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In larger data centers, the building management system (BMS) allows for constant and centralized monitoring of the facility, including temperature, humidity, power and cooling.

Approximately half of the power consumed by a data center is required for cooling. As heat load increases, more floor space must be reserved for cooling equipment. Without high ceilings (20 feet or more), the hot exhaust air of servers is likely to become in-take air for servers mounted in the upper portion of a cabinet.

IT executives will have to make sure the data can be audited and meet regulatory and compliance rules as well as make sure the growing storage demands don't break the bank.

Most line of business managers take for granted 100 percent IT up time, instant access to trained support personnel, uninterrupted access to data, and are dependent on top-flight management of IT assets in data centers.

Server virtualization is the masking of server resources (including the number and identity of individual physical servers, processors, and operating systems) from server users. The intention is to spare the user from having to understand and manage complicated details of server resources while increasing resource sharing and utilization and maintaining the capacity to expand later.

Since virtualization makes it easy to set up new virtual servers, you may end up with a lot of servers to manage. Each server needs to be managed just as if it was a physical server. Keeping track of where everything — and how your virtual resources are using physical resources — is vital, so shop for solutions that have easy-to-use tools that help you monitor and measure use.

Data backup can take many forms. After all, any medium on which you save your files apart from your primary computer is considered backup. You might even want to backup your data in more than one location, just in case. If you depend highly upon your computer and upon the files contained therein, you can never be too careful when it comes to protecting your files from disaster.

The Cisco Unified Computing System enables more dynamic and agile data centers, in which server identity (MAC addresses, worldwide names [WWNs], firmware and BIOS revisions, network and storage connectivity profiles and policies, etc.) can be dynamically provisioned or migrated to any physical server within the system.

Just as the efficiency of an automobile depends on how it is driven, the efficiency of IT depends on how it is used. This is just as true for the private consumer as it is for the large corporation or public authority with large data centres and server rooms.

An effective High Availability (HA) data solution must address both unplanned and planned causes of downtime to achieve a truly fault tolerant and resilient IT infrastructure. Unplanned downtime is primarily the result of computer failures, data failures and human error. Planned downtime is primarily due to data changes or system changes that must be applied to the production system.

The Cisco Nexus 1000V aligns management of the operational environment for virtual machines and physical server connectivity in the data center , reducing the total cost of ownership (TCO) by providing operational consistency and visibility throughout the network. It offers flexible collaboration between the server, network, security, and storage teams while supporting various organizational boundaries and individual team autonomy.