Bare Metal vs Colocation: Which Fits Your Workload

Bare metal is a dedicated server you rent by the month from a provider that owns, racks, and maintains the hardware. Colocation is rack space, power, and network you rent for a server you bought and own outright. Bare metal wins on speed and zero capex — provisioning in minutes with no hardware purchase; colocation wins on unit economics at scale, typically running 15-25% cheaper in total cost once you’re deploying ten or more servers over three-plus years. The right choice depends on commitment length, configuration needs, and whether you already carry the staff to manage physical hardware.

Key takeaways

• Bare metal needs no capex: dedicated servers rent from $40-400/month for general-purpose specs and provision in minutes to hours — no purchase, shipping, or racking.
• Colocation needs owned hardware: you buy the server ($3,000-15,000+ for CPU builds, $250,000-320,000 for an 8-GPU HGX H100 node, per Mercatus) and rent only the space, power, and connectivity around it.
• Crossover is scale, not time: a single server rarely justifies buying and colocating (30-45 month break-even against a 3-4 year refresh cycle). A full rack of 10+ servers typically breaks even in 12-18 months.
• Equinix just exited bare-metal-as-a-service. Equinix is sunsetting Metal by June 30, 2026, after it produced only 1.25% of revenue — evidence that operators see more durable margin in leasing space to hardware owners than in renting owned servers.
• Management overhead is the hidden line item. Bare metal providers patch firmware, swap failed drives, and replace dead hardware. Colocation shifts that work — or a remote-hands contract paying for it — onto the tenant.
• The bare metal cloud market is still growing fast: projected at $14-17 billion in 2026 with a 17-22% CAGR through the early 2030s, per Fortune Business Insights and Grand View Research — demand for rented dedicated hardware isn’t shrinking, even as one major operator exits the category.

For live per-kW and per-rack colocation benchmarks by market, see our colocation price index and the underlying data center catalog.

What each model actually gives you

Bare metal is single-tenant physical hardware — no hypervisor, no noisy neighbors — provisioned on demand from a provider’s existing fleet. You get root/BMC access and full control of the OS and software stack, but the provider owns the chassis, drives, and network gear, and handles hardware failures, firmware, and eventual replacement. Billing is monthly or hourly, similar to cloud VMs.

Colocation rents only the shell: rack space, power circuits, cooling, physical security, and cross-connects. The server itself — CPU, RAM, drives, GPUs, chassis — is yours. You choose the exact configuration, own it as a depreciating asset, and are responsible for shipping it to the facility, racking it, and replacing failed components (either yourself or via a remote-hands contract).

Dimension	Bare metal	Colocation
Who owns the hardware	Provider	You
Upfront capital	None	$3,000-320,000+ per server, depending on spec
Provisioning time	Minutes to hours	2-8 weeks (order, ship, rack)
Configuration flexibility	Limited to provider’s SKUs	Any hardware you can source and rack
Hardware failure response	Provider’s SLA (often 15-60 min)	Your remote-hands contract or on-site staff
Billing	Monthly or hourly rental	Rack/kW fee + owned-asset depreciation
Exit	Cancel and stop paying	Sell or relocate hardware; contract term applies to space only

2026 bare metal pricing

Rates vary widely by provider tier and region:

Provider tier	Entry monthly price	Notes
Budget European (Hetzner)	~$37/month (€34)	32 GB RAM, Xeon E3-class; Hetzner raised prices three times in 2026
Budget generalist (Contabo)	From $129/month	Zero setup fee, lower-tier support
Mid-market (OVHcloud)	From $89/month	9-11% average increase across bare metal since 2026 price update
Performance / on-demand (Latitude.sh)	$1.68/hour ($1,225/month at full utilization)	Hourly billing, API-provisioned
GPU bare metal (H100, EU)	~$2.00-2.50/hour	Roughly in line with cloud on-demand GPU rates

Ranges compiled from provider rate cards via Cherry Servers, webhosting.today, and cdnsun’s 2026 pricing coverage. Managed support (patching, monitoring, incident response) typically adds 30-60% on top of an unmanaged base price — a cost colocation avoids only if you already staff that function in-house.

Colocation cost structure for comparison

A colocated equivalent needs the hardware purchase plus the space/power fee. Using retail colocation benchmarks from our pricing guide:

Deployment	Hardware (owned, one-time)	Colocation fee	Effective monthly cost (3-yr amortization)
1 general-purpose server (32-64 GB RAM)	$3,000-8,000	$150-250/month (shared quarter rack)	$233-472/month
1 GPU server (8x H100)	$250,000-320,000	$600-1,200/month (dedicated power draw)	$7,544-10,089/month
10-server rack	$30,000-80,000	$500-1,500/month (full rack)	$1,333-3,722/month

Amortization spread evenly over 36 months; real depreciation schedules and resale value will shift the effective figure. The GPU case is close to on-demand cloud pricing precisely because HGX H100 hardware cost dominates — see our colocation vs cloud TCO guide for the full GPU buy-vs-rent breakdown.

Where the break-even actually falls

Compare a single general-purpose server: buying ($3,000-8,000) plus colocating ($200/month) against renting an equivalent bare metal instance ($300/month). The rental premium is roughly $100/month, so the purchase price pays back in 30-80 months — frequently longer than the 3-4 year hardware refresh cycle most operators use. That’s why single-server and small-fleet deployments almost always rent bare metal rather than buy and colocate.

The math flips at rack scale. Ten servers renting bare metal at an average $300/month costs $36,000/year. The same ten servers, bought for roughly $50,000 total and colocated in a full rack at $1,000/month ($12,000/year), amortize to about $16,667/year hardware plus $12,000/year space — $28,667/year, or roughly 20% less than renting, once you’re past the first year. The gap widens further at multi-rack scale, where wholesale power pricing (from $130/kW/month in secondary US markets, per CBRE) undercuts retail rack fees.

The variable that flips this calculation is staffing: colocation’s savings assume you can absorb hardware failures and refresh cycles without hiring dedicated ops headcount. If a remote-hands contract or a fractional sysadmin adds $500-2,000/month, re-run the comparison before committing capital.

The Equinix Metal signal

Equinix stopped selling its bare-metal-as-a-service product and is sunsetting the platform by June 30, 2026, with console access ending December 31, 2026, per DataCenterDynamics and The Register. The company said Metal generated roughly 1.25% of revenue and that resources are better spent on colocation, interconnection, and hyperscale services — the businesses where Equinix rents space rather than owned-and-managed servers.

This matters for procurement, not just as market trivia: a provider that owns the hardware you’re renting can exit the category and leave you migrating on their timeline. A colocation lease, by contrast, only obligates the space — your hardware moves with you. Bare-metal-as-a-service is still a $14-17 billion and growing market overall (per Fortune Business Insights and Grand View Research), so the category isn’t disappearing, but buyers evaluating multi-year bare metal contracts should weight provider durability and check exit/migration terms the way they would for any single-vendor dependency.

Decision framework

Choose bare metal when:

• Workload duration or size is still uncertain (new product, pilot, seasonal spike).
• You need capacity in minutes to hours, not weeks.
• Fleet size is under roughly 10 servers, where rental markup doesn’t yet outweigh avoided capex and ops overhead.
• You don’t have (and don’t want to build) in-house hardware operations capability.

Choose colocation when:

• Capacity needs are known and steady for 3+ years.
• Deployment is large enough (a rack or more) that owned-hardware economics beat rental markup.
• You need configurations providers don’t stock — specific GPU models, storage arrays, or network appliances.
• You already run physical infrastructure elsewhere and have remote-hands or on-site staff in place.

Many teams run both: bare metal for elastic and experimental capacity, colocation for the steady-state core, adjusting the split as workloads mature — the same logic used in the colocation vs cloud decision, one layer down the stack.

What to do next

1. Size your steady-state floor. Whatever capacity has run unchanged for 6+ months is a colocation candidate; everything else stays on bare metal or cloud.
2. Model the full 3-year cost, not the monthly rate: hardware purchase plus colocation fees against bare metal rental, including a realistic ops-labor line for the colocated option.
3. Check exit terms before signing a bare-metal-as-a-service contract — Equinix Metal customers had a hard 2026 deadline; verify your provider’s viability and data-portability terms.
4. Get comparable quotes for both models before committing capital. Our quote tool benchmarks colocation offers against index rates across 202 tracked facilities; pair it with rental quotes from at least two bare metal providers before deciding.
5. Revisit the split annually. Hardware refresh cycles (4-6 years) and provider price changes — Hetzner and OVHcloud both raised bare metal prices in 2026 — periodically shift the break-even in either direction.