UK’s trusted IT infrastructure partner since 2003
Servnet
ConfiguratorGet in Touch
💷

Cost-Optimised Enterprise Storage

Not every workload needs the top tier. The art of cost-optimised storage is matching capability to requirement — and using efficiency, capacity flash and consumption models to stretch the budget.

The requirement

Spending where it counts

Buying tier-1 performance for tier-2 workloads is the most common way storage budgets are wasted. Most enterprise data — file shares, secondary databases, dev/test, backup landing — does not need the lowest possible latency; it needs reliable, efficient capacity at a sensible price, with the enterprise data services you already depend on.

Three levers control cost without cutting corners: capacity flash (QLC arrays like NetApp C-Series deliver flash economics at HDD-like price points), single-vendor consolidation (Lenovo DG/DM on one support contract with your servers), and right-sizing each workload to the correct tier rather than over-buying. Consumption models (TruScale, Evergreen//One) align spend to actual use.

Best-fit platforms — Cost-Optimised EnterpriseLenovo DGBest valueTop pickNetApp C-SeriesCapacity flashStrong fitHitachi VSP OneEfficient enterpriseStrong fit

Indicative best-fit guide for this workload — Servnet confirms the final design and pricing on quote.

Recommended platforms

What we’d put in front of you

How they compare
Lenovo DGNetApp CHitachiCost per usable TBCapacity (QLC) flashData-reduction efficiencySingle-vendor stackConsumption / as-a-service

Indicative positioning for this workload — not a benchmark. We compare to your exact requirement.

Cost over time
£10 years →CloudDiskTapeIllustrative cumulative cost of retaining a fixed cold dataset — tape's low £/TB + no egress wins over long retention
What to weigh

Key decisions for cost-optimised enterprise

Match tier to workload — don’t buy tier-1 latency for tier-2 data.
Capacity (QLC) flash gives flash benefits at near-HDD cost for large, warm datasets.
Single-vendor consolidation (servers + storage) cuts support and operational overhead.
Consumption models (TruScale, Evergreen//One) align spend to actual usage — no over-provisioning.

Cost-Optimised Enterprise storage — FAQs

How do I cut storage cost without risking the workload?

Right-size the tier (most data does not need tier-1 latency), use capacity (QLC) flash like NetApp C-Series for large warm datasets, consolidate onto a single vendor (Lenovo DG with your servers) to cut support overhead, and use efficiency (dedup/compression). We map each workload to the lowest tier that still meets its requirement.

Is capacity flash (QLC) reliable enough for enterprise?

Yes — QLC capacity-flash arrays (NetApp C-Series) are enterprise platforms with the same data services and resilience as performance flash; they trade a little peak performance for much better economics on large, less latency-sensitive datasets. For hot, latency-critical workloads you would still choose performance flash.

Does buying servers and storage from one vendor save money?

Often, yes — a single-vendor stack (e.g. Lenovo ThinkSystem servers + DG/DM storage) means one support contract, one set of tooling and simpler procurement, which lowers operational cost and risk. We will compare a single-vendor approach against best-of-breed for your situation, impartially.

Size it for your cost-optimised enterprise workload

Set your capacity, performance and protection needs in the Storage Solution Finder for an instant recommendation — or talk to our team for an impartial, vendor-neutral design and quote.