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Featured Solution: Cisco Data Center Design & ImplementationQ. Is power better in a data center? A. Yes. Energy is another important issue for every data center to review. In a data center, power is closely managed and monitored. Often multiple power grid connections and redundant power wiring is used to ensure high availability of power to network resources such as servers, routers, and switches. Data Centers are needed to protect against data loss. Statistics about the harm done to businesses by data loss in a disaster, suggest that nearly 50 percent of companies report each hour of downtime could cost up to $50K. Beyond backup and recovery protection, ensuring maximum data center availability and up time is clearly crucial to business success. Use server-based energy management software tools to run workloads in the most energy-efficient way. This may include taking advantage of lower energy tariffs at different times. Beyond backup and recovery protection, ensuring maximum data center availability and uptime is clearly crucial to a business’s success. Business Continuity seldom goes beyond the planning stage at most companies, however, until downtime or data loss hit. Virtual machines offer many benefits: server consolidation, increased utilization and faster recovery times after failure. Virtualization isn not a magic bullet for everything. While many solutions are great candidates for running virtually, applications that need a lot of memory, processing power or input/output may be best left on a dedicated server. The most basic method of backing up your data is on a simple floppy disk. However, this method is essentially obsolete, as it is difficult to even by a computer which includes a floppy disk drive these days. With CD-Rs and now DVD-Rs being cheaper than ever, it is possible to store far more data on a single disk than was ever possible with a floppy disk. The Cisco UCS uses three adapter types, with four specific models: the Cisco UCS 82598KR-CI 10 Gigabit Ethernet Adapter, UCS M71KR-Q QLogic Converged Network Adapter, UCS M71KR-E Emulex Converged Network Adapter, and UCS M81KR Virtual Interface Card. Each of these cards has a pair of 10 Gigabit Ethernet connections to the Cisco Unified Computing System backplane that support the IEEE 802.1 Data Center Bridging function (formerly called Cisco Data Center Ethernet) to facilitate I/O unification within these adapters. On each adapter type, one of these backplane ports is connected through 10GBASE-KR to the A-side I/O module; then that connection goes to the A-side fabric interconnect. 10GBASE-KR is a copper midplane technology for interfacing adapters and switching elements through these midplanes. The other connection is 10GBASE-KR to the B-side I/O module; that connection then goes to the B-side fabric interconnect. Figure 3 later in this document shows this connectivity. The recent attention on Green IT technologies has opened new career opportunities for IT professionals. Since some of the areas need specialized attention such as energy efficiency, environmental laws and ethical disposal, some organizations have created new positions and divisions to embrace this upcoming trend. Both small businesses and global enterprises have users all over the world who require access to data 24 hours a day. Without this data access, revenue and customers can be lost, penalties can be owed, and bad press can have a lasting effect on customers and a company's reputation. Building a high availability IT infrastructure is critical to the success and well being of all enterprises in today's fast moving economy. Nexus sets the stage for converged Fibre Channel and Ethernet networks. The Nexus products will allow companies to consolidate their separate server and storage networking infrastructures onto one unified network fabric. |
