series, and 4U10G series, are all qualified for NVIDIA L4 GPUs, enabling them to provide exceptional performance to serve extensive AI workloads.

ASRock Rack 1U4G-ROME and 2U4G-ROME/2T are 1U and 2U systems with 1+1 2000W redundant PSU. The 1U4G-ROME fully unleashed the 128 PCIe4.0 lanes from a single EPYC 7003/7002 processor and is equipped with 8 DIMM slots for memory expansions. The 1U4G-ROME is also equipped with two additional riser cards for PCIe 4.0 x 16 low-profile add-in cards for higher–bandwidth Ethernet NIC expansions. As a 2U GPU platform, ASRock Rack 2U4G-ROME/2T, offers up to 5 Hot-swap 2.5″ SATA drive bays with two 10 Gigabit Ethernet NICs connectivity.

ASRock Rack 4U GPU rackmount server solutions include 4U8G-ROME2/2T, 4U10G-ROME2/2T, 4U8G-ICX2/2T, and 4U10G-ICX2/2T are interconnected with 8 to 10 NVIDIA L4 GPUs powered by dual AMD 7003/7002 Series Processors or Intel 3rd Gen Intel® Xeon® Scalable Processors. The ASRock Rack 4U8G and 4U10G series systems both support up to 12 hot-swap 3.5” drive bays and 32 DIMM slots, providing ample storage capacity for large datasets and applications. In addition, the 4U chassis is designed for ease of service with toolless drive bays flexibility. Users could easily reconfigure among OCP NIC 3.0, FHHL PCIe expansion slots, and NVMe/SATA drives.