AI & HPC storage systems are built for high throughput and low latency, supporting demanding tasks like deep learning and simulations. They use parallel file systems (e.g., BeeGFS, Lustre), NVMe SSDs, and high-speed fabrics (RDMA, NVMe-oF) to ensure fast, scalable access. Tiered storage and caching enhance performance and cost efficiency across data lifecycle stages. .
PEAK:AIO is a modern, high-performance storage platform built specifically for AI workloads. Designed to be plug-and-play for GPU systems, it delivers ultra-low latency and high throughput for training, inference, and data preparation. With an intuitive interface and seamless integration with NVIDIA DGX systems and other AI infrastructur
PEAK:AIO is a modern, high-performance storage platform built specifically for AI workloads. Designed to be plug-and-play for GPU systems, it delivers ultra-low latency and high throughput for training, inference, and data preparation. With an intuitive interface and seamless integration with NVIDIA DGX systems and other AI infrastructure, PEAK:AIO is ideal for organizations that want speed, simplicity, and efficiency without complex tuning or legacy baggage.
DDN (DataDirect Networks) powers some of the world’s most demanding AI and HPC environments. Trusted by large enterprises, research institutions, and hyperscalers, DDN offers scalable parallel file systems and NVMe-accelerated solutions built to handle massive datasets and performance at scale. If you're working on complex multi-user env
DDN (DataDirect Networks) powers some of the world’s most demanding AI and HPC environments. Trusted by large enterprises, research institutions, and hyperscalers, DDN offers scalable parallel file systems and NVMe-accelerated solutions built to handle massive datasets and performance at scale. If you're working on complex multi-user environments, need advanced data management, or want to maximize performance across a cluster, DDN offers a robust, proven platform.
Custom Lustre Storage gives you full control over your performance, architecture, and budget. Built using the open-source Lustre parallel file system, this solution is ideal for research labs, universities, and AI teams that want a high-throughput, low-latency platform without being locked into proprietary ecosystems. Whether optimizing
Custom Lustre Storage gives you full control over your performance, architecture, and budget. Built using the open-source Lustre parallel file system, this solution is ideal for research labs, universities, and AI teams that want a high-throughput, low-latency platform without being locked into proprietary ecosystems. Whether optimizing for metadata operations, scaling capacity, or fine-tuning performance per workload, Custom Lustre can be configured to meet your exact needs.