New Site Promo! (1g on 10g 95 Percentile IP Transit - $250/m) (Available in any of our POPs - 9950x Dedicated Servers Available from $200/m)

All You Need to Know About Colocation

Colocation

Published on: 24/04/2025

Read time: 2

All You Need to Know About Colocation

Colocation (or colo) is when you rent space in a data center to house your own servers and IT hardware. Instead of running equipment in your office, you install it in a third-party facility that provides power, cooling, bandwidth, and physical security.

This setup gives you more control than the cloud—and more reliability than keeping servers in-house.


What Is Colocation?

Colocation means placing your servers in a carrier-neutral data center. You own the hardware, and the provider gives:

  • Rack space (in U or full cabinets)
  • Reliable power with backup systems
  • High-speed internet connectivity
  • Physical security and environmental controls
  • Remote hands support (optional)

Unlike cloud hosting, you manage the servers—hardware, software, and OS.


Who Uses Colocation?

Colocation is ideal for:

  • Enterprises needing full control over infrastructure
  • MSPs and hosting providers serving customers
  • CDNs, SaaS, and fintech platforms needing low latency
  • Startups moving out of the cloud for cost or performance

Benefits of Colocation

Here’s why businesses choose colocation over cloud or on-prem:

  • Redundancy – N+1 or 2N power, cooling, and network options
  • Scalability – Add racks or bandwidth as you grow
  • Cost control – Flat monthly fees vs unpredictable cloud costs
  • Better latency – Direct peering and premium connectivity
  • Security – 24/7 access control, monitoring, and locked cabinets
  • Carrier diversity – Choose from multiple network providers

Colocation vs Cloud Hosting

FeatureColocationCloud Hosting
Hardware ownershipYou ownCloud provider owns
ControlFull access and controlLimited by platform
Cost structurePredictable monthly feesPay-as-you-go, but hard to predict
PerformanceDedicated hardware, low latencyShared infrastructure
ScalabilityPhysical scaling requiredRapid scaling possible

How Much Does Colocation Cost?

Pricing depends on:

  • Rack space – 1U, quarter rack, half rack, full rack
  • Power usage – Measured in amps or kilowatts (kW)
  • Bandwidth – Per Mbps or committed data rate
  • Location – Tier 1 cities like London or Frankfurt cost more
  • Add-ons – Remote hands, cross-connects, backup power

Example:
A half rack (21U) with 2kW power and 100 Mbps bandwidth might cost €600–€1200/month in a European data center.


What to Look for in a Colocation Provider

  • Uptime SLAs – 99.99% or better
  • Power density options – Can they support high kW per rack?
  • Carrier options – More ISPs = more flexibility
  • Security controls – Biometric access, cameras, mantraps
  • Remote hands availability – 24/7 tech support
  • Compliance – ISO 27001, SOC 2, PCI-DSS


📞 Ready to Colo? We’ve Got You Covered.

Colocation gives you the control of on-prem with the uptime and network options of a premium data center. If you need performance, reliability, and predictable costs, colocation hosting is worth considering—especially as cloud costs keep rising.

Shift Hosting offers flexible colocation solutions in secure, network-rich data centers.
Email us at Sales@Shifthosting.com or visit https://shifthosting.com to request a quote.

Let’s build your infrastructure on a foundation you can trust.

Recommended Blogs

Fixing SaaS Latency: IP Transit Tips for Global Expansion

Fixing SaaS Latency: IP Transit Tips for Global Expansion

Why global SaaS suddenly feels slow Many SaaS teams treat international expansion as a simple checklist: add an EU endpoint, translate the UI, maybe spin up a second region. Then support tickets start piling up: “It is slow in London,” “Sign in is laggy in Singapore,” “APIs are timing out from mobile.” The product did not change much, but user distance, IP transit paths, and cloud choices did. To fix global SaaS latency, you need to think less like “we added regions” and more like “we designed

When to Bring in a Network Partner Instead of Rolling Your Own IP Transit

When to Bring in a Network Partner Instead of Rolling Your Own IP Transit

Founders Don’t Want to Be ISPs If you run an infra‑heavy SaaS, a data platform, or an API business, you probably didn’t sign up to become an ISP. Early on, “the Internet” is just whatever bandwidth your cloud or data center gives you. Over time, graphs, bills, and incidents start to pile up, and you realise you’re debating BGP, 95th percentile, and upstream providers in Slack. At that point, you’re not just a cloud tenant anymore; you’re operating a small network. The hard question is: when doe

Peering for Startups: When You Should Care (and When You Really Shouldn’t)

Peering for Startups: When You Should Care (and When You Really Shouldn’t)

Why Peering Even Comes Up for Startups For a lot of founders, “peering” sounds like something only big CDNs and eyeball ISPs do. It lives in conference talks and packet-nerd threads, not in the day-to-day reality of running a SaaS or infra-heavy startup. But if your product is moving real traffic, peering eventually becomes one more lever you can pull for latency, reliability, and cost. The trick is knowing when it is actually leverage and when it is just a distraction from more basic network w

How Much Internet Does a Startup Really Need?

How Much Internet Does a Startup Really Need?

If you build infra-heavy software, a SaaS platform, game backend, API product, or data pipeline, “the Internet” eventually stops being an abstract cloud thing and turns into a line item and a design problem. Early on, you just take whatever bandwidth your data center or cloud provider gives you. At some point, a graph, a bill, or a support ticket makes you wonder: how much Internet do we actually need and are we buying it the right way? This is a founder-friendly guide to thinking about commits