The six most important data center design tips

An efficient and cost-effective data center requires significant effort, time, and expense. Data centers can be used to host servers and other IT equipment for decades to come if they are designed correctly. A properly planned facility is critical, whether it is a modest facility for a specific company or a massive cloud computing facility with over a million square feet. In designing your data center, you can start with the tips listed here.

Team Support Plan

The areas where the servers and other equipment are located are going to take most of the effort when designing a data center. The location from which the support team must work is another important aspect, however. Data centers usually have an office area outside of them.

To keep track of what is happening in the data center, this team uses advanced monitoring equipment. It is typical that the data center staff will include both IT professionals who will maintain the hardware and software, along with others who will maintain the cooling systems, humidity levels, wiring, and physical server racks. By setting up a space for them, they can respond quickly to outages and maintain and upgrade equipment easily. To learn more, please visit

Optimizing cooling in the data center

When designing a data center, you must make sure that your equipment operates at the appropriate temperature. Overheating will potentially cause catastrophic failure in equipment, which could result in millions of dollars in replacement costs. In order to help you plan the cooling and airflow systems for your Data Center, you should also ensure that you spend a significant amount of time on the task.

A good place to start is by deciding what type of air-conditioning system to use. It is possible to choose from quite a few options, and your decision will be based on factors such as your budget, your region, and electricity costs. Listed below are examples of some of the most common types of cooling systems currently available.

Managing airflow in a data center smartly

In a data center, cooling is just the first step toward maintaining a comfortable temperature. After cooling comes airflow. In order to keep the room cool, it must be brought where it is needed, and heated air must be expelled. Maintaining a low cooling cost is not only critical for temperature control, but also for maintaining a stable temperature.

Physical security is important

Many expensive pieces of equipment are found in data centers. Aside from that, most facilities will have sensitive, or even important, data flowing in and out constantly. One of the primary reasons data centers are built is to keep all of this data safe. When designing a new facility, physical security must be taken into consideration.

If your data center is modest and does not contain sensitive information, it is still important to ensure that only authorized personnel are entering and leaving. It is because it is important to know who works on machines and why he or she is working on them. Then, of course, every time anyone goes into the data center, they are bringing with them dust and other contaminants, which should be minimized, which is why only authorized individuals should be allowed access to a data center.

From the start, pay attention to the wiring

With smart wiring plans, outages will be reduced, troubleshooting can be performed more quickly, equipment can be added easier, and much more. When a data center lacks a good wiring plan, it can quickly turn into a huge mess.

Good cable management plans are necessary in two main areas. The first is the rack that contains the servers. Cables have to pass through server racks dozens, maybe even hundreds of times, so it is important they are correctly routed to avoid tangles. Cable management hardware can tremendously assist in this regard. Once the cables have been run neatly, they must be plugged in. Depending on how the data center is designed, this usually involves routing them under the floor or in the ceiling. Ensure that all cables are properly labeled on both ends to simplify troubleshooting.

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