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Compare these options by who owns the equipment, who operates it, what a representative workload costs over time, and how much control and flexibility your business needs. A company-owned data center offers direct control but leaves facility and hardware lifecycle work with your organization. Colocation provides the facility while you retain responsibility for your equipment and workloads. Cloud hosting shifts operation of the underlying infrastructure to a provider, while your responsibilities depend on the services and configurations you choose.
What is the difference between a data center, colocation, and cloud hosting?
The key difference is where the physical infrastructure sits and who operates it. “Data center” can mean a facility generally; in this comparison, a business-owned data center means your company owns and operates its infrastructure and facility environment.
| Factor | Business-owned data center | Colocation | Cloud hosting |
|---|---|---|---|
| Physical infrastructure | Your business owns and maintains the hardware and facility environment. | The facility operator supplies infrastructure such as cooling and network bandwidth; your business supplies and operates its hardware. | The provider owns and operates the underlying infrastructure; your business consumes services. |
| Operating responsibilities | Your team handles facility operations and hardware lifecycle work. | The operator handles facility operations; your team remains responsible for equipment and workloads. Confirm remote-hands duties and other support in the contract. | The provider operates underlying infrastructure. Your responsibilities vary by service: self-managed infrastructure generally leaves more operating work to you than managed or serverless services. |
| Typical cost components | Hardware and facility investment, maintenance, refresh, staffing, power, and capacity planning. | Space, power, your equipment, connectivity, cross-connects or interconnection, and any support charges. | Compute, storage, networking and data transfer, support, management, and idle resources. |
| Capacity and scaling | Capacity depends on installed hardware; expansion requires procurement and deployment. | Capacity depends on your installed equipment and contracted facility capacity, as well as available space and power. | On-demand services can support scaling as capacity is available, subject to workload configuration and service limits. |
| Control | Direct hardware and configuration control, within your team’s capabilities. | Control of your hardware, bounded by facility constraints and contract terms. | Configuration control within provider service boundaries; no direct ownership of physical infrastructure. |
| Security and compliance | Your business manages facility and technology controls. | Responsibilities are split between the facility operator and your business; map them to the contract and workload. | The provider manages underlying infrastructure; you still govern your data, access, and workload controls. |
These are general distinctions, not guarantees about a particular facility or service. Contracts and service configurations determine the actual boundaries. AWS describes on-premises infrastructure as hardware an organization owns and maintains, while its colocation overview describes facility support such as cooling and network bandwidth (AWS: cloud and on-premises comparison; AWS: colocation).
Who manages the servers in a colocation data center?
Your business generally supplies and operates the servers; the colocation provider supplies the facility environment and may offer additional support. Colocation is therefore facility outsourcing, not automatic hardware or workload outsourcing. Ask the provider to spell out who handles installation, cabling, equipment access, monitoring, incident response, and any remote-hands work. Do not assume a service is included merely because the facility advertises support.
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How do I compare costs fairly?
Compare the same representative workload over the same planning period. A low monthly facility or cloud charge alone cannot show which model costs less: the workload’s utilization, power needs, networking, staffing, growth, and recovery requirements all affect the result. Request current quotes using the same assumptions; published survey views are not a substitute for your business’s costs.
Build one workload profile
- Record required compute, memory, and storage, including expected growth.
- Estimate average and peak demand, and identify resources that may sit idle.
- Include data ingress and egress, geographic locations, uptime targets, and recovery requirements.
- List compliance or contractual constraints and the internal staffing available to operate the environment.
- Set a planning horizon and account for expansion, refresh, and eventual exit or migration costs.
Include the costs specific to each model
- Business-owned data center: include hardware and facility investment, maintenance and refresh, staffing, power, and capacity planning.
- Colocation: include space and power, your equipment, network connectivity and interconnection charges, and separately priced support.
- Cloud hosting: include compute, storage, networking and data transfer, support, management, and resources that remain allocated while idle.
Uptime Institute’s 2025 Data Center Spending Survey ran September 22–October 31, 2025 and included 850 data-center industry respondents. In that survey, 28% said provisioning workloads was cheaper in colocation, while 42% said it was cheaper in their own data center. For public cloud, 19% said it was cheaper and 46% said their own data center was cheaper. In a separate comparison, 47% said colocation was cheaper than public cloud and 29% said public cloud was cheaper. These are respondents’ views, not audited comparisons of identical workloads; they do not establish a universal least-cost model (Uptime Institute, 2025 Data Center Spending Survey).
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The same survey found that 42% of respondents identified power costs as one of the areas with the greatest unit-cost increase over the prior 12 months; capacity expansion was cited by 32%, IT hardware by 28%, and staffing by 23%. Those figures describe survey responses, not a forecast for a particular business or region (Uptime Institute, 2025).
What does a business still have to secure in the cloud?
Cloud hosting does not remove all customer security work. The provider operates the underlying infrastructure, but your business remains responsible for its data, access policies, and service-dependent configuration. For example, your team must decide who can access resources and data and configure the controls available in the selected service. The exact division of work varies: managed and serverless services generally shift more operating responsibility to the provider than self-managed infrastructure services.
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AWS and Google Cloud both describe security as a shared responsibility whose details depend on the service. Google Cloud also says customers must identify applicable organizational and regulatory requirements and configure controls accordingly (AWS Shared Responsibility Model; Google Cloud shared responsibility; Cloudflare: cloud hosting).
Which model fits your business?
- Consider a business-owned data center when direct control of physical hardware and the facility environment matters and your organization can fund and operate that lifecycle.
- Consider colocation when you want a third-party facility and its support infrastructure but need to retain your own hardware and workload operations. Check facility capacity, power availability, geographic fit, connectivity, and contract boundaries.
- Consider cloud hosting when provider-operated infrastructure and service-based capacity suit your workload and your team can govern its data, access, configuration, and cloud usage. Confirm service limits and model the actual configuration and charges.
Before deciding, assess control and customization needs, demand variability, internal operations capacity, latency and geography, recovery design, and regulatory or contractual obligations. If these point in different directions for different workloads, compare the models per workload rather than forcing one answer for the entire business.
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What to verify before committing
- Get current, workload-specific quotes and verify what each price includes, including support, power, networking, and data transfer.
- Confirm service levels, contract terms, regional availability, and facility or service capacity with the provider.
- Map security and compliance duties to the actual contract and chosen service configuration.
- Check recovery and migration plans, including the practical cost and effort of leaving the arrangement.
This comparison is a planning framework, not an engineering design, security audit, legal interpretation, or quote. Prices, service levels, tax and accounting treatment, regional availability, power costs, and interconnection fees require current confirmation for your workload and location.
Quick Recap
Best Value
- 5-in-1 Connectivity: Equipped with a 4K HDMI port, a 5 Gbps USB-C data port, two 5 Gbps USB-A ports, and a USB C 100W PD-IN port. Note: The USB C 100W PD-IN port supports only charging and does not support data transfer devices such as headphones or speakers.
- Powerful Pass-Through Charging: Supports up to 85W pass-through charging so you can power up your laptop while you use the hub. Note: Pass-through charging requires a charger (not included). Note: To achieve full power for iPad, we recommend using a 45W wall charger.
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Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
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