SERVER ROOM & DATA CENTER
CRAFTSMANSHIP | RELIABILITY | TRANSPARENCY
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Server Room and Data Center Services in Toronto, ON
Data centers are entire buildings dedicated to the storing, processing, and distributing of large amounts of data and information. The centers are designed specifically for the purpose of supporting computing hardware. Due to their vastness, many data centers are shared by numerous organizations all in the same facility. They are highly reliable and customers are much less likely to experience outages as data centers are well equipped with backup safety measures such as backup generators and batteries, temperature sensors, smoke detectors and oxygen suppression units in case of fire. Data centers are a viable option for businesses as they allow owners to transfer responsibility of network maintenance to an outside source dedicated to this sole purpose.
Server rooms are rooms specifically designed for storage, powering, and operating computer servers through computer hardware on the premises of the businesses building. They are most common in office buildings of businesses that benefit from specialized needs, and those with large more complex systems. Server rooms allow businesses to manage their own needs and to modify any parts of the system internally.
Prime Network Service provides end to end service to take your data center or server room from start to finish. We provide installation services including racks, grid assemblies, cable trays, cables, servers and more.
NETWORK INFRASTRUCTURE
Providing a solid physical infrastructure is the first step in creating a successful network. Prime Network Service can work alongside your IT professionals to develop an infrastructure that will meet your present needs and also be scalable for the future. After the design phase is complete and in accordance with Telecordia-1275 our highly skilled technicians will install each component with the reliability and craftsmanship that our customers deserve.
WIRING INFRASTRUCTURE
Wiring your network in structured manner will reduce downtime and troubleshooting.
Green Energy Trends
Low Power Servers
Low power servers prove to be much more energy efficient than conventional servers. They use technology based on the smartphone which balances performance with energy consumption. Many low power servers have built in functions which can control sever usage during high and low traffic times. This also limits the amount of heat generated from the server and the need to be cooled via cooling units. Better data management practices have also been adopted, which allows better utilization of each of the server’s total capacity.
Free Air Cooling
Free Air Cooling uses outdoor air to cool a data center rather then a computer room air conditioner (CRAC unit). The air is filtered and moisturized, and is allowed to flow into the data center using considerably less energy than the systems currently employed. One drawback to this system is the climate in which the data center is located. Warmer, dryer climates require a cooling water tower to aid in this process, whereas colder climates may have to use a combination of free air colling and CRAC unites depending on the season. This option would still allow for an overall decrease in energy consumption.
Hot and Cold Aisle Containment
This method of data center configuration has the rear of servers facing each other so heat production is contained in certain aisles. The heat is then directed towards cooling units, cooling the air and pumping back into the data center. This method of cooling air in data centers is much more efficient and uses much less energy as oppose to traditional technologies.
Reusing Heat Produced By Data Centers
Much of the raw electric power used by servers in data centers is transferred to heat energy. Much of this heat energy is lost, but new technology and ideas call for reusage in a meaningful manner. Some examples include an IBM data center in Switzerland reusing heat to warm a local swimming pool, data centers in Finland reusing heat to warm homes, and Amazon reusing heat at a local biosphere in Seattle. This technology allows data centers to make a profit on the heat which would normally be lost as well as the obvious environmental benefits.
