Deep Learning & AI - NVMe over Fabric Storage

Deep Learning Storage Appliances

NVMe over Fabric Storage Appliances optimised for Deep Learning and AI.

PNY 3S 1000

All-in-one 1U NVMe Flash Storage
Simple to install and use
Affordable starter bundles from 30.76TB
Completes DL training 20% faster than market leading brands
Full NVMe performance over the network
Super-fast Mellanox 200Gb IB/Ethernet ports
Lowest possible latency and highest bandwidth
Futureproof Scalability to petabytes

High performance deep learning training solutions from the NVIDIA DGX family require low-latency storage solutions. This 1U Software Defined Storage appliance is powered by Excelero and can provide up to 153TB of NVMe over Fabric storage, with the entry-level configuration of 4 SSDs providing over 2M IOPS, 12GB/s random read with less than 90 microseconds latency. The system is scalable up to 10 SSDs, providing more than 23GB/sec from a single enclosure, and be extended with additional units.

Award Winning

Next Day Delivery

Priority Build Option

Professional Build

System Powered By

AMD Epyc CPU

Order now for delivery between Friday 04 Jun - Thursday 10 Jun

Price from £24,999.99 ex VAT £29,999.99 inc VAT

Available for try before you buy Book Test Drive Configure

PNY 3S 2450

All-in-one 2U NVMe Flash Storage
Simple to install and use
Affordable starter bundles from 30.76TB
Completes DL training 20% faster than market leading brands
Full NVMe performance over the network
Super-fast Mellanox 100Gb IB/Ethernet ports
Lowest possible latency and highest bandwidth
Futureproof Scalability to petabytes

High performance deep learning training solutions from the NVIDIA DGX family require low-latency storage solutions. This 2U Software Defined Storage appliance is powered by Excelero and can provide up to 367TB of NVMe over Fabric storage, with the entry-level configuration of 4 SSDs providing over 2M IOPS, 12GB/s random read with less than 90 microseconds latency. The system is scalable up to 24 SSDs, providing more than 23GB/sec from a single enclosure, and be extended with additional units.