IBM Storage FlashSystem 9600 High-End NVMe Storage – 5078-A40
IBM FlashSystem 9600 is an enterprise storage platform intended for business, data-center and infrastructure workloads. HCOM can support project sourcing and quotation requirements for this platform.
Key Specifications
- 2U NVMe storage system
- Up to 32 NVMe flash devices
- Up to 11.8 PBe effective maximum capacity in a single enclosure
- Up to 86 GB/s bandwidth
- Machine Type-Model: 5078-A40
Availability is subject to confirmation.
IBM FlashSystem 9600 is listed by HCOM for enterprise storage sourcing and project procurement. It is positioned for organizations evaluating scalable storage infrastructure, data-center modernization and business-critical workloads.
IBM FlashSystem 9600 overview
IBM FlashSystem 9600 can be sourced for commercial projects, reseller requirements and enterprise infrastructure deployments. Configuration, capacity, interfaces, software entitlements and support terms should be confirmed against the final manufacturer quotation or bill of materials.
Key Features
- 2U NVMe storage system
- Up to 32 NVMe flash devices
- Up to 11.8 PBe effective maximum capacity in a single enclosure
- Up to 86 GB/s bandwidth
- Machine Type-Model: 5078-A40
Technical Specifications
| Specification | 2U NVMe storage system |
|---|---|
| Specification | Up to 32 NVMe flash devices |
| Specification | Up to 11.8 PBe effective maximum capacity in a single enclosure |
| Specification | Up to 86 GB/s bandwidth |
| Specification | Machine Type-Model: 5078-A40 |
What is IBM FlashSystem 9600?
It is an enterprise storage system or platform for professional IT environments. HCOM supplies enterprise storage solutions for businesses, resellers, system integrators and commercial projects, subject to configuration and manufacturer availability.
Who should choose IBM FlashSystem 9600?
Organizations planning storage consolidation, virtualization, private cloud, database, analytics or other data-intensive infrastructure can evaluate based on workload, protocol, resilience and capacity requirements.
