Enterprise Storage Per-TB Pricing Benchmarks 2026

Key points#

• The problem isn't just the standard 40-55% enterprise discounts (though those matter).
• A storage array showing $200/TB on the list price might deliver $400/TB in real cost when you account for:.
• "Enterprise storage buyers who don't run a competitive tender process pay 25-35% more than those who do.
• The difference between list price and effective price can swing by 50% based on timing and volume.".
• List pricing ranges $180-$400/TB usable depending on model and data reduction software.
• Pure competes aggressively on per-TB pricing and typically achieves 5-12% lower effective pricing than NetApp at equivalent capacity.
• The //X series ($160-$380/TB list) and newer //E series targets mid-market with simpler pricing.
• A 5-year ownership horizon can be 15-25% more expensive than traditional capex due to refresh cycles and support bundle, but improves cash flow predictability.
• Dell's PowerStore positions between Pure and NetApp on price ($140-$320/TB usable list) with stronger mid-market traction.
• Trade-in programs for legacy arrays can reduce effective cost 8-15% on refresh deals.

Introduction: Why Per-TB Storage Pricing Is Incomplete#

Enterprise storage pricing operates in a fog of confusion. Vendors quote "per-TB" costs that have almost nothing to do with what you'll actually pay. The problem isn't just the standard 40-55% enterprise discounts (though those matter). It's that per-TB pricing conflates raw capacity with usable capacity, and software licensing, compression settings, and support tiers stack the deck further.

A storage array showing $200/TB on the list price might deliver $400/TB in real cost when you account for:

• Data reduction software (compression, deduplication) bundled or separately licensed
• Overhead factors: RAID protection, snapshot reserves, metadata
• Support contracts (often 3-4x storage cost annually on older hardware)
• Capacity commitment discounts that penalize flexibility
• Refresh cycles and trade-in negotiation windows

This benchmark report covers the real per-TB prices that enterprise IT organizations achieve in competitive RFP scenarios, across backup and archival storage, all-flash arrays, hybrid systems, and cloud object storage. We've analyzed pricing for NetApp, Pure Storage, Dell EMC, HPE, IBM, and emerging vendors like Weka and Vast Data.

"Enterprise storage buyers who don't run a competitive tender process pay 25-35% more than those who do. The difference between list price and effective price can swing by 50% based on timing and volume."

All-Flash Array (AFA) Per-TB Benchmarks#

All-flash arrays dominate new enterprise storage deployments. The benchmark shows significant price compression over the past 18 months, but discounts remain highly deal-dependent.

NetApp AFF Benchmarks#

NetApp remains the market leader in all-flash. List pricing ranges $180-$400/TB usable depending on model and data reduction software. The A250 and A300 lines target mid-market, while A700, A800, and A900 serve hyperscale deployments.

• A250/A300: $240-$320/TB usable list; 40-48% discounts achievable → $125-$190/TB effective
• A700/A800: $180-$280/TB usable list; 45-55% discounts → $80-$150/TB effective
• A900 (high-end): $160-$240/TB usable list; 50-60% discounts → $65-$120/TB effective

NetApp's subscription model (cloud-like pricing without CapEx) adds complexity to per-TB comparison. ONTAP software licensing is now bundled for new systems, lowering incremental costs for feature adoption.

Pure Storage FlashArray Benchmarks#

Pure competes aggressively on per-TB pricing and typically achieves 5-12% lower effective pricing than NetApp at equivalent capacity. The //X series ($160-$380/TB list) and newer //E series targets mid-market with simpler pricing.

• //E series: $220-$300/TB usable list; 38-48% discounts → $115-$185/TB effective
• //X series: $160-$320/TB usable list; 45-55% discounts → $70-$175/TB effective

Pure's Evergreen subscription (hardware refresh every 3 years, included support) shifts TCO calculations significantly. A 5-year ownership horizon can be 15-25% more expensive than traditional capex due to refresh cycles and support bundle, but improves cash flow predictability.

Dell PowerStore Benchmarks#

Dell's PowerStore positions between Pure and NetApp on price ($140-$320/TB usable list) with stronger mid-market traction.

• PowerStore One (entry): $240-$280/TB usable list; 40-50% discounts → $120-$170/TB effective
• PowerStore XE (mid): $160-$240/TB usable list; 45-58% discounts → $65-$132/TB effective

Dell's financing options (lease vs. purchase) and integration with VMware ecosystem create pricing leverage for existing Dell customers. Trade-in programs for legacy arrays can reduce effective cost 8-15% on refresh deals.

HPE Alletra Benchmarks#

HPE's newer Alletra line ($155-$360/TB usable list) replaces the Nimble franchise but pricing remains 10-15% premium vs. Pure and Dell on equivalent capacity.

• Alletra 5000 (entry): $280-$340/TB usable list; 35-45% discounts → $150-$215/TB effective
• Alletra 6000 (mid): $200-$280/TB usable list; 40-50% discounts → $100-$170/TB effective

Get Real Enterprise Storage Benchmarks#

Compare actual negotiated pricing for 8 vendors across all-flash, hybrid, and object storage. See discount ranges by vendor and deal size.

Hybrid Storage Per-TB Benchmarks#

Hybrid arrays (flash + HDD tiering) are fading for new deployments but dominate installed base refresh cycles. Per-TB pricing is significantly lower than all-flash, making them viable for capacity-heavy, lower-performance workloads.

NetApp FAS Benchmarks#

NetApp FAS (entry: FAS2720, FAS2820; mid: FAS8300, FAS8700) lists at $60-$120/TB usable depending on flash/HDD mix.

• FAS2700 series (hybrid): $85-$110/TB usable list; 30-40% discounts → $50-$77/TB effective
• FAS8300/8700 (flash-heavy): $65-$95/TB usable list; 35-45% discounts → $35-$62/TB effective

Dell PowerVault Benchmarks#

PowerVault ME5024 and ME5084 lines target mid-market hybrid with list pricing $70-$110/TB usable.

• Discounts: 40-50% common → $35-$66/TB effective

HPE MSA Benchmarks#

HPE MSA 2060/2062 entry-level hybrid arrays list at $80-$125/TB usable with 40-48% discounts → $42-$75/TB effective.

NAS and Object Storage Per-TB Benchmarks#

NetApp ONTAP NAS (Scale-Out)#

NetApp's ASA (All-SAN Array) and FAS scale-out NAS platforms list at $120-$240/TB depending on tiering. Enterprise discounts reach 45-55% → $55-$130/TB effective.

Dell/EMC Isilon/PowerScale Benchmarks#

PowerScale OneFS scale-out NAS lists $100-$180/TB usable with 40-50% discounts → $50-$108/TB effective. Capacity tiers (8-node clusters) impact per-unit cost significantly.

Object Storage (On-Premise)#

On-premise object storage (MinIO, Cloudian, Scality) lists $25-$75/TB usable with 30-40% discounts → $15-$52/TB effective. Public cloud S3-compatible alternatives (Wasabi, Backblaze) start at $6.80/TB/month.

Enterprise Storage Benchmark Data Table#

The table below aggregates current pricing for eight major vendors across storage type, including list price per TB (usable capacity), typical benchmark discounts, and effective price after negotiation:

How Vendor Pricing Tactics Hide True Cost#

Enterprise storage vendors use several techniques to obscure true per-TB costs:

Data Reduction Software Licensing#

NetApp, Pure, and others bundle compression and deduplication into "unlimited" software licenses for new systems but charge separately for older hardware refreshes. A $200/TB array with mandatory 40% deduplication software might deliver $120/TB effective capacity usable space, making true cost $166/TB ($200 ÷ 1.2 dedup ratio). Vendors often don't disclose realistic data reduction percentages in RFPs.

Support Tier Bundling#

Year 1 support is often 10-20% of hardware cost (reasonable). Years 3-5 maintenance can jump to 35-50% of original hardware cost annually, especially for end-of-life arrays. Negotiating multi-year support upfront can reduce per-year costs 8-12% vs. annual renewals.

Capacity Commitment Penalties#

Arrays sold with "50TB usable" pricing often penalize you for deploying only 30TB. Support contracts and refresh financing assume capacity consumption. Oversizing commitments to gain per-TB discounts creates "stranded capacity" that drives up effective cost.

Software Add-On Costs#

Replication, snapshots, and cloud integration are increasingly feature-gated behind software subscriptions. Pure Storage Evergreen, NetApp ONTAP One, and HPE Alletra subscriptions effectively increase per-TB cost 15-25% over base hardware.

See Real Negotiation Benchmarks#

Compare what 500+ enterprises actually paid for storage. Filter by vendor, capacity, discount range, and negotiation length.

View Benchmarks

Storage Negotiation Leverage Points#

Enterprise IT can materially reduce per-TB cost through negotiation timing and strategy:

Competitive Tender Process#

Running formal RFPs against 3+ vendors typically yields 5-12% price advantage vs. single-vendor quotes. A two-year tenure without refresh creates vendor lock-in; quotas for vendor diversity in procurement help. Getting NetApp, Pure, Dell, and HPE in the same bid typically tightens margins to 50% discounts or higher.

Refresh Cycle Timing#

Storage arrays refresh every 4-5 years. Vendors offer steeper discounts (55%+ off list) in Q4 and ahead of major product launches. Delaying 6-9 months can capture next-generation hardware at previous-generation pricing.

Capacity Commitment Leverage#

Committing to 200TB+ usable deployments across multi-year refreshes (3-5 years) unlocks 55-65% discounts vs. 35-45% for smaller, single-transaction deals. Multi-datacenter commitments (3+ sites) add 5-8% negotiation leverage.

Trade-In and Depreciation Programs#

Most vendors offer 5-15% credit for end-of-life array trade-ins. Clustering legacy and new hardware in mixed-model environments can defer replacement costs while maintaining performance for non-critical workloads.

Total Cost of Ownership Beyond Per-TB#

Pure per-TB pricing ignores operational costs that often exceed hardware cost over 5 years:

• Power and Cooling: All-flash consumes 1-2 kW per usable TB; hybrid/HDD-heavy systems 0.4-0.8 kW/TB. Data center costs (power + cooling + facility) add $100-$400/TB/year depending on geography and energy costs.
• Support and Maintenance: Hardware support 10-25% of original cost annually; professional services for configuration and optimization add $20k-$100k per deployment.
• Replication and Disaster Recovery: Synchronous or asynchronous replication to second site doubles hardware cost; third-site backup/archival adds 25-50% more.
• Management Software: Array management (Kubernetes operators, observability, security scanning) adds $5k-$50k/year depending on complexity.
• Decommissioning: Secure data destruction, asset recovery, and recycling cost $5-$15/TB at end-of-life.

A $100/TB all-flash array can cost $200-$250/TB/year in full TCO when power, cooling, and support are factored in over a 5-year cycle. This is why cloud storage and backup are cost-competitive for archival workloads where replication and redundancy are already built in.

When to Negotiate Harder#

Use these decision points to know when aggressive negotiation is warranted:

Negotiation Signals

• Multi-site deployment (3+ datacenters): 50%+ discounts vs. 35-45% for single-site
• Capacity refresh cycle (4-5 year hardware tenure): Time bids to product launch windows for steeper discounts
• Competitive RFP (3+ vendors): Expect 45-55% discounts vs. 35-40% single-quote
• Extended maintenance commitment (5+ years of service): Negotiate support costs upfront for 8-12% savings
• Mix of workloads (tier-1 + general storage): Use tiering strategy to allocate capacity to cheapest appropriate tier

FAQ: Enterprise Storage Per-TB Pricing#

What is the benchmark price per TB for NetApp AFF in 2026?#

NetApp AFF list pricing runs $180-$400/TB usable depending on model and data reduction software included. Entry-level A250/A300 arrays list at $240-$320/TB, while high-performance A700/A800 list at $180-$280/TB. Benchmark discounts of 40-55% are achievable at competitive RFP, yielding effective prices of $80-$240/TB usable depending on model and capacity commitment. Larger deployments (100TB+ usable) consistently achieve 50%+ discounts.

How much cheaper is Pure Storage vs NetApp for enterprise all-flash?#

At equivalent capacity (50-200TB usable), Pure Storage typically benchmarks 5-12% lower than NetApp on effective price after discounting. Pure's //X series lists at $160-$320/TB vs. NetApp AFF at $180-$280/TB, creating inherent 8-15% list price advantage. However, Pure's Evergreen subscription model (hardware refresh every 3 years, included support) changes the 5-year TCO calculation significantly, Evergreen can be 15-25% more expensive on a 5-year horizon due to refresh cycles, but improves cash flow predictability and eliminates end-of-life support surprises.

What storage discount can I negotiate off list price?#

Enterprise storage buyers consistently achieve 35-58% off list price through competitive tender. Discounts above 50% require multi-vendor competitive process and commitment volumes above 100TB usable; single-vendor negotiations typically yield 35-45% discounts. Support contract consolidation (e.g., negotiating 5-year support upfront vs. annual renewals) adds further 8-12% leverage. Multi-site deployments (3+ datacenters) and extended refresh commitments (5+ years) unlock 55-65% discounts on hardware.

Key Takeaways#

Enterprise storage per-TB pricing has compressed significantly over the past 2 years as all-flash arrays mature and on-premise object storage gains adoption. However, the gap between list price and what IT organizations actually pay remains wide, 40-55% discounts are now the market floor for any formal RFP process.

The vendors with strongest per-TB positioning today are Pure Storage (aggressive on list price), Dell EMC (strong integration with VMware), and NetApp (market leadership + breadth). New entrants like Weka and Vast Data are targeting high-performance analytics workloads with compelling per-TB economics, but lack the support ecosystems and multi-site licensing flexibility of incumbents.

Real per-TB cost requires modeling usable capacity (not raw), support tiers, data reduction assumptions, and power/cooling overhead. A $100/TB all-flash array can easily cost $200-$250/TB/year in full operational burden.

Related Storage Benchmarks

Backup Storage (Pillar)Veeam vs CommvaultStorage Per-TBCloud BackupData Protection Platforms

On This Page Why Per-TB Is Incomplete All-Flash Arrays Hybrid Storage NAS & Object Benchmark Table Pricing Tactics Negotiation Leverage TCO Beyond Per-TB FAQ

Get Real Benchmarks#

See actual enterprise discounts and per-TB pricing for NetApp, Pure, Dell, HPE, and IBM.

Make Smarter Storage Procurement Decisions#

Compare real enterprise storage benchmarks across all-flash, hybrid, NAS, and object storage. See negotiated discounts, per-TB pricing, and TCO by vendor and use case.

Related reading#

• See what changed
• View Benchmarks
• backup and archival storage
• Cloud Backup
• Data Protection Platforms
• Storage Per-TB
• Veeam vs Commvault
• cloud storage and backup are cost-competitive for archival workloads
• The State of Enterprise Software Pricing 2026

All Analysis