A customer needs a solution for a rack of servers. They need connectivity for 14 HPE DL380 servers, which each have two 10-GBASE-T Ethernet ports, and 10
HPE DL360 servers, which have two 10GBASE-X SFP+ Ethernet ports.
They need switch redundancy for each server and want to connect all servers to the same switch stack. The client also needs a 400 Gb backbone connection to the data center core switch from the solution you are creating.
Which architecture meets the customer requirements?
The architecture that meets the customer requirements includes an IRF stack of two HPE 5945 switches with the following setup: one 24-Port SFP28 + 2-Port QSFP28 module and one 24-Port 1/10GBASE-T + 2-Port QSFP+ module in each switch. This configuration provides the necessary connectivity for the servers (14 HPE DL380 servers with 10GBASE-T ports and 10 HPE DL360 servers with SFP+ ports). Additionally, the QSFP28 modules ensure that the customer has the required 400 Gb backbone connection to the data center core switch.
C is wrong, B - correctly.
It must be B
Is the only option with QSFP28 modules required for 400 Gb for datacenter uplink
Has to be B, none of the others have Quad SFP28 modules