GPUs for High-performance Computing

Buy top GPU models from NVIDIA’s Tensor Core, Tesla, Titan, and Quadro series and AMD’s Instinct and Radeon series for unmatched compute performance, future-proofed interconnect technologies, superior memory types, and industry-leading software and ecosystems. Be assured of enterprise-grade stability, reliability, and security as we procure the GPUs first-hand from these manufacturers. Choose from the tested and certified GPUs that are unfailingly being deployed in large HPC solutions like energy exploration, life sciences, computational fluid dynamics, etc.

Get access to next-gen VRAMs of our high-end GPUs promising higher bandwidth and quicker data transfers for large and complex computes and calculations. These GPUs support GDDR6, GDDR7, HBM2, and HBM3 memory types capable of delivering the world’s fastest GPU memory bandwidth and dynamic random access memory utilization efficiency. These advanced memories are optimized for data-intensive workloads and speed up computation for large AI models. They ensure improved reliability, availability, and data integrity.

Set up a network of nodes equipped with GPUs and perform computationally intensive HPC tasks, accelerating AI training and scientific simulations seamlessly and reducing time-to-market with our GPUs like Radeon Instinct MI100 and NVIDIA A100. Using the advanced interconnects of the NVIDIA NVLink/AMD Infinity architecture, software ecosystems, and optimized memories, multiple GPUs in clusters work together efficiently providing a scalable parallel processing infrastructure.

Our cutting-edge GPUs for HPC balance performance and power efficiency using advanced cooling technologies. Some of our high Thermal Design Power (TDP) GPUs use multi-instance GPU (MIG) partitioning and NVLink energy-efficient scaling, passive cooling, and AI-based power management to keep the GPUs optimized and running even in high workload scenarios. Technologies like dual-axial fans, liquid cooling, and vapor chamber cooling provide efficient thermal efficiency offering the stability needed in the HPC workloads.