We have a large database of different colocation data centers located around the globe. Our database is the most comprehensive collection you will find. Not only will you find listings of indexed colocation facilities, you will also find other information to use such as services available at each location and which services are offered by tenants.
Colocation hosting refers to renting space for servers and computing hardware at a data center facility owned by a third-party. It is sometimes referred to as colo or collocation hosting.
Colocation services typically include the structures in which the hardware is housed and the physical security, networking, power and redundant cooling systems that support customers’ servers.
colocation data center eliminates the capital expenditure associated with building and running your hosting facility. It also gives you full ownership and control of hardware or servers. The downside to colocation hosting is that it requires you to pay upfront hardware costs and shoulder the high travel costs if you or your engineers need physical access to the servers.
Primary Colocation Features
Colocation centers are known to provide reliable physical protection, including a security guard on site. They also have 24/7 surveillance and biometric access control system.
Colocation services help protect your hardware using reliable cooling systems. They usually use redundant HVAC units and several chiller configurations like cooling towers, centrifugal chillers and water loop pumps.
R Colocation data centers usually have power, cooling and connectivity backup systems. They provide backup generators with different redundancy levels and uninterrupted power supplies (UPS) or battery backup systems, depending on the nature of the facility.
A data center is a central facility from which an organization stores and runs IT equipment. It is where the organization data is stored, managed or disseminated from. The data centers protect the network’s most critical systems and are essential for routine operations. As a result, the integrity and security of data centers are critical to every organization.
Even though data centers feature different designs, they fall into two primary categories: enterprise/internal and Internet-facing data centers. Internet-facing data centers are usually browser-based, and they typically support fewer applications than internal data centers. They also support many unknown users from different locations. The enterprise centers, on the other hand, serve few users and host many off-the-shelf and custom applications.
The architectures and requirements for different data centers differ significantly. For instance, a data center designed for a cloud service company like Amazon EC2 needs to meet infrastructure, facility and security standards that are different from those of a private data center, like the one build for a company that secures classified data.
Balanced investment in the facility and the housed equipment is necessary for the effective running of the data center regardless of classification. Here are the essential elements of a data center:
Facility: This is the location or unusable space designed for IT equipment. Data centers are among the most energy-consuming facilities since they provide access to information at all times. The data center management focuses on optimizing the white space and establishing environmental controls to keep the IT equipment within the recommended humidity and temperature range.
Support Systems: This refers to the equipment or systems designed to sustain the highest level of secure availability. The Uptime Institute stated that four tiers data centers have availability range that falls between 99.671% and 99.995%. Key components that support availability include:
IT equipment: This includes data storage hardware, servers, racks, cables and various cyber-security elements, for example, firewalls.