HPE MSA 2060 LFF 2X12GB SAS 4-PORT Controller Storage Array - P89063-B25

HPE P89063-B25 MSA 2060 LFF 12Gb SAS 4-Port Controller Storage Array

Overview

The HPE P89063-B25 is a 2U rack-mount shared storage array built around dual 12 Gb SAS controllers — a straightforward, scalable block-storage platform for mid-range workloads running Windows Server, VMware vSphere, or Red Hat Linux environments. Starting with 12 Large Form Factor (LFF) drive bays in the base unit, the array can scale to 2.88 PB of raw capacity when paired with expansion enclosures, making it a practical fit for organizations that need room to grow without forklift upgrades. P89063-B25 (often searched as P89063 B25) represents the dual-controller LFF variant — the right starting point when your workload demands both capacity density and controller redundancy from day one.

Key Features

• Dual 12 Gb SAS Controllers, 4 Ports Each: Both controllers are active simultaneously, delivering 8 total host-facing SAS ports. At 12 Gb per lane, you get the bandwidth headroom needed for multi-host access patterns — important in VMware clusters where multiple ESXi hosts share the same LUN set. Losing one controller does not take the array offline; the survivor handles I/O without manual intervention.
• 12 LFF Drive Bays per Base Unit: Large Form Factor bays accommodate 3.5-inch HDDs and 2.5-inch SSDs (with a carrier), giving you flexibility to mix capacity and performance tiers in the same chassis. Starting with 12 bays means meaningful raw capacity from the first enclosure without adding expansion shelves on day one.
• Scale to 2.88 PB with Expansion Enclosures: Up to 9 additional enclosures — either the 12-bay LFF or 24-bay SFF 2060 models — attach to the base array in any combination. This means you can add SFF SSD shelves for performance-sensitive tiers while stacking LFF HDDs for bulk capacity, all managed as a single array. That mix-and-match expansion model avoids over-provisioning at purchase time.
• 2U Rack Footprint (3.5 x 17.5 x 20.0 in): Standard 2U height fits any 19-inch rack without special rails or deep-cabinet requirements. The 20-inch depth is common for mid-range storage — verify your rack's usable depth before ordering, as some 2-post open frames run shallow.
• Broad OS and Hypervisor Support: Validated against Windows Server 2022, 2019, and 2016; VMware vSphere 6.7; Red Hat Enterprise Linux 8; and SUSE SLES 15. For environments with mixed hypervisors or OS stacks, the HPE SPOCK compatibility matrix provides SKU-level certification data — check SPOCK before deploying on OS versions not listed here.
• LFF Drive Density for Capacity-Focused Workloads: LFF bays are purpose-suited to high-capacity nearline SAS and SATA HDDs — the drive class that delivers the lowest cost-per-terabyte. For surveillance video retention, backup targets, or archive tiers where sequential throughput matters more than sub-millisecond latency, LFF HDD arrays consistently outperform all-flash on a $/TB basis at this scale.

Integration & Compatibility

The P89063-B25 connects to hosts via 12 Gb SAS host bus adapters or directly to servers equipped with SAS HBAs. The dual-controller design supports active-active multipathing — configure your HBA driver and multipath software (MPIO on Windows, DM-Multipath on Linux, NMP on VMware) before production deployment to avoid single-path exposure. HPE's SPOCK portal is the authoritative source for drive, HBA, and OS interoperability — consult it when adding non-HPE drives or connecting to non-standard host configurations. Expansion enclosures connect via SAS expander cabling and are managed through the same array management interface as the base unit, keeping administration overhead flat as capacity grows.

For organizations evaluating storage arrays across vendors, the HPE MSA 2060 family sits in the entry-to-mid-range segment — above direct-attach storage but below enterprise all-flash arrays. Browse the full HPE storage and server catalog for complementary infrastructure components. If you're sizing storage for a surveillance or video management deployment, the network video recorders section covers purpose-built appliances that may fit smaller-scale recording requirements. For structured capacity planning, the storage capacity planning guide walks through retention calculations and RAID overhead relevant to this platform. Pair this array with a HPE ProLiant server for a factory-validated compute-plus-storage stack.

Frequently Asked Questions

Q: How many drive bays does the HPE MSA 2060 LFF base array include, and what drive sizes fit?

A: The base array includes 12 Large Form Factor (LFF) bays, which accept 3.5-inch HDDs. 2.5-inch SSDs can be installed using appropriate LFF-to-SFF carriers. The base unit ships without drives — drives are ordered separately.

Q: What is the maximum raw capacity of the P89063-B25 when fully expanded?

A: Up to 2.88 PB raw, achieved by adding up to 9 expansion enclosures (either 12-bay LFF or 24-bay SFF models, in any combination) to the base array. Actual usable capacity depends on RAID configuration and drive mix.

Q: Does the MSA 2060 support VMware vSphere?

A: Yes. HPE lists VMware vSphere 6.7 among the validated operating environments. For additional vSphere versions and specific HBA/driver combinations, consult the HPE SPOCK compatibility portal for SKU-level certification details.

Q: How many host-facing SAS ports does the P89063-B25 provide?

A: The array includes two controllers, each with four 12 Gb SAS host ports, for a total of eight host-facing ports across both controllers. This supports multi-host cluster connectivity with active-active multipathing.

Q: What is the physical size of the MSA 2060 LFF base array?

A: The base unit measures 3.5 x 17.5 x 20.0 inches (H x W x D) and occupies 2U of rack space in a standard 19-inch rack.

Q: Which Linux distributions are compatible with the P89063-B25?

A: Red Hat Enterprise Linux 8 and SUSE SLES 15 are listed as supported. For other distributions or versions, reference HPE SPOCK for validated configurations specific to your environment.

James Everett

The P89063-B25 is the dual-controller LFF variant of HPE's MSA 2060 line, and the spec that matters most in production is the dual 12 Gb SAS controller architecture — not because 12 Gb is exotic, but because active-active dual controllers eliminate the single point of failure that makes single-controller arrays a liability in any environment running 24/7 workloads. I deploy this platform primarily for surveillance video retention and backup target scenarios where sequential write throughput and $/TB efficiency matter far more than sub-millisecond random I/O latency.

Technical Highlights:

• Dual 12 Gb SAS, 8 total host ports: Four ports per controller at 12 Gb each gives you the connectivity to support multiple hosts or HBA paths simultaneously without bottlenecking on host-side bandwidth — relevant in VMware environments with three or more ESXi nodes sharing the same array.
• Up to 9 expansion enclosures: The ability to mix 12-bay LFF and 24-bay SFF shelves in any combination means you can add SSD tiers for active data without restructuring the base array — a real operational advantage when retention requirements grow mid-contract.
• 2.88 PB ceiling: That figure is achievable with all LFF high-capacity nearline drives across the base plus 9 LFF expansion shelves. For a 90-day video retention requirement across a large multi-camera deployment, this ceiling is rarely a constraint — the practical limit is usually controller throughput and drive IOPS, not raw bay count.

Deployment Considerations:

• Configure multipathing (MPIO/DM-Multipath/NMP) before connecting production hosts — the dual-controller design only delivers its redundancy benefit when both paths are active and properly zoned from both controllers to both HBA ports on each host.
• The validated OS list (Windows Server 2016–2022, vSphere 6.7, RHEL 8, SLES 15) covers the most common enterprise stacks, but HPE SPOCK is the only authoritative source for HBA model and driver version combinations — don't assume a newer vSphere release is supported without checking SPOCK first.

This array is a well-matched platform for a surveillance or compliance video archive tier in a mid-size enterprise — specifically, environments storing 60–180 days of high-resolution footage from 100+ cameras where sequential write bandwidth and low-cost LFF SAS/SATA capacity density are the design priorities, not NVMe-grade random I/O.