Throughput3 Dell M1000e Maximum Theoretical Bandwidth Dell M1000e Maximum Theoretical Bandwidth • Two switches with up to two data lanes per blade (4 lanes) • Four switches with up to four data lanes per blade (16 lanes) This configuration appears to provide the highest theoretical bandwidth possible. To calculate the maximum theoretical bandwidth using the same assumptions described above, the Dell M1000e chassis would have 16 blades with 20 data .. 2012. 4. 21. HP BladeSystem c7000 Maximum Theoretical Bandwidth HP BladeSystem c7000 Maximum Theoretical Bandwidth • Four switches with up to two data lanes per blade (8 lanes) • Two switches with up to four data lanes per blade (8 lanes) This configuration appears to provide the highest theoretical bandwidth possible. To calculate the maximum theoretical bandwidth using the same assumptions described above, the HP c-Class chassis would have 16 blades with 1.. 2012. 4. 21. IBM BladeCenter H Maximum Theoretical Bandwidth IBM BladeCenter H Maximum Theoretical Bandwidth As discussed, when calculating the maximum theoretical bandwidth of the chassis, each path is evaluated supporting its highest possible data rate, which is 10Gbps half-duplex (20Gbps fullduplex) in the case of BladeCenter H. The aggregate bandwidth is the sum of the 14 blades, each driving 20 data lanes at 10Gbps, or 280 total data lanes: • 200Gbps.. 2012. 4. 21. 이전 1 다음 반응형
