EK Fluid Works Enhances Portfolio Launched With NVIDIA H100 GPU Integration - Explained All Details
PRODUCT BRAND STORE AMAZON : https://amzn.to/46OqAll EK, the leading PC liquid cooling solutions provider, has expanded its hardware support for the EK Fluid Works systems by integrating the state-of-the-art NVIDIA H100 PCIe Tensor Core GPU. NVIDIA's latest release, acclaimed for its unprecedented performance, scalability, and security across diverse workloads, has discovered its ultimate home in EK Fluid Works servers and workstations. Notably, EK's commitment to sustainability transforms these systems into eco-friendlier platforms, unlocking the full potential of Large Language Models (LLM), machine learning, and AI model training. EK Fluid Works systems emerge as the top choice for those seeking the unleashed power of NVIDIA H100 Tensor Core GPUs, offering an impressive array of efficiency benefits. The liquid cooling solution, exemplified by the water block's exceptional thermal performance, significantly reduces GPU core and VRAM operating temperatures even during extended, high-intensity workloads. This, coupled with its robust construction and leak-free guarantee, ensures an extended service life with uninterrupted 24/7 GPU operation, empowering users to accelerate performance and maximize profits. Moreover, the system boasts an impressive 560 GB of total VRAM with a clock speed essential for running AI models without performance bottlenecks. This, combined with the low hydraulic flow resistance, has enabled EK to support up to 7 NVIDIA H100 PCIe Tensor Core GPUs in their high-compute-density rackmount servers and high-performance workstations. These advanced cooling solutions and system capabilities guarantee uninterrupted performance for users in AI and high-performance computing and extend the lifespan of critical hardware, ensuring a dependable, efficient, and cost-effective solution for their most demanding workloads. In the workstation realm, the EK Fluid Works X7000 of the Compute Series stands as the preeminent solution, offering the unique capability to house up to 7 GPUs in a single system - an unmatched feat in the market. Typically configured with 6x H100 GPUs alongside a display card like the RTX A5000, these passively cooled GPUs necessitate EK's liquid cooling solution for quiet and efficient cooling, ideal for office environments, even when ambient temperatures exceed 40°C. Fluid Works' high-performance computing (HPC) capabilities set it apart, offering computing power that exceeds traditional workstations. On the server front, exemplified by the X7000-RM of the Rackmount Series, systems can accommodate either 7x H100 GPUs at maximum capacity or 6x H100 GPUs alongside networking components. What sets these servers apart is their exceptional tolerance for higher temperatures, superior cooling power efficiency, and reduced power consumption while delivering equivalent or superior performance. Operating at temperatures below 50°C at 25°C ambient temperature, these servers maintain a substantial 30°C temperature advantage over air-cooled alternatives, guaranteeing peak performance and reliability. ↪ ⚠If someone has any problem with this video and want to remove this video from my channel then before give me strike contact me I will definitely delete this video⚠ ➡️ contact:- bharat9638050224@gmail.com #TheTechLegend #ekwb #nvidia
PRODUCT BRAND STORE AMAZON : https://amzn.to/46OqAll EK, the leading PC liquid cooling solutions provider, has expanded its hardware support for the EK Fluid Works systems by integrating the state-of-the-art NVIDIA H100 PCIe Tensor Core GPU. NVIDIA's latest release, acclaimed for its unprecedented performance, scalability, and security across diverse workloads, has discovered its ultimate home in EK Fluid Works servers and workstations. Notably, EK's commitment to sustainability transforms these systems into eco-friendlier platforms, unlocking the full potential of Large Language Models (LLM), machine learning, and AI model training. EK Fluid Works systems emerge as the top choice for those seeking the unleashed power of NVIDIA H100 Tensor Core GPUs, offering an impressive array of efficiency benefits. The liquid cooling solution, exemplified by the water block's exceptional thermal performance, significantly reduces GPU core and VRAM operating temperatures even during extended, high-intensity workloads. This, coupled with its robust construction and leak-free guarantee, ensures an extended service life with uninterrupted 24/7 GPU operation, empowering users to accelerate performance and maximize profits. Moreover, the system boasts an impressive 560 GB of total VRAM with a clock speed essential for running AI models without performance bottlenecks. This, combined with the low hydraulic flow resistance, has enabled EK to support up to 7 NVIDIA H100 PCIe Tensor Core GPUs in their high-compute-density rackmount servers and high-performance workstations. These advanced cooling solutions and system capabilities guarantee uninterrupted performance for users in AI and high-performance computing and extend the lifespan of critical hardware, ensuring a dependable, efficient, and cost-effective solution for their most demanding workloads. In the workstation realm, the EK Fluid Works X7000 of the Compute Series stands as the preeminent solution, offering the unique capability to house up to 7 GPUs in a single system - an unmatched feat in the market. Typically configured with 6x H100 GPUs alongside a display card like the RTX A5000, these passively cooled GPUs necessitate EK's liquid cooling solution for quiet and efficient cooling, ideal for office environments, even when ambient temperatures exceed 40°C. Fluid Works' high-performance computing (HPC) capabilities set it apart, offering computing power that exceeds traditional workstations. On the server front, exemplified by the X7000-RM of the Rackmount Series, systems can accommodate either 7x H100 GPUs at maximum capacity or 6x H100 GPUs alongside networking components. What sets these servers apart is their exceptional tolerance for higher temperatures, superior cooling power efficiency, and reduced power consumption while delivering equivalent or superior performance. Operating at temperatures below 50°C at 25°C ambient temperature, these servers maintain a substantial 30°C temperature advantage over air-cooled alternatives, guaranteeing peak performance and reliability. ↪ ⚠If someone has any problem with this video and want to remove this video from my channel then before give me strike contact me I will definitely delete this video⚠ ➡️ contact:- bharat9638050224@gmail.com #TheTechLegend #ekwb #nvidia