A customer is deploying an E870, which will operate with two client LPARs: each configured with 16 cores and 48GB memory. Application performance is a critical concern. The LPARs are expected to grow by 25% over the next two years.
The System contains four 10 GB network adapters and four 16Gb FC adapters.
What would be the highest performing and least complex method of presenting storage and networking?
A . Use Dual VIO Servers, each with two FC and four Network adapters.
Use link Aggregation across ports on the Network adapters.
Use SEA with Failover for Networking.
Use NPIV for Storage.
B . Use Dual VIO Servers, each with two FC and two Network adapters.
Use NIB on the Network adapters in VIO
C . Use Link Aggregation in the Client LPARs.
Use NPIV for Storage.
D . Assign two FC and two Network adapters to the Client LPARs.
Use Link Aggregation across ports on the Network adapters.
Use Load Balanced Multipathing across the ports on the FC adapter.
E . Assign two FC and two Network adapters to the Client LPARs.
Use NIB across ports on the Network adapters.
Use Load Balanced Multipathing across the ports on the F
Answer: A