Overview: The DC2552XS/L3 is a 48 x 10GbE (SFP+) port high-bandwidth and high density switch designed for large data applications. It provides four QSFP+ 40Gb slots which can connect two units together in a VCStack—perfect for a high capacity resilient network core. A smarter enterprise data center can be achieved by connecting servers and storage facilities with a high-speed, low latency network fabric that is faster, greener, and easy to manage. This switch delivers 1280Gbps of switching fabric with ultra low sub-μsec latency, and also provides 1+1 resilient power in a very compact 1RU chassis.
High-bandwidth: As bandwidth-intensive applications such as Web 2.0, virtualization, High Performance Computing (HPC) and Network Attached Storage (NAS) continue to proliferate within enterprise data centers, 10 and 40 Gigabit Ethernet provides a cost effective way to increase throughput and seamlessly deliver customer service level agreements.
Future-proof: The performance of 40GbE uplinks and 48 x 10GbE ports empowers companies to expand application capabilities, and quickly respond to changing customer needs and market conditions. In combination with the AT-VNC10S Network Interface Cards for servers, clients can reduce costs and complexity. The DC2552XS/L3 is Software Defined Networking (SDN) ready and able to support OpenFlow v1.3.
|Categories||Networking > Hardware > Campus Networking Platforms|
Networking > Hardware > Data Center Networking Platforms
Use of the SDxCentral service directory is governed by our Terms of Service, including without limitation those sections under the headings "CONTENT", "LICENSING AND OTHER TERMS APPLYING TO CONTENT POSTED ON THE SDXCENTRAL SITES", "INDEMNITY; DISCLAIMER; LIMITATION OF LIABILITY" AND "COPYRIGHTS". Under no circumstances will SDxCentral be liable in any way for any Content, including, but not limited to, liability for any errors or omissions in any Content or for any loss or damage of any kind incurred as a result of the use of any Content posted, emailed or otherwise transmitted via the Sites.