Stop by Booth 639 to meet the Graid Technology Inc. team! We'll also be showing our revolutionary next-generation NVMe RAID controller in Supermicro Booth #1045, Western Digital Booth #521, ASRock Rack Booth #1057, and Dapustor Booth #955 August 8-10 at the Santa Clara Convention Center. Don't miss our speaker session DCTR-303-1: Enterprise Storage Part 1 on Thursday Aug. 10 at 11am in Ballroom E to learn how SupremeRAID™ is challenging the status quo for performance-demanding workloads!
SupremeRAID™ eliminates the traditional RAID bottleneck to unlock the full potential of your SSD performance. Introducing the world’s fastest NVMe and NVMeoF RAID cards for PCIe Gen 3, 4, and 5 servers — designed to deliver superior NVMe/NVMeoF, SAS, and SATA performance while increasing scalability, improving flexibility, and lowering TCO. A single SupremeRAID™ card blasts performance to 19M IOPS and 220GB/s and supports up to 32 native NVMe drives.
Based on Linux RAID5 with Intel Xeon Gold 6338 CPU 32-Core with 2.0GHz x 2
Supermicro INTEL SSG-121E-NES24R + NE316R + NE324R with SupremeRAID™
Supermicro AMD Hyper AS-2125HS-TNR with SupremeRAID™
Supermicro AMD ASG-1115S-NE316R + NE332R with SupremeRAID™
Western Digital OpenFlex Data24 Platform with SupremeRAID™
SupremeRAID™ SR-1010 increases read performance to 28M IOPS and 260GB/s throughput and increases write performance to 2 M IOPS and 100 GB/s throughput in RAID 5/6, while maintaining the superior level of data protection our customers and partners have come to expect.
SupremeRAID™ SR-1010 (for PCIe 3, 4, and 5 servers) delivers lightning-fast SSD performance in AI-accelerated compute, all flash array, and HPC applications. Designed for both Linux and Windows operating systems, it supports RAID levels 0/1/10/5/6/JBOD while the core software license supports up to 32 native NVMe drives. SupremeRAID™ SR-1010 enables superior NVMe/NVMeoF, SAS, and SATA performance while increasing scalability, improving flexibility, and lowering TCO. Its revolutionary AI solution eliminates the traditional RAID bottleneck in mass storage to deliver maximum SSD performance for high-intensity workloads.
The cutting edge technology of SupremeRAID™ SR-1000 eliminates the traditional RAID bottleneck to unlock the full potential of your SSD performance. A single SR-1000 card is capable of delivering 16 million IOPS and 220 GB/s of throughput. (Based on RAID5 with 3rd Gen Intel® Xeon Scalable Platform and Intel D7-P5510)
SupremeRAID™ SR-1000 (for PCIe 3, 4, and 5 servers) delivers lightning-fast SSD performance in AI-accelerated compute, AFA, and HPC applications. Designed for both Linux and Windows operating systems, it supports RAID levels 0/1/10/5/6/JBOD while the core software license supports up to 32 native NVMe drives. SupremeRAID™ SR-1000 enables superior NVMe/NVMeoF, SAS, and SATA performance while increasing scalability, improving flexibility, and lowering TCO. Its revolutionary AI solution eliminates the traditional RAID bottleneck in mass storage to deliver maximum SSD performance for high-intensity workloads.
Named one of the Ten Hottest Data Storage Startups of 2021 by CRN, recipient of the 2022 CES Innovation Award, and now Most Innovative Flash Memory Startup, Best of Show (Flash Memory Summit 2022), SupremeRAID™ performance is breaking world records and getting noticed. Our cutting-edge storage innovation continues to disrupt the global storage industry: in March 2022, Graid Technology was named Startup Challenge Winner by AFCOM Data Center World in two categories, “Most Disruptive Technology” and “Best Ability To Gain Additional Capital”. In July 2022, CRN spotlighted Graid Technology as an Emerging Vendor to watch in the Storage with Disaster Recovery category.
News & RecognitionChosen by CRN as one of the Ten Hottest Data Storage Startups of 2021 and a 2022 Emerging Vendor in the Storage and Disaster Recovery category, SupremeRAID™ performance is breaking world records. Contact us today to find out how our revolutionary GPU-based NVMe RAID solution can unlock the full potential of your high performance workloads.
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