Hosting data on a server takes a dedicated space, where companies can store and access their data. These spaces are called data center; large spaces filled with servers and server racks. These large dedicated spaces store servers, run applications, store content and the works. A data center must render high standards of information security for data integrity and functionality of the hosted environment. As these spaces house very high power equipment, they do consume a lot of energy. Hosting providers know this and are trying to design energy efficient designs to reduce cost and electricity usage.
A modern data center consists of a large space, high power consumption, cooling systems, state of the art intrusion and security systems. Modern data housing racks can produce a lot of heat with so many servers and connections working at the same time. Web hosting requires ultra modern equipment with large storage space, high bandwidth, and other hardware resources. Market Drivers for a Data Centerís are Disaster Backup, Data Protection, and Enterprises requiring security and storage, and growth for online business.
Electronic Equipment in a Data Center can fail due to temperature, dust, humidity and vibration; power consumption can be a cause of cooling systems, critical loads, UPS battery charging, and lightning. These machines can cause problems if they are kept in areas with high seismic activities, ill usage of electricity, water sewage and telecoms, electromagnetic interference and much more. The most critical components of a Data Center are Rack placements, Cooling systems, power distribution, availability, reliability and general design. New modern designs are agile and have the ability to change with redundancy, vertical temperatures, leaks and human error. Web hosting providers do consider lifecycle cost in terms of capital investment and operational efficiency.
Measuring Data Center efficiency requires design of efficient cooling layout, right size infrastructure to anticipate workloads, deploy the right mechanisms in place to measure data center efficiency, and refresh servers on a regular basis. Deploying cloud based infrastructures requires a more complex model as there are three types of setups, viz. Public, Private and Hybrid Setup. A cloud setup is required to be scalable on-demand and this is where servers have to perform for heavy traffic and data access.
As a this space holds mission-critical data from hundreds of companies, it has to be kept secure from tampering as well as hardware failures, clients are not happy when their site goes down or when they cannot access their company data at the right time or place. This is where web hosting providers have to consider uptime, availability and bandwidth as the most important parameters. A data center is classified according to Tiers; these tiers measure Data Center Performance, Investment and ROI (Return on Investment).They are classified as follows Tier 1, Tier 2, Tier 3 and Tier 4, a Tier 1 data center contains non-redundant components, while a Tier 2 consists redundant components, so on and so forth. A tier 4 setup is the most robust system and it host critical data with redundant systems.
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With global businesses coming in UAE and Dubai, a UAE Data Center and Web Hosting Dubai is of utmost importance for global businesses to generate greater revenue and ensure business continuity.
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