{"id":852,"date":"2026-08-10T07:45:38","date_gmt":"2026-08-10T05:45:38","guid":{"rendered":"https:\/\/gsweb.services\/2026\/08\/10\/was-kostet-server-housing\/"},"modified":"2026-08-10T07:45:38","modified_gmt":"2026-08-10T05:45:38","slug":"how-much-does-server-housing-cost","status":"publish","type":"post","link":"https:\/\/gsweb.services\/en\/2026\/08\/10\/how-much-does-server-housing-cost\/","title":{"rendered":"How much does server housing cost for businesses?"},"content":{"rendered":"

Acquiring your own server is often quick. The crucial question follows after that: How much does colocation cost<\/strong>, if the system is to be operated securely, with redundant connectivity, and managed professionally in a German data center? For companies, the monthly rate isn't the only thing that matters. What is relevant is the performance behind the offer and whether it matches actual needs.<\/p>\n

Server housing, often also called colocation<\/a>, means: The company owns the hardware itself and rents space, power, network connectivity, and data center infrastructure for it. This creates control over the technology used while simultaneously relieving it of tasks such as air conditioning, access security, uninterrupted power supply, and network connectivity.<\/p>\n

How much does server housing cost per month?<\/h2>\n

This question cannot be answered generally. Small housing solutions for a single server often start at around 60 to 150 euros net per month. However, depending on power requirements, redundancy, bandwidth, and the scope of services, a single system can also cost significantly more.<\/p>\n

Different orders of magnitude apply to larger units. A quarter rack often ranges between 150 and 400 euros per month, a half rack roughly between 350 and 800 euros. For a full server cabinet, 700 to 1,800 euros or more is realistic, depending on the reserved power and connectivity. These values serve as a guide, because a low rack price without sufficient power capacity or without clearly defined network conditions is not a reliable comparison.<\/p>\n

Especially for SMEs, a single powerful server with multiple virtual machines is often more cost-effective than a half-empty rack. As the infrastructure grows, a rack model can in turn offer advantages. The deciding factor is not the largest possible space, but a reservation that matches the hardware, reliability requirements, and planned development.<\/p>\n

The pitch: height units or rack space<\/h3>\n

Physical space is calculated in rack units, or U for short, or as a share of a 19-inch rack. A compact 1U server requires less space than a 4U storage system. If switches, firewalls, UPS systems, or multiple servers are also installed, the space requirement increases quickly.<\/p>\n

The calculation should also allow room for expansion. Anyone who occupies every height unit today may have to relocate or book a second offer if additional hardware is needed. A small reserve can be cheaper in the long run than a short-term makeshift solution.<\/p>\n

Electricity is often the largest cost factor<\/h3>\n

It is not the size of the server, but its actual energy consumption that has a particularly strong impact on ongoing costs. A 1U system with an efficient CPU and SSD storage can, on average, consume significantly less power than a storage server with many hard drives or a system with powerful GPUs.<\/p>\n

Providers bill electricity differently. Some packages include a defined power consumption, while others charge based on reserved connected load, measured consumption, or kilowatt-hours. The distinction between average consumption and maximum possible load is important. For reliable planning, the power supply must also safely cover peak loads.<\/p>\n

If a server is to be redundantly powered, two separate power paths are required. This A and B power supply increases availability, but incurs additional costs. For mission-critical applications, e-commerce, telephony, or central databases, this investment is often worthwhile. For a non-critical archive system, a simpler model may be sufficient.<\/p>\n

Network connection, traffic, and IP addresses<\/h3>\n

A data center connection is more than just a network port. What needs to be checked are the guaranteed bandwidth, possible burst regulations, traffic billing, the availability of multiple carriers, as well as DDoS protection and routing options. For example, a 1 Gbps port may be technically available while the contractually guaranteed bandwidth is lower.<\/p>\n

For applications with consistently high traffic, such as video streaming, backups, or platform services, the billing model should be thoroughly understood. Are data volumes, 95th-percentile traffic, or fixed commitment rates billed? Additional public IPv4 addresses, IPv6 networks, BGP sessions, or private network connections can also influence the price.<\/p>\n

What additional costs are incurred with server housing?<\/h2>\n

The monthly base fee only represents part of the total costs. Especially during the initial provisioning and for rare on-site deployments, items arise that should be taken into account in realistic budget planning.<\/p>\n

One-time setup fees may apply for server onboarding, cabling, documentation, and the activation of network services. In addition, costs for shipping, installation, rails, special power cables, or transceivers may apply. For heavy hardware and large storage systems, delivery must be coordinated with the data center in advance.<\/p>\n

Remote hands are another point. This includes work performed by on-site technicians, such as a reboot via the power button, reconnecting a cable, replacing provided components, or visually inspecting LEDs. Some contracts include a limited time allowance, while others charge per deployment or per started time unit. For companies without their own IT staff near the data center, a clearly regulated remote hands service is particularly valuable.<\/p>\n

Additional costs may also arise from managed services. These include 24\/7 monitoring, operating system maintenance, security updates, backup monitoring, firewall management, or a defined on-call service. While these services increase the monthly rate, they can be more economical than outages, unplanned emergency deployments, or building up internal operational resources.<\/p>\n

Example: How to calculate a housing rate<\/h2>\n

A company operates a 1U server for a central web application and internal services. Under normal operation, the system requires around 250 watts, is to be protected by two power feeds, and provided with a reliable internet connection. In addition, a few public IP addresses and an agreed remote hands quota are required.<\/p>\n

In this case, the monthly fee is composed of the 1U rack space, the reserved power capacity, the redundant power supply, the network connection, and potential additional services. Depending on the location, contract term, power model, and SLA, such a package is often in the mid-triple-digit range. An offer of, for example, 90 euros may be appropriate if it only includes space, a basic power supply, and a basic port. It is not automatically comparable to a solution including a redundant power supply, guaranteed bandwidth, 24\/7 availability, and fast technical support.<\/p>\n

Therefore, the crucial question is not just: What does server space cost? But also: What risks does the company bear itself, and which ones does the service provider assume?<\/p>\n

How to properly compare server housing<\/h2>\n

When comparing offers, it is worth taking a look at the service description. A low base fee is useful if the required services are actually included. If information on power, SLAs, traffic, or service hours is missing, these points should be clarified concretely.<\/p>\n

Five questions are particularly telling:<\/p>\n