May 6, 2009 · Backplane is the discreet circuitry that allows different computer components to communicate within the system's frame. A good example within a network device would be a …

May 8, 2010 · Backplane bandwidth for connecting the 48 ports (and network module, if fitted) is sufficient to enable non-blocking. However, 48 ports x 1Gbps (plus potentially 2 x 10Gbps in …

Jun 25, 2014 · When the switch is a modular type (i.e., with linecards inserted into a chassis), the backplane (or midplane depending on the architecture) is the physical set of connections that …

Dec 13, 2024 · The reason why I am asking the question above, relates to the fact I wish to fully use the switch (8 Gb ports are a valuable asset) and need to understand how to best integrate …

Dec 29, 2009 · Backplane on a switch is the fabric bandwidth between ports. This allows traffic within the device from one port to other. For example, if you have 5 ports on a switch and if …

Nov 13, 2008 · Backplane bandwidth is the available bandwidth between the device's ports. To better understand this, consider two external 8 port switches that you interconnect with a …

Jan 30, 2014 · Hello, I have read on several pages that the 3750 x (WS-C3750X-48) has a 64 Gbps backplane and about 101 Mpps throughput. I'm looking to clairfy that the 64 Gbps is on …

Jan 2, 2017 · The Cisco Catalyst 6500 chassis also includes a second backplane that allows line cards to connect over a high-speed switching path into a crossbar switching fabric. The …

Aug 5, 2008 · The backplane capacity might not be exhausted yet as 6.6Mpps*64 byte doesnot equate 8.8Gbps. as the avg. packet size goes on increasing, the same number of packets …

Mar 31, 2014 · Backplane and switching capacities are slightly different. Backplane capacity is similar to bus speed in a computer. It defines the bandwidth of the module-to-module …