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Featured Solution: Cisco Data Center Design & Implementation
Operating a data center at peak efficiency and reliability requires the combined efforts of facilities and IT.
Data center per-cabinet power consumption has steadily increased over the past several years as pedestal servers drawing 1KW/rack have given way to 1U/2U pizza box servers at 3.5KW/cabinet and blade implementations at 10KW/cabinet. Faster CPUs, larger memory chips, and smaller disk drives also continue to increase power demands.
Raise the temperature of the data center to around 24 degrees Celsius, while ensuring that all equipment is certified at the new temperature. This will reduce the level of cooling required and, thus, the energy bill.
In-house data centers can be a business weak link if proper attention isn’t paid to power use, cooling capacity, disaster recovery preparedness, running IT to support compliance initiatives, and staffing flexibility to support utility computing initiatives.
SMBs with an easy on-ramp to virtualizing their applications by automating the installation and configuration of hypervisor VMware.
When people talk about virtualization, they are usually referring to server virtualization, which means partitioning one physical server into several virtual servers, or machines.
Data backup involves the saving of your data in two or more locations, so that if something happens to your computer, you still have your data reserved in backup. This allows you to keep your data even if you lose your computer.
The Cisco Unified Computing System streamlines data center resources to reduce total cost of ownership, scales service delivery to increase business agility, and radically reduces the number of devices requiring setup, management, power, cooling, and cabling.
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.
A data storage system includes a disk drive array including a plurality of disk drives; a first storage processor for controlling the operation of the data storage system; a second storage processor forcontrolling the operation of the data storage system; a first arbiter for controlling communication of data from the first storage processor and the second storage processor to a first group of disk drives of the disk drive array; a second arbiter forcontrolling communication of data from the first storage processor and the second storage processor to a second group of disk drives of the disk drive array; and a third arbiter for controlling communication of data from the first storage processor andthe second storage processor to a third group of disk drives of the disk drive array. Selected data is redundantly stored on disk drives in the first group of disk drives, the second group of disk drives and the third group of disk drives such that,upon failure of the first arbiter, the selected data is available to the first storage processor and the second storage processor through the second and third arbiters.
Next-generation data centers have specific server networking needs, and the Cisco Nexus 5010 one-rack unit (RU) switch provides an Ethernet-based unified fabric that's designed to meet those needs.
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