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  1. Data Center Knowledge

    HPE Launches ProLiant Gen13 Servers, Shifting Toward CPU-GPU Balanced Enterprise AI

    HPE has launched its first four ProLiant Gen13 servers based on AMD's sixth-generation Epyc 9006 SP7 (codenamed Venice), targeting enterprise AI inference, agentic AI and analytics, virtualization, and other traditional workloads. The flagship DL585a Gen13 supports up to 8 GPUs and two Venice processors, will launch in March 2027, and will be compatible with GPUs from Nvidia, AMD, and Intel; the DL525 is a 1U single-socket system with up to 256 cores, launching in November 2026. Gen13 also introduces iLO 8 automated security and post-quantum cryptography readiness.

    ixth-generation Epyc 9006 SP7 (codenamed Venice), targeting enterprise AI inference, agentic AI and analytics, virtualization, and other traditional workloads. The flagship DL585a Gen13 supports up to 8 GPUs and two Venice processors, will launch in March 2027, and will be compatible with GPUs from Nvidia, AMD, and Intel; the DL525 is a 1U single-socket system with up to 256 cores, launching in November 2026. Gen13 also introduces iLO 8 automated security and post-quantum cryptography readiness.

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  9. Data Center Knowledge

    Drastic AI Power Fluctuations Force a Co-Design Revolution from Chips to the Power Grid

    AI data center power can surge and plunge within seconds or even milliseconds, and a sudden drop of hundreds of megawatts could cause wide-area grid disturbances; the industry is calling for chipmakers, operators, utilities and infrastructure parties to respond collaboratively. Nvidia electrical design engineer Sai Somayajula said rack power has risen from about 40 kW in the H100 era to about 150 kW with Blackwell, with Vera Rubin targeting about 240 kW, and under future 800V DC power distribution it could reach 1 MW per rack; Nvidia has added rack-level energy storage and control and introduced the DSX architecture. Oracle's Stargate data center campus is already 60% to 70% operational, with plans for gigawatt-scale capacity.

    hundreds of megawatts could cause wide-area grid disturbances; the industry is calling for chipmakers, operators, utilities and infrastructure parties to respond collaboratively. Nvidia electrical design engineer Sai Somayajula said rack power has risen from about 40 kW in the H100 era to about 150 kW with Blackwell, with Vera Rubin targeting about 240 kW, and under future 800V DC power distribution it could reach 1 MW per rack; Nvidia has added rack-level energy storage and control and introdu

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