Custom Search
|
|
Cisco Delivers Breakthrough Business Advantages
Cisco also announced the new Nexus 2248 and 2232 fabric extenders, providing a cost effective migration path from Gigabit Ethernet to 10 Gigabit Ethernet, reducing TCO, simplifying management, and reducing cable costs. The Cisco Nexus family of data center switches is designed to meet the stringent requirements of the next-generation data center. Not simply bigger or faster, these switches offer the following advantages: •Infrastructure that can be scaled cost-effectively and that helps increase energy, budget, and resource efficiency •Transport that can navigate the transition to 10 Gigabit Ethernet and unified fabric and can handle architectural changes such as virtualization, Web 2.0 applications, and cloud computing •Operational continuity to meet the need for an environment where system availability is assumed and maintenance windows are rare, if not totally extinct. When paired together, the Cisco Data Center architecture can achieve: • 4 times the compute capacity in the same footprint • 4 times the bandwidth capacity in the same footprint • 92% fewer management points • 30% greater application throughput • 76% greater database consolidation • 10% reduced power consumption This translates into reduced infrastructure complexity, reduced costs, and improved business agility. ARP Technologies Inc. is proud to offer Data Center training courses DCNI1 and DCNI2 (versions 3.0), enabling you to build scalable, reliable, and intelligent Data Center networks. Article Directory: http://www.articledashboard.com ARP Technologies Inc. is an emerging leader in business information technology training for Cisco Systems technologies and services, and Cisco-centric blended training solutions. Certified as a Cisco Learning Partner Associate (CLPA), ARP is focused on delivering exceptional, professional training to customers who need to successfully design, implement, configure, manage, optimize and troubleshoot Cisco solutions. |
|
© 2005-2011 Article Dashboard