The NVIDIA H200 Tensor Core GPU sets a new benchmark for AI and HPC acceleration. Built on the NVIDIA Hopper architecture, it features 141 GB of ultra-fast HBM3e memory with 4.8 TB/s bandwidth—nearly doubling capacity and significantly boosting throughput over the H100. Designed for mainstream, lower-power, air-cooled enterprise rack designs, the H200 NVL supports flexible configurations with up to four GPUs connected via NVIDIA NVLink™, delivering a 1.5× memory boost and accelerating large language model inference by up to 1.7× and HPC applications by up to 1.3× compared to the H100 NVL. Available in SXM and PCIe NVL form factors, it delivers scalable, high-efficiency performance for AI and HPC workloads of any size.

MiTAC's server platforms integrated with the NVIDIA H200 GPU deliver a premium foundation for AI innovation and high-performance computing. These enterprise-ready systems harness the H200's expansive memory and ultrafast data throughput to accelerate LLM inference and large-scale simulations with efficiency and precision. With scalable multi-GPU configurations, advanced thermal management, and energy-optimized designs, MiTAC servers ensure seamless integration and peak performance for generative AI, complex modeling, and scientific workloads—empowering organizations to advance AI at scale.

The NVIDIA H100 NVL GPU, powered by the Hopper architecture, is designed specifically for large-scale AI applications, such as training and inferencing massive language models. With features like 4th Gen Tensor Cores and transformer engine optimization, the H100 NVL delivers unmatched performance in deep learning and generative AI tasks. Its dual-GPU design linked by NVLink provides 600GB/s bandwidth and maximized GPU memory, making it ideal for high-throughput AI inference workloads. Compared to previous-generation GPUs, the H100 NVL significantly accelerates model processing and deployment, particularly for businesses leveraging AI at scale.

MiTAC servers are designed with a high-density architecture that allows for multiple GPUs to be housed within a single chassis, optimizing both space and energy efficiency. They feature PCIe Gen 5 compatibility, enabling high-speed data transfer critical for the optimal performance of GPUs like the NVIDIA H100 NVL. To address the significant thermal demands of high-performance GPUs, these servers incorporate advanced cooling solutions that ensure sustained reliability and efficiency. Furthermore, MiTAC servers are enterprise-ready, seamlessly integrating with NVIDIA AI Enterprise software to simplify deployment and management of AI workloads, enhancing productivity and scalability for diverse business applications. They are tailored for industries like healthcare, finance, and scientific research, where LLMs and advanced AI analytics are critical. By pairing MiTAC's hardware capabilities with the NVIDIA H100 NVL's performance, organizations can achieve breakthrough efficiencies in AI and HPC.

The NVIDIA L40S and L40 GPUs are designed to accelerate AI inference, graphics rendering, and simulation workloads. Built on the NVIDIA Ada Lovelace architecture, these GPUs deliver high-performance compute capabilities for AI training, deep learning, 3D visualization, and high-end virtual workstation environments, offering exceptional power efficiency and versatility across various industries.

MiTAC's servers supporting NVIDIA L40S and L40 GPUs are engineered for AI, visualization, and high-performance computing. These servers offer excellent scalability, power efficiency, and advanced cooling solutions, making them ideal for deploying powerful AI inference systems, real-time graphics processing, and complex simulation environments. MiTAC's robust designs ensure reliable performance and seamless integration with NVIDIA's L40S and L40 GPUs to drive innovation in AI and visualization workloads.

The NVIDIA H100 Tensor Core GPU, powered by the NVIDIA Hopper architecture, is engineered to accelerate AI, HPC, and data analytics workloads. It offers unparalleled performance with FP8 precision, Transformer Engine support, and multi-instance GPU technology, making it ideal for large-scale AI training and inference, as well as advanced scientific simulations.

MiTAC's H100-supported servers are designed for demanding AI and HPC applications, offering high-density configurations and superior scalability. These servers provide optimal thermal management, power efficiency, and support for multiple NVIDIA H100 GPUs, delivering exceptional performance for AI workloads, large-scale data analytics, and complex simulations. Key highlights include flexible deployment options, advanced cooling solutions, and reliable, future-proof designs for enterprise and data center environments.