MiTAC HPC Servers

Powering the Future of High-Performance Computing

MiTAC provides cutting-edge High-Performance Computing (HPC) solutions to meet the demanding needs of various industries. Designed to deliver exceptional performance, reliability, and efficiency, these HPC servers enable users to tackle the most complex computational challenges with ease.

MiTAC HPC servers are vital for advanced computational tasks in CAD, CAM, CAE, and parallel computing, delivering exceptional processing power and speed. In CAD, they facilitate the creation and manipulation of complex 3D models, aiding industries such as automotive, aerospace, and architecture with real-time rendering and rapid prototyping. For CAE, MiTAC HPC servers excel in simulations like finite element analysis (FEA) and computational fluid dynamics (CFD), swiftly performing intricate calculations to ensure product reliability and performance.

In CAM, MiTAC HPC servers offer precise control over manufacturing processes like CNC machining and additive manufacturing, enhancing product quality and production efficiency. Their parallel computing capabilities manage large-scale computations and simulations simultaneously, significantly boosting productivity and fostering innovation. Designed for high performance, scalability, and reliability, MiTAC HPC servers are the cornerstone for a variety of demanding applications, driving efficiency and precision in design, engineering, and manufacturing.
CAD/CAE/CAM Parallel Computing

MiTAC HPC Servers with GPU Support for CAD/CAE/CAM

Advanced, Energy-Efficient Server Solutions for High-Performance Computing MiTAC delivers advanced, energy-efficient server solutions tailored to the evolving demands of high-performance computing (HPC). Our cutting-edge HPC servers are engineered to support the most powerful GPU and accelerator cards available. Whether you're performing intricate CAD designs, running complex CAE simulations, or managing CAM processes, our servers provide the unmatched performance and scalability required to excel in these demanding applications.

 

Redefining HPC and Data Analytics with NVIDIA® H100 GPU

The innovative NVIDIA H100 GPU technology dramatically accelerates large language models (LLMs), delivering industry-leading conversational AI. Servers equipped with the NVIDIA H100 GPU provide groundbreaking performance for high-performance computing (HPC) and data analytics.

 

Optimized for Advanced HPC with NVIDIA® L40 GPU

Servers equipped with the NVIDIA L40 GPU accelerate a wide array of compute-intensive workloads, including rendering and 3D graphics, high-performance virtual workstations, AI training and data science, video streaming, and generative AI. These servers are optimized to deliver advanced performance for high-performance computing (HPC) applications.

 

Leading Performance for HPC and AI with AMD Instinct MI300 Series Accelerator

Solutions with AMD Instinct MI300 series accelerators empower enterprise, research, and academic institutions to tackle HPC and AI workloads efficiently. These servers are ideal for both AI training and high-performance computing tasks.

 

Empowering Data-Intensive Applications with Intel® Data Center GPU Max and Flex Series

MiTAC's M50FCP and D50DNP server families are high-performance platforms meticulously engineered to leverage the formidable capabilities of Intel's Data Center GPU Max and Flex series. These servers are designed to excel in demanding AI, machine learning, HPC, and other data-intensive applications.

The Intel® Data Center GPU Max Series is dedicated to delivering raw, unparalleled performance, making it ideal for the most compute-intensive tasks. In contrast, the Flex Series offers versatility and efficiency, catering to a broader range of workloads and environments. The MiTAC M50FCP and D50DNP servers are now enhanced with support for both the Intel® Data Center GPU Max Series and Flex Series, perfectly aligning with the needs of modern data centers.

 
 

Professional Workflows with NVIDIA® RTX A6000

NVIDIA RTX A6000-powered server systems provide the features, capabilities, and performance needed to address today's professional workflows. Whether it's for generative AI, LLM development, content creation, or data science, these servers meet the demands of the most challenging tasks.

 

MiTAC's HPC Servers for Parallel Computing

MiTAC's HPC solutions are designed to meet the demanding requirements of parallel computing, offering massive parallelism by dividing tasks into numerous smaller ones processed simultaneously across many cores or nodes. Our servers ensure high memory bandwidth for quick data transfer, crucial for data-intensive computations. Efficient interconnects and advanced network topologies optimize performance in distributed environments. Our solutions offer extensive scalability and prioritize energy efficiency to support large-scale parallel computing environments.

MiTAC's TNP and DNP Systems for Parallel Computing

MiTAC's TNP and DNP systems are specifically engineered for parallel computing applications. These systems deliver exceptional performance with support for multi-core processors and high-speed memory, ensuring rapid data processing and transfer. The TNP and DNP systems feature advanced network architectures to enhance communication between nodes, maximizing computational efficiency. With robust job scheduling capabilities and scalable configurations, MiTAC's TNP and DNP systems are ideal for managing extensive workloads and complex tasks. Additionally, these systems emphasize energy efficiency, reducing power consumption while maintaining top-tier performance, making them perfect for demanding parallel computing environments.

Explore all MiTAC HPC Servers or Contact Us to discuss your specific needs!


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