System overview
IBM® Storage FlashSystem 5000 models are SAS-based storage solutions for small to midsize businesses having simple and flexible storage requirements.


Machine Type - Model | Description | Minimum Software Level |
---|---|---|
4680-3P4 | IBM Storage FlashSystem 5045 2U24 Controller with Expert Care | 8.6.0 |
4680-3P2 | IBM Storage FlashSystem 5045 2U12 Controller with Expert Care | 8.6.0 |
4680-2P4 | IBM Storage FlashSystem 5015 2U24 Controller with Expert Care | 8.6.0 |
4680-2P2 | IBM Storage FlashSystem 5015 2U12 Controller with Expert Care | 8.6.0 |
2072-3N4 | IBM Storage FlashSystem 5035 2U24 Controller | 8.4.0 |
2072-3N2 | IBM Storage FlashSystem 5035 2U12 Controller | 8.4.0 |
2072-2N4 | IBM Storage FlashSystem 5015 2U24 Controller | 8.4.0 |
2072-2N2 | IBM Storage FlashSystem 5015 2U24 Controller | 8.4.0 |
4680-24H | IBM Storage FlashSystem 5000 2U24 Expansion Enclosure with Expert Care | 8.6.0 |
4680-12H | IBM Storage FlashSystem 5000 2U12 Expansion Enclosure with Expert Care | 8.6.0 |
4680-92H | IBM Storage FlashSystem 5000 5U92 Expansion Enclosure with Expert Care | 8.6.0 |
2027-24G | IBM Storage FlashSystem 5000 2U24 Expansion Enclosure | 8.4.0 |
2027-12G | IBM Storage FlashSystem 5000 2U12 Expansion Enclosure | 8.4.0 |
2027-92G | IBM Storage FlashSystem 5000 5U92 Expansion Enclosure | 8.4.0 |


IBM Storage Virtualize software
- A single pool of storage
- Logical unit virtualization
- Management of logical volumes
- Replication:
- Simplify data management by automating configuration tasks.
- Ensure seamless continuity while maintaining high throughput and low latency to applications.
- Data reduction:
- Thin-provisioned logical volumes
- Data reduction pool with deduplication (IBM Storage FlashSystem 5035, IBM Storage FlashSystem 5045) and compression (IBM Storage FlashSystem 5035).
- Safeguarded snapshots (IBM Storage FlashSystem 5045)
- Ransomware threat detection
- High-performance Distributed RAID for redundancy and fast rebuild
- Large scalable cache
- Easy to use management and automation that is consistent across the Storage Virtualize portfolio, including RestAPI, Ansible Playbooks, CSI integration, VMWare integration, and a modern Graphical User Interface (GUI).
For more information on IBM Storage Virtualize software, see the relevant IBM Documentation.
Note that some software features are subject to limits on this platform.
Control Enclosure
- slots for NVMe Flash devices (front)
- 12 or 24 drives slots of SAS Flash or Hard Drive devices (front)
- Two Node Canisters
- Two Power Supplies.
The system can be expanded with the addition of SAS-based Expansion Enclosures.
Highly Available Architecture
IBM Storage FlashSystem 5000 implements an Active-Active architecture, with the two Node Canisters forming a redundant I/O Group. Because data volumes are served by both node canisters, the volume remains available if one node canister fails or is taken offline.
Node canisters contain the systems CPUs, memory, backup batteries, and Network Attachment adapters.
Flexible Network Attachment
IBM Storage FlashSystem 5000 supports a range of Network Attachment adapter features.
Adapter Type | Protocols supported | Minimum or maximum per node canister | Minimum software level |
---|---|---|---|
Quad-port 16 Gbps Fibre Channel | SCSI | 0 - 2 | 8.4.0/8.6.0 |
Quad-port 10 Gbps Ethernet | iSCSI, replication | 0 - 2 | 8.4.0/8.6.0 |
Dual-port 25 Gbps Ethernet (iWARP) | iSCSI, replication | 0 - 2 | 8.4.0/8.6.0 |
Quad-port 12 Gbps SAS Host attach | SAS (Host attach) | 0 - 1 | 8.4.0/8.6.0 |
In addition, each canister has three on-board Ethernet ports that are used for system management, replication, and Host I/O.
Power Supplies and Battery Backup
IBM Storage FlashSystem 5000 has two redundant Power Supplies. The system can be powered by only one supply (N+1 redundant).The power supplies are auto-ranging between high-line (200 V - 240 V) and low- line (100 V - 127 V) AC power sources.
Each node canister contains a Battery that allows a canister to save its cache and metadata in an unscheduled power-down event.
System components
For more details on the different components of the system, see the following pages: