5 Essential Criteria for Selecting a Colocation Data Center

 A row of servers in the Servers99 colocation facility, showcasing organized hardware in a data center environment.

As businesses scale their IT infrastructure, the debate between maintaining an on-premise server room and migrating entirely to the public cloud continues. For many small, medium, and enterprise-level organizations, colocation hosting serves as the perfect middle ground.

By outsourcing data center needs to a colocation facility, companies can achieve significant cost reductions, enterprise-grade security, and 24/7 technical support without relinquishing control over their proprietary hardware. But what exactly should IT leaders look for when evaluating a colocation provider?

Here is a comprehensive look at the critical factors to consider before migrating your physical servers.

What is Colocation in Server Hosting?

In simple terms, colocation (often referred to as "colo") is a service where a third-party data center provides the physical space, power, cooling, and network connectivity for your privately owned servers and networking equipment.

Instead of managing an energy-intensive server room at your own office, you "lift and shift" your hardware to a purpose-built facility. You retain full ownership and control over your software and server configuration, while the hosting provider ensures the environment is strictly maintained for optimal performance.

5 Key Factors for Identifying the Ideal Colocation Facility

Recent industry evaluations and vendor documentation for flagship hardware like the NVIDIA A100 and H100 highlight a stark contrast between deployment environments. When running continuous large-scale training pipelines, bare metal consistently delivers higher effective GPU utilization.

1. Strategic Geographic Location

Location is arguably the most critical variable in your colocation strategy. Your choice of geography largely depends on your primary business objective:

  • Proximity for Maintenance: Many businesses prefer a facility located within a short driving distance from their headquarters. This allows internal IT teams to easily visit the site for routine hardware upgrades, troubleshooting, or server reboots.
  • Distance for Disaster Recovery (DR): Conversely, if you are setting up off-site data backups or a disaster recovery environment, selecting a geographically disparate location protects your critical data from localized natural disasters or power grid failures.

2. Infrastructure Reliability and Network Performance

A primary advantage of an enterprise colocation center is access to infrastructure that would be prohibitively expensive to build on-premise. Look for providers that offer robust Service Level Agreements (SLAs), ideally guaranteeing up to 99.99% uptime.

  • Redundancy: Ensure the facility utilizes redundant power feeds (N+1 or 2N configurations), Uninterruptible Power Supplies (UPS), and backup generators.
  • Connectivity: The best facilities are carrier-neutral, offering ultra-fast, low-latency uplinks (ranging from 1Gbps to 100Gbps) from diverse network providers.
  • Environment: Precision HVAC cooling systems and dust-free environments are vital for extending the lifespan of your server hardware.

3. Multi-Layered Physical Security

Data centers house your most sensitive corporate assets. Therefore, physical security must extend far beyond a standard locked door. Top-tier colocation providers employ a multi-layered security architecture:

  • Perimeter Defense: High-security fencing, active perimeter surveillance, and strict visitor access controls.
  • Facility Defense: 24/7/365 on-site security personnel, radar surveillance, and comprehensive CCTV coverage.
  • Infrastructure Protection: Advanced fire suppression systems (like VESDA) and biometric access controls to enter specific data halls.
  • Cabinet-Level Security: Individually locked server racks, discrete asset labeling, and audited access logs for every entry.

4. Access to Skilled On-Site Engineering (Smart Hands)

Even if your primary IT team is highly capable, physical proximity isn't always possible. Leading colocation facilities provide access to certified on-site technicians.

  • Smart Hands Services: Often referred to as "Hands and Eyes," this service allows you to request data center engineers to perform physical tasks on your behalf—such as replacing a hard drive, checking cable connections, or power-cycling a dedicated server.
  • Fully Managed Support: Some providers offer comprehensive 24/7 monitoring, project management, and full technical support, allowing your internal team to focus on core business applications rather than hardware management.

5. Scalability for Future Growth

Your IT needs today will not be your IT needs in five years. A superior colocation provider acts as a growth partner. Ensure the facility has the physical capacity to offer additional rack space, private suites, or caged environments as you expand. Furthermore, verify that network bandwidth can be seamlessly upgraded to handle future traffic spikes without requiring a total infrastructure overhaul.


Comparing IT Infrastructure Models

To help you understand where colocation fits into the broader IT landscape, here is a quick comparison of standard hosting models:

Hosting Model Hardware Ownership Infrastructure Control Maintenance Responsibility Best Suited For
On-Premise Server Room You own the hardware Complete Control 100% Your Responsibility High-security local data needs with massive CAPEX budgets.
Colocation Hosting You own the hardware High Control Shared (You manage OS/Data; Provider manages space/power) Enterprises wanting hybrid setups, DR sites, and lower OPEX.
Dedicated Servers Provider owns the hardware High Control Provider manages hardware; You manage OS/Data Resource-heavy applications requiring dedicated performance.
Public Cloud Provider owns the hardware Low Control Provider manages hardware and virtualization Rapidly scaling apps with unpredictable traffic patterns.

Ready to Optimize Your Server Infrastructure?

While cloud adoption is rising, the control, security, and cost-predictability of physical hardware remain unmatched for many workloads. Whether you need an unmanaged colocation space for your existing hardware or are looking to deploy high-performance Dedicated Servers managed by industry experts, finding the right hosting partner is crucial.

If you are evaluating your data center strategy, Servers99 provides premium Dedicated Server and Colocation solutions tailored to meet your exact performance, security, and bandwidth requirements.

Contact our infrastructure experts today to build a secure, scalable, and high-performing server environment for your business.

Frequently Asked Questions

1 What is the main difference between Colocation and Dedicated Servers?

The primary difference comes down to hardware ownership. In a colocation setup, you purchase and own the physical server hardware, while the data center simply provides the secure space, power, cooling, and network connection. With a Dedicated Server, the hosting provider owns, maintains, and leases the physical hardware to you.

2 Is colocation more cost-effective than public cloud hosting?

For businesses with heavy, consistent workloads, colocation is often much more cost-effective in the long run. While public cloud hosting requires no upfront hardware costs (CAPEX), the monthly operational costs (OPEX) can scale unpredictably as your data and compute needs grow. Colocation offers highly predictable monthly infrastructure costs.

3 What are "Smart Hands" services in a colocation data center?

"Smart Hands" (sometimes called "Hands and Eyes") refers to the on-site, highly trained technicians provided by the data center facility. If your internal IT team cannot physically visit the site, you can dispatch Smart Hands to perform physical tasks on your hardware, such as replacing a failed hard drive, securing loose cabling, or executing a hard server reboot.

4 How secure are enterprise colocation facilities?

Top-tier colocation facilities employ strict, multi-layered physical security protocols that are difficult to replicate in an on-premise office server room. This typically includes 24/7/365 perimeter surveillance, biometric access controls, security mantraps, continuous security patrols, and individually locked server cabinets.

5 Who is responsible for hardware maintenance in a colocation environment?

In a standard unmanaged colocation agreement, the customer is 100% responsible for the server hardware, operating system, and software applications. The data center facility is strictly responsible for maintaining the environment, ensuring uninterrupted power, optimal cooling, and continuous network connectivity.

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