NVIDIA GPUs are known for their outstanding performance and versatility. The CUDA architecture leverages the parallel processing power of GPUs for general-purpose computing, supported by a broad ecosystem of software tools and libraries. Tensor Cores in NVIDIA's latest GPUs accelerate deep learning tasks, significantly boosting performance for training and inference of neural networks. NVIDIA GPUs also excel in HPC environments, providing the computational power necessary for simulations, scientific research, and data analysis, greatly reducing task completion time.
MiTAC servers are optimized to unleash the power of NVIDIA GPUs, boosting performance, reliability, and scalability. These high-density solutions maximize space efficiency in data centers, with advanced cooling technologies like liquid cooling to maintain safe operating temperatures. Built for reliability, MiTAC servers feature redundant power supplies, error-correcting memory, and robust management tools for seamless operations. With enhanced security features such as secure boot and hardware-based encryption, MiTAC servers protect sensitive data. By integrating NVIDIA GPUs, MiTAC servers provide an ideal platform for tackling AI, HPC, and data analytics challenges efficiently and effectively.
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.
The NVIDIA RTX A6000 GPU is built for professionals requiring top-tier performance in AI, rendering, and real-time graphics. With the powerful Ampere architecture, it delivers unmatched compute power for 3D rendering, visual effects, AI-driven workflows, and complex simulations, all with energy-efficient design and advanced features for demanding professional applications.
MiTAC's servers supporting NVIDIA RTX A6000 GPUs are designed to excel in AI training, visualization, and high-performance graphics tasks. Offering superior scalability, advanced cooling, and optimized power efficiency, these servers deliver the reliability and performance needed for demanding workloads such as AI, real-time rendering, and complex simulations, making them an ideal solution for professionals across various industries.
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