In the digital age, businesses need data for their processes to work, from customer services to internal operations. The huge amount of data must be stored in a facility that aligns with the requirements of the business and its technology. Storage occurs on an on-site IT hub that has servers and equipment. These days, data centers house significant data that are important to keeping the world running optimally. Stendel + Reich data center architecture involves significant planning and resources, making sure data center facilities can support organizations for many years to come. 

Picking the Right Design for Your Data Center

Designing the infrastructure of a data center at scale involves considering things such as power, connectivity to carriers, partners, security, location, and exchanges, as well as cooling. Such considerations, together with business requirements, must be taken into account to determine appropriate data center architecture. Usually, a purpose-built data center uses the physical space efficiently, leaving room for growth. Architects will carefully plan racks and servers with modular designs that ensure proper airflow and make expansion possible. 

Ensuring Data Center Connectivity

When it comes to data center design, modular builds are a popular choice. This allows for the removal or addition of racks and servers without interruptions to the operations. Often, data center cabling systems outlive other equipment. This makes it important to organize and manage cable systems within racks. Data and power cables are usually separated in cabling systems, preventing possible interference. 

Data Center Cooling Systems

Data centers are always built with cooling systems, which are necessary to preserve the life of the equipment. As one building contains a lot of equipment, the facility deals with a significant amount of generated heat. However, there are various cooling solutions available for data centers. Systems tend to vary depending on the location of the data center. Kinds of data center cooling systems include adiabatic cooling, liquid cooling, and liquid immersion cooling. 

Airflow Design

Airflow management in data centers is as important as cooling systems. They work together to protect a facility’s sensitive data and equipment. Data center owners invest in cooling units that utilize chilled water and air for keeping the internal environment working between set thresholds for airflow, temperature, and humidity. Server equipment like the magnetic tape is quite sensitive to humidity changes, so this provision should be taken into account when considering data center architecture. 

Management Tools

Usually, data centers employ tools necessary for monitoring IT infrastructure and its performance. These tools include customer portals, software defined networking, and data center infrastructure management.