![]() Racking will be your ultimate resource when managing capacity restraints. You may be tempted to fit as much equipment as possible into your area, but that may not be the most cost-effective approach as cooling and power costs will skyrocket. One of the most notable challenges in data center design is finding a way to balance equipment density with the size of your space. During cable selection, you’ll want to consider speed and connectivity capabilities based on your operation’s needs. Using horizontal or vertical cable managers can be helpful, and running your wires under the floor or in the ceiling can make it clear which cable goes where. When developing your cable management plan, you’ll need to implement an organizational system that makes your wiring easy to access and change as needed. Your servers will rely on miles of structured cabling to keep your systems connected and information flowing. Many data centers will use the hot/cold aisle, where each section is designated for either expelling heat or taking in cold air. Using this design means cooling does not need to be transported through ductwork, and you can customize cooling based on equipment needs.Īirflow design will ensure cooling gets where it needs to be, and heat is drawn away from your equipment. Localized cooling: This approach involves setting up cooling units in each warm row of your data center.This method can be ideal if you’re near a body of water. Water cooling units: Water has high thermal transfer properties, making it a highly efficient cooling option.This method can be inconsistent and may need a backup approach for days when the outdoor temperature is too warm. Outdoor air: If you’re located in a region where it’s cold for most of the year, you can integrate outdoor air into your data center cooling system.This option can give you complete temperature control, but it’s energy-intensive and can be costly. Air conditioning: Industrial air conditioners are the traditional method, and they’ll keep your data center reliably cold.Energy usage and the costs that come with it are essential to your planning, especially since cooling systems make up anywhere between 30% and 55% of overall energy consumption. You have a few options in your approach to cooling, and your preferred option will depend on factors like where you’re located and your data center budget. If your servers overheat, you can experience catastrophic failures that lead to data losses and millions of dollars in hardware replacements. Optimize Your Cooling and Airflow Strategyĭata centers generate extensive heat, making cooling and airflow critical design elements. You can apply general best practices to your planning process to generate optimal results. Understanding the many factors that go into a data center layout can help you develop a plan that supports the long-term success of your company.Įvery organization approaches data center design differently based on its operational needs. When you apply a strategy to your data center planning, you can enhance how your entire business runs. Your data center design also plays a significant role in your company’s use of its financial resources. An effective layout and organizational strategy make it easier to expand or respond to functional issues when they arise. With the right number of servers, your team can stay productive with fast information management throughout the day. ![]() When you design your data center for optimal energy usage, accessibility and scalability, you can feel the effects throughout your organization. If your data center doesn’t operate the way it needs to, neither does your business.ĭata center layouts are the core of operational efficiency. Your data center is the foundation of your business - storing, protecting and organizing the data integral to your workflow. You can develop a data center that optimizes operational efficiency when you’re equipped with the right strategies. There are many approaches you can take to your data center layout, but there are several best practices you should apply to your planning. When you choose to maintain a physical data center, the design and planning process play an essential role in the success of your operation. Hardware Support, Services and Maintenance.RFID Consulting Services & Project Management.Data Center Specialties In addition to the products and services listed above, DataSpan offers specialty solutions to your most pressing data center needs.
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