ESXi hosts with 10Gbps network cards are attached to a distributed switch. The administrator has upgraded to NIOC3 and wants to allow vMotion traffic to use as much bandwidth as possible but must…

In NIOC3, configuring higher shares for the vMotion system traffic type on the distributed switch allows vMotion to consume as much available bandwidth as possible during contention, while other traffic types retain their own share-based minimums - achieving maximum vMotion throughput without starving other services.

Configuring a limit on vMotion would cap its maximum usable bandwidth, which directly contradicts the requirement to allow vMotion to use as much bandwidth as possible.

CoS tagging marks traffic for prioritization at the physical network layer but does not control how NIOC3 internally allocates bandwidth between vSphere system traffic types on the distributed switch.

User-defined network resource pools in NIOC3 are designed for VM traffic, not built-in system traffic types like vMotion, so vMotion cannot be assigned to a user-defined pool.