An organization has multiple blade servers that are managed individually. The organization wants to unify the compute infrastructure and present it as a single unit. Which of the following is…

Datacenter bridging is a set of IEEE Ethernet enhancements enabling lossless transport of storage and network traffic over a converged Ethernet fabric, but it does not unify separate blade servers into a single compute unit.

Resource pooling is a higher-level virtualization concept describing on-demand aggregation of compute resources, but it does not define the underlying physical mechanism used to unify blade server I/O paths at the infrastructure level.

In a blade server environment, multipathing technology (such as MPIO) leverages the chassis midplane interconnects to aggregate multiple physical paths between blade servers and shared storage or network resources into a single logical fabric. This unified path layer allows all blades to share common uplinks and storage access through a single management plane, effectively presenting the independently managed blade servers as one cohesive compute infrastructure. The chassis fabric created by multipathing is the mechanism that transforms individually managed blades into a unified resource.

Load balancing distributes workloads or traffic across multiple servers to optimize utilization and performance, but it does not present multiple discrete servers as a single unified infrastructure unit.