Which statement best describes multiprotocol support within a single ONTAP SVM serving both NFS and SMB data?

Which statement best describes multiprotocol support within a single ONTAP SVM serving both NFS and SMB data?

• A. It isolates tenants across LIFs
• B. It accelerates Replication
• C. It creates separate aggregates for each protocol
• D. It enables both NFS and SMB within same namespace

Answer: (D)

Multiprotocol support here means you can serve the same data to clients using different access methods from one SVM. In ONTAP, a single SVM can expose a volume as both NFS and SMB, all within the same namespace, so Linux/UNIX clients and Windows clients can access the same data without needing separate namespaces or servers. This unified namespace is what enables multiprotocol access in one place. That’s why the statement describing enabling both NFS and SMB within the same namespace is the best fit. The other options focus on things like network isolation across LIFs, faster replication, or creating separate aggregates for each protocol, none of which are the defining aspect of multiprotocol support in a single SVM.

Multiprotocol support here means you can serve the same data to clients using different access methods from one SVM. In ONTAP, a single SVM can expose a volume as both NFS and SMB, all within the same namespace, so Linux/UNIX clients and Windows clients can access the same data without needing separate namespaces or servers. This unified namespace is what enables multiprotocol access in one place.

That’s why the statement describing enabling both NFS and SMB within the same namespace is the best fit. The other options focus on things like network isolation across LIFs, faster replication, or creating separate aggregates for each protocol, none of which are the defining aspect of multiprotocol support in a single SVM.