Supermicro's Advanced GPU Systems for Generative AI Applications with Dual 5th Gen Intel Xeon Processors Will Take Advantage of the Increased Number of Cores, Performance, and Performance Per Watt in The Same Power Envelope

Supermicro's Advanced GPU Systems for Generative AI Applications with Dual 5th Gen Intel Xeon Processors Will Take Advantage of the Increased Number of Cores, Performance, and Performance Per Watt in The Same Power Envelope

Supermicro's Advanced GPU Systems for Generative AI Applications with Dual 5th Gen Intel Xeon Processors Will Take Advantage of the Increased Number of Cores, Performance, and Performance Per Watt in The Same Power Envelope

Supermicro's Advanced GPU Systems for Generative AI Applications with Dual 5th Gen Intel Xeon Processors Will Take Advantage of the Increased Number of Cores, Performance, and Performance Per Watt in The Same Power Envelope

Supermicro's Advanced GPU Systems for Generative AI Applications with Dual 5th Gen Intel Xeon Processors Will Take Advantage of the Increased Number of Cores, Performance, and Performance Per Watt in The Same Power Envelope

Supermicro's Advanced GPU Systems for Generative AI Applications with Dual 5th Gen Intel Xeon Processors Will Take Advantage of the Increased Number of Cores, Performance, and Performance Per Watt in The Same Power Envelope

全新 Supermicro H13 WIO 系列包括符合NEBS标准的系统，提供交流或直流电源选项，起始TDP功耗仅为80W并可扩展至 64 核，为智能边缘和电信应用提供能源效率、灵活配置和平台密度

全新 Supermicro H13 WIO 系列包括符合NEBS标准的系统，提供交流或直流电源选项，起始TDP功耗仅为80W并可扩展至 64 核，为智能边缘和电信应用提供能源效率、灵活配置和平台密度

全新 Supermicro H13 WIO 系列包括符合NEBS标准的系统，提供交流或直流电源选项，起始TDP功耗仅为80W并可扩展至 64 核，为智能边缘和电信应用提供能源效率、灵活配置和平台密度

全新 Supermicro H13 WIO 系列包括符合NEBS标准的系统，提供交流或直流电源选项，起始TDP功耗仅为80W并可扩展至 64 核，为智能边缘和电信应用提供能源效率、灵活配置和平台密度