Graid Technology at Dell Technologies Forum Shanghai 2026
Events
August 14, 2026

Join Graid Technology at DTF Shanghai 2026

Join Graid Technology at the 2026 Dell Technologies Forum Shanghai on August 21 to discover how the Dell × SupremeRAID™ joint solution breaks through AI storage bottlenecks while delivering exceptional performance and enterprise-grade data protection.

Four featured application scenarios:

🔹 On-Premises Private AI
Achieve 2–10× higher storage performance with GPU-accelerated RAID, providing a fast and secure data infrastructure for enterprise private AI.

🔹 Small and Medium-Sized HPC Data Center Clusters
Our integrated appliance, powered by SupremeRAID™ HE and BeeGFS, delivers up to 80 GB/s per node, supports up to 32 HGX systems, and scales to 1,000+ nodes.

🔹 Edge AI and KV Cache Offloading
SupremeRAID™-powered Smart JBOF supercharges Dell Pro Max with GB10, delivering up to 24× faster TTFT than MD RAID with RAID 5 data protection for faster, more reliable local AI inference.

📍 Event Details
Date: August 21, 2026
Time: 8:30 AM–5:30 PM
Venue: Pudong Shangri-La, Shanghai
Address: 33 Fucheng Road, Pudong New Area, Shanghai

Visit the Graid Technology booth and join our theater session to explore faster, safer, and more scalable AI data infrastructure.

🔗 Register now

Learn More

News & Resources

Graid Technology is joining Supermicro's Innovate! EMEA as a Gold Sponsor, taking place September 14-15, 2026, at the Le Méridien Lav Hotel in Split, Croatia. Come find us at Booth G1 to talk data protection, GPU Accelerated Storage, and what's next for Graid Technology!
TechArena sat down with Graid Technology's Randy Kreiser to unpack why memory, not FLOPS, now gates inference economics, and how GPU-driven storage keeps pace with agentic AI's KV cache demands. Read the interview here.
Join Graid Technology at the 2026 Dell Technologies Forum Shanghai on August 21! Discover how Dell × SupremeRAID™ solutions power AI from cloud to edge—from private AI and HPC clusters to edge AI and KV Cache offloading—with 2–10× higher storage performance, up to 80 GB/s per node, and up to 24× faster TTFT.