HPE Alletra Storage MP B10000 vs HPE MSA 2062

The HPE Alletra Storage MP B10000 and HPE MSA 2062 sit at opposite ends of HPE's block-storage portfolio. The B10000 is a disaggregated, scale-out NVMe all-flash platform built for mission-critical, cloud-managed enterprise workloads, while the MSA 2062 is an entry SAN with embedded flash designed for small and midsize deployments on a tight budget. This guide compares the two so you can match the right array to your capacity, performance and spending needs.

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The short answer

Choose the HPE Alletra Storage MP B10000 if you need petabyte-scale capacity, end-to-end NVMe performance, independent scaling of compute and storage, and HPE GreenLake cloud management for mission-critical applications. Choose the HPE MSA 2062 if you are equipping a branch, lab, or SMB site that needs a dependable, self-managed SAN with embedded flash at the lowest entry price. In short: B10000 for enterprise growth and the highest service levels, MSA 2062 for affordable, simple block storage where the workload is modest and predictable.

HPE Alletra Storage MP B10000 vs HPE MSA 2062, head to head

HPE Alletra Storage MP B10000

HPE MSA 2062

Target tier

Enterprise / mission-critical

Entry-level / SMB and edge

Architecture

Disaggregated scale-out, compute and capacity scale independentlyadvantage

Fixed dual-controller array with expansion shelves

Media & flash

100% NVMe all-flash (TLC/QLC SSD)advantage

Hybrid SAS: embedded SSD plus optional SSD/HDD tiers

Maximum capacity

Scales to multi-petabyte effective capacityadvantage

Hundreds of TB per array, up to multi-PB per cluster

Performance ceiling

Very high IOPS, low latency via NVMe-oFadvantage

Solid entry performance with flash acceleration and tiering

Management

Cloud-managed via HPE GreenLake / Data Services

Self-managed via embedded MSA Storage Management Utility

Data services

Inline dedup + compression (4:1 compaction), rich replicationadvantage

Thin provisioning, snapshots, automated tiering, MSA-DP+

Entry cost

Higher entry investment for enterprise capability

Lowest acquisition cost in the lineupadvantage

Specifications side by side

Storage class: Disaggregated scale-out block (and file/object via Alletra MP); Entry-level dual-controller SAN array
Drive technology: NVMe SSD (TLC and QLC NAND); 12G SAS SSD and SAS HDD (SFF/LFF)
Controllers / nodes: Controller nodes with 8-, 16- or 32-core options; scale-out; Dual active/active controllers, four host ports each
Host protocols: Fibre Channel, NVMe-oF/FC, NVMe-oF/TCP, iSCSI; 16/32G Fibre Channel, 10/25GbE iSCSI, 12G SAS
Embedded flash: All-flash by design; Ships with 2x 1.92TB SSD (3.84TB embedded flash)
Drives per base enclosure: Up to 24 internal NVMe drives per enclosure plus JBOF expansion; Up to 24 SFF or 12 LFF per array enclosure
Maximum capacity: Scales to multi-PB effective (e.g. up to ~16PB effective at the top end); Up to ~184TB SFF / ~288TB LFF per enclosure; up to ~2.7PB per cluster
Expansion: Add capacity (JBOF) and compute independently; Up to 9 SFF/LFF expansion enclosures (10 total)
Data efficiency: Inline deduplication and compression, ~4:1 data compaction; Thin provisioning, automated tiering, MSA-DP+ data protection
RAID / data protection: Distributed erasure coding / resilient scale-out design; RAID 0/1/5/6/10 and MSA-DP+
Management: HPE GreenLake cloud / Data Services Cloud Console; Embedded MSA web management utility (on-array)
Availability: Designed for 100% data availability guarantee; Redundant dual-controller, hot-swap components

Where HPE Alletra Storage MP B10000 wins

End-to-end NVMe all-flash performance for mission-critical and latency-sensitive workloads
Disaggregated architecture scales compute and capacity independently to multiple petabytes
HPE GreenLake cloud management with AIOps, fleet-wide visibility and 100% data availability guarantee
Efficient inline dedup and compression (around 4:1 data compaction) lowers effective cost per TB
Flexible host connectivity including NVMe-oF over FC and TCP

Where HPE MSA 2062 wins

Lowest entry price in HPE's block portfolio, ideal for tight budgets
Ships with embedded flash (two 1.92TB SSDs) plus automated tiering out of the box
Simple, self-contained management with no external software stack required
Flexible host options across 16/32G FC, 10/25GbE iSCSI and 12G SAS
Compact dual-controller design that grows with SFF/LFF expansion shelves

Which one should you buy?

Mission-critical databases, VDI and virtualization needing consistent low latency at scale

Pick HPE Alletra Storage MP B10000. End-to-end NVMe, scale-out capacity and high availability suit demanding, growing enterprise workloads.

Branch office, lab or SMB needing a reliable first SAN on a fixed budget

Pick HPE MSA 2062. Affordable entry price with embedded flash and simple on-array management covers modest, predictable needs.

Consolidating storage across a fleet with cloud-based management and AIOps

Pick HPE Alletra Storage MP B10000. HPE GreenLake delivers fleet visibility, predictive insight and independent scaling that a standalone array cannot.

Backup target, file share or departmental block storage with mixed SSD/HDD economics

Pick HPE MSA 2062. Hybrid SAS tiering lets you blend SSD and lower-cost HDD capacity for cost-effective bulk storage.

Workloads expected to grow unpredictably from terabytes toward petabytes

Pick HPE Alletra Storage MP B10000. Disaggregated scale-out avoids forklift upgrades by letting capacity and performance grow on demand.

Frequently asked

What is the main difference between the HPE Alletra Storage MP B10000 and the MSA 2062?

The Alletra Storage MP B10000 is an enterprise, disaggregated scale-out NVMe all-flash platform managed through HPE GreenLake, while the MSA 2062 is an entry-level hybrid SAN with embedded flash that is managed on the array itself. The B10000 targets mission-critical scale and performance; the MSA 2062 targets affordability and simplicity.

Is the HPE MSA 2062 an all-flash array?

Not strictly. The MSA 2062 ships with embedded flash (two 1.92TB SSDs, 3.84TB total) and supports automated tiering, but it is a hybrid array that can mix SAS SSDs with enterprise and midline SAS HDDs. The Alletra Storage MP B10000 is 100% NVMe all-flash by design.

How much can each system scale?

The MSA 2062 scales to hundreds of TB per array and up to roughly 2.7PB per cluster with expansion shelves. The Alletra Storage MP B10000 scales out far higher, into multiple petabytes of effective capacity, by adding capacity and compute independently.

Which array is better for performance-sensitive workloads?

The Alletra Storage MP B10000. Its end-to-end NVMe design and NVMe-oF connectivity deliver the high IOPS and low latency that demanding databases, virtualization and analytics require. The MSA 2062 performs well for entry workloads but is not built for the same ceiling.

Does the Alletra Storage MP B10000 require HPE GreenLake?

The B10000 is designed to be managed through HPE GreenLake and the Data Services Cloud Console, which provides cloud-based operations, AIOps and fleet management. This is a key differentiator from the self-managed MSA 2062. We can walk you through the GreenLake consumption and management options.

Can I upgrade from an MSA 2062 to an Alletra Storage MP B10000 later?

They are different platforms rather than an in-place upgrade path, but starting on the MSA 2062 and migrating to the Alletra Storage MP B10000 as you grow is a common trajectory. We can help plan data migration and a phased transition so you do not over-buy on day one.

Are these systems available on TAA-compliant GPC, SAP, or FAR-based orders?

As an authorized HPE reseller, Uniqcli can source both the HPE Alletra Storage MP B10000 and the HPE MSA 2062 through TAA-compliant, GPC, SAP, and FAR procurement vehicles. Contact us with your contract requirements and we will quote the correct configurations and SKUs.

Which is more cost-effective for a small business?

For a small or midsize business with modest, predictable capacity needs, the MSA 2062 is the more cost-effective choice thanks to its low entry price and embedded flash. The B10000 becomes more economical at enterprise scale where its efficiency and independent scaling reduce long-term cost per usable TB.

What host connectivity do the two arrays support?

The MSA 2062 offers 16/32G Fibre Channel, 10/25GbE iSCSI and 12G SAS host ports. The Alletra Storage MP B10000 supports Fibre Channel, NVMe-oF over Fibre Channel, NVMe-oF over TCP and iSCSI, giving it broader, higher-performance connectivity for modern fabrics.

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