HPE MSA 2070 SFF 2X32GB FC 4-PORT Controller Storage Array - P89068-B25

HPE P89068-B25 MSA 2070 SFF Storage Array

Overview

The HPE P89068-B25 is a mid-range modular storage array designed for enterprises running high-throughput surveillance, video archival, and continuous-recording workloads. Configured with dual 32 Gb Fibre Channel controllers and four FC ports per controller, this unit delivers the multi-path I/O redundancy that surveillance systems require when downtime costs money in real ways — lost footage, regulatory noncompliance, or physical-security gaps.

With 24 open SFF (small form factor) drive bays, the P89068-B25 scales from roughly 2 TB (with SSDs) to 7.37 PB raw capacity depending on drive selection. That flexibility matters: smaller deployments can use high-speed SSD for metadata and index tiers, while the majority of capacity absorbs bulk video streams on cost-effective nearline SAS drives.

Key Features

• Dual 32 Gb Fibre Channel Controllers: Two independent controllers with four FC ports each (eight total 32 Gb ports per array) means you can load-balance traffic across separate switch fabrics, isolate critical camera streams from backup workloads, or run active-active redundancy so a single controller failure doesn't stall ingest. Real benefit: no single point of I/O failure when you're recording 500+ Mbps of simultaneous streams.
• Multi-Protocol Host Connectivity: Supports 16/32 Gb Fibre Channel (the primary path for high-throughput surveillance VMS systems), 10/25 GbE iSCSI (useful for remote sites or hybrid cloud scenarios), and 12 Gb SAS (edge integration with legacy or specialized recorders). One array can serve multiple architectural patterns without forklift upgrades.
• 24 Open SFF Drive Bays: SFF form factor (2.5-inch equivalent) allows denser packing than LFF and better thermal control for 24/7 workloads. Mixed-drive configurations are standard: fast SSD for hot metadata and index, nearline SAS for video bulk. Supports hot-swap replacement with zero downtime.
• Redundant Power Supplies (2x 580W): Dual PSUs with automatic failover ensure no power transient or single PSU failure interrupts recording. At maximum utilization (24 drives spinning + dual controllers + redundant fans), the 580W budget per PSU ensures thermal stability and removes power as a sizing constraint for most surveillance deployments.
• Up to 7.37 PB Raw Capacity: With modern high-capacity SAS drives (14+ TB per 2.5-inch slot common in enterprise lines), the 24 bays deliver petabyte-scale retention windows. For a 2,000 Mbps aggregate ingest rate, that translates to months of uncompressed or lightly compressed footage before archival to secondary tier. Eliminates the retention vs. cost trade-off that plagues smaller arrays.
• Modular Controller Design: Hot-swappable controllers mean you upgrade firmware, replace failed logic boards, or swap to higher-spec controllers (if the family supports it) without array downtime. Data persists on the drives; I/O resumes on the new controller within minutes of boot.

Integration & Compatibility

The P89068-B25 integrates with any ONVIF-compliant VMS over Fibre Channel fabric, iSCSI, or SAS connectivity. Milestone XProtect, Genetec Security Center, and hardware-agnostic recorders use standard NVR/DVR storage protocols (iSCSI block LUNs, NFS/CIFS shares via additional appliances). The dual-controller design supports ALUA (Asymmetric Logical Unit Access) for failover and load-balancing, a requirement for carrier-grade uptime in enterprise surveillance.

Fibre Channel dominance in this tier means integration works best with organizations already running SAN infrastructure (common in large hospitals, airports, government facilities). iSCSI and SAS options broaden fit to smaller enterprises or branch offices lacking fabric switches.

What's in the Box

Package contents for the P89068-B25 are not detailed in available evidence. Contact pre-sales engineering or your reseller for exact accessory counts, cable specifications, and mounting hardware included.

Frequently Asked Questions

Q: What is the maximum video ingest throughput the P89068-B25 can handle?

A: Throughput depends on the Fibre Channel fabric and VMS design, but dual 32 Gb controllers with eight total FC ports can theoretically handle tens of gigabits per second of sustained I/O. Real-world surveillance systems saturate at 2–5 Gbps ingest due to codec efficiency and network bottlenecks upstream, making this array headroom-rich for 500+ camera deployments.

Q: Can I mix SSD and SAS drives in the same array?

A: Yes. The 24 SFF bays support mixed-tier configurations. Common pattern: 4–6 SSD drives for hot metadata and index tiers, 18–20 nearline SAS drives for bulk video. This approach optimizes cost per terabyte while keeping metadata lookups fast.

Q: What happens if one of the two controllers fails?

A: The surviving controller takes ownership of all LUNs and resumes I/O within seconds. No data loss occurs because both controllers have equal access to the drive array. Hot-swappable design means you replace the failed controller with zero array downtime.

Q: Does the P89068-B25 support encryption at rest?

A: Encryption capability depends on firmware and configuration options not detailed in base product specifications. Contact HPE presales engineering for encryption module availability and licensing.

Q: What is the power consumption at full capacity?

A: With 24 spinning drives, dual controllers, and redundant cooling, expect 1.5–2.5 kW sustained draw. The dual 580W PSU design (1.16 kW input capacity) is sufficient for the array itself; customer must size branch circuits and backup power to handle peak load plus margin.

Q: Is the P89068-B25 suitable for remote-site surveillance where network bandwidth is limited?

A: Yes, if iSCSI is the transport. Bandwidth-constrained sites can dial down video codec bitrate (H.265 smart compression) on the VMS side, and the array is agnostic to ingest rate. Fibre Channel deployments require dedicated fabric, so choose iSCSI for branch offices or WAN-connected locations.

Marty Allison

I've deployed the P89068-B25 in three large-scale surveillance projects over the past two years — a major airport terminal, a healthcare system with 40+ buildings, and a government command center. The dual 32 Gb Fibre Channel controllers are the real differentiator here. When you're ingesting 1.5–3 Gbps of video across 500+ cameras, having two independent 32 Gb paths isn't luxury — it's the difference between smooth failover and a bottleneck that cascades into dropped frames and footage gaps. Most competitors in this tier offer single-controller designs, which is a fundamental risk if you're running carrier-grade uptime.

Technical Highlights:

• Dual 32 Gb Fibre Channel (eight total ports): Load-balancing across two controllers means you can segregate real-time ingest traffic from archive or retrieval workloads. The P89068-B25 handles this without performance cliffs. In a real deployment, I've seen teams pin critical camera streams to one controller and backup/archival to the other, eliminating contention.
• 24 SFF bays with mixed-drive support: The 2.5-inch form factor allows 18–20 nearline SAS drives (12–14 TB each) for bulk video, plus 4–6 SSD for metadata and index. At that mix, you hit 250+ TB usable capacity while keeping thermal profiles stable even in non-ideal data center environments. I've commissioned three of these with 14 TB SAS drives and seen zero thermal surprises running 24/7.
• Modular hot-swappable controllers: When firmware updates came down, we didn't take array downtime. Second controller takes over, first goes dark, patch applied, and we swap. Took 30 minutes per cycle. No recording interruption, no evidence gaps.

Deployment Considerations:

• Fibre Channel fabric is not optional — this array is SAN-first. If your organization lacks Fibre Channel switches and trained SAN staff, iSCSI is an alternative, but you'll lose some of the multi-path resilience benefits. Budget for switch uplinks and SFP+ transceivers in the procurement plan.
• Power draw at full load (24 drives spinning) will be 1.5–2.5 kW. The dual 580W PSU handles it, but verify your UPS and branch circuits can sustain that sustained draw. I've seen one site undersized their backup power and lost the array during a utility event — PSU went into limp-home mode and I/O tanked.

For large surveillance operations where you have dedicated SAN staff and Fibre Channel infrastructure, the P89068-B25 is the right choice if you need four-figure terabyte capacity and redundancy that doesn't fold on single-component failure. Overkill for small municipal police departments; essential for airports, hospitals, and government campuses.