IBM V7000 Storwize Storage Systems 2076-724 2076-624 2076-524 2076-324

IBM V7000 Storwize Storage Systems encompass three generations of enterprise class storage solutions that vary slightly in their capabilities, IOPS, latency and bandwidth performance and features offered with each new IBM V7000 2076 model. However, every Storwize V7000 model incorporates industry leading technology that breaks performance benchmarks and raises the bar for the competition. The IBM V7000 Storwize Storage Systems provide enterprise grade performance, can enable virtualization and tiering for both internal and external file and block storage pools, deliver micro second response time for tier one workloads. Below are the IBM 2076 V7000 Storwize models by technical specification and performance benchmark summary. Please use product pages for configuration and pricing requests, or contact us via email or phone with specific configuration requirements, upgrades, IBM V7000 used replacement parts pricing.

IBM V7000 3rd Generation 2076-724: 32 PB max raw storage via 760 SAN modules (3,040 via 4-way clustering), up to 1,200,000 IOPS (4,800,000 IOPS clustered), up to 19.6 GB/s max bandwidth (78 GB/s clustered), FIPS 140-2 Compliant FlashCores and128 GiB Cache (per I/O group) with optional 256 GiB or 1.15 TiB per I/O group (node pair). Ability to cluster with older Storwize V7000 storage systems and IBM FlashSystems.
IBM V7000 2nd Generation 2076-624 and 2076-524: 4 PB max raw storage via 760 SAN modules (3,040 via 4-way clustering), up to 1,200,000 IOPS (4,800,000 IOPS clustered), up to 12 GB/s max bandwidth (48 GB/s clustered) and 128 GiB Cache per I/O group, with optional 256 GiB per I/O group (node pair) for Generation 2+ (7026-624) OR 128 GiB cache per 2U enclosure for Generation 2 2076-524.
IBM V7000 1st Generation 2076-324, 2076-324, 2076-312, 2076-124 and 2076-112: 1.92 PB max raw storage via 240 SAN modules (960 via 4-way clustering), up to 870,000 IOPS (3,400,000 IOPS clustered), up to 6 GB/s max bandwidth and up to 64 GiB cache per I/O group or 128 GiB per I/O group node pair.