Accelerate AI deployment, Intel launches new Gaudi2 processors for the Chinese market

It is reported that the Gaudi2 Deep Learning Accelerator and Gaudi2 Mezzanine Card HL-225B is based on the first generation Gaudi high-performance architecture, with multi-dimensional performance and energy efficiency improvement to accelerate the operation of high-performance large language models. The accelerator has 24 programmable Tensor processor cores (TPCs), 21 100Gbps (RoCEv2) Ethernet interfaces, 96GBHBM2E memory capacity, 2

It is reported that the Gaudi2 Deep Learning Accelerator and Gaudi2 Mezzanine Card HL-225B is based on the first generation Gaudi high-performance architecture, with multi-dimensional performance and energy efficiency improvement to accelerate the operation of high-performance large language models. The accelerator has 24 programmable Tensor processor cores (TPCs), 21 100Gbps (RoCEv2) Ethernet interfaces, 96GBHBM2E memory capacity, 2.4TB/s total Memory bandwidth, 48MB on-chip SRAM and integrated multimedia processing engine.

Sandra Rivera, Executive Vice President and General Manager of the Data Center and Artificial Intelligence Division at Intel, stated that Intel is committed to accelerating the development of artificial intelligence technology by providing customers with a wide range of hardware choices and supporting open software environments. With a product portfolio including Xeon scalable processors and Gaudi2 deep learning accelerators, Intel is lowering the entry threshold for artificial intelligence and strengthening customers' ability to deploy this critical business technology in the cloud through networks and intelligent edges, thereby helping to build the future of artificial intelligence in China.

It is worth noting that Intel is currently collaborating with Inspur Information to create and release the Inspur Information AI server NF5698G7 based on the Gaudi2 deep learning accelerator. This server integrates 8 Gaudi2 accelerator cards HL-225B and also includes dual fourth generation Intel Xeon scalable processors.

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