ISC High Performance illustration related to Event: ISC High Performance 2024, Hamburg | May 12-16
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May 6, 2024

Event: ISC High Performance 2024, Hamburg | May 12-16

⚡ Designed to Excel in Demanding Environments  

Join us in Hamburg, Germany, from May 12 – 16 at ISC High Performance 2024 (Reinventing HPC) -- the go-to event for high performance computing, machine learning, data analytics & quantum computing. Find SupremeRAID™ in Graid Technology Booth A20. Don't miss it, set up a meeting today!

Learn more about the event: https://www.isc-hpc.com/
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When: May 12-16, 2024
🗺️ Where: CCH – Congress Center Hamburg, Congressplatz 1, 20355 Hamburg
📍 Find SupremeRAID™: Graid Technology, Booth A20

Chat with us to learn how SupremeRAID™ revolutionary GPU-based RAID protects NVMe-based data from the desktop to the cloud — set up a meeting today!

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News & Resources

Graid Technology has achieved an industry-first benchmark: 100 million IOPS on a protected RAID 5 volume for GPU-initiated I/O, built from 32 KIOXIA XD8 NVMe SSDs. The result shows that resilient NVMe storage can now operate at the scale that current and future AI deployments require, which is especially significant for environments that require both extreme performance and enterprise-class data protection. In benchmark testing with a WholeGraph training workload, [...]
Every NVMe array pays a hidden storage tax — either 12–18% of line rate lost to a hardware RAID controller, or 18–28% of host CPU consumed by software RAID. With enterprise NVMe pricing up ~257% since Q2 2025, that tax now hits a much bigger check. SupremeRAID™ eliminates both halves by running RAID I/O on an NVIDIA GPU: full line-rate throughput, CPU cores returned to your applications, enterprise-grade protection on one card.
Graid Technology is excited to join the AI Powered Data Centre Conference 2026 as a Silver Partner in Mumbai, India. As AI workloads continue to drive new demands on data centre infrastructure, we will showcase how SupremeRAID™ GPU-accelerated NVMe RAID helps reduce storage bottlenecks, improve data protection, and enable higher performance for AI, HPC, and next-generation data centres.