Client-to-host RTT is low, but each host reads its FSLogix share across regions and profile operations are slow. Measured storage-path latency is high. Which storage-design adjustment addresses this evidence?

✓ Correct answer

• Place suitable profile storage close to the active session hosts

AVD has distinct endpoint-to-host and host-to-storage paths. Optimize the path identified by the measurement while preserving roaming profile storage. Option explanations: A. Store profiles only on disposable pooled-host OS disks: That compromises reliable persisted profiles when hosts are replaced or selected differently. B. Disable profile isolation so every user shares one container: Permissions and isolation must not be sacrificed to mask a latency defect. C. Buy more client internet bandwidth without changing the storage path: The slow path is between the host and profile storage, not the client link. D. Place suitable profile storage close to the active session hosts: Reducing the host-to-profile path latency addresses the measured storage-access constraint. Sources: Prerequisites for Azure Virtual Desktop — https://learn.microsoft.com/en-us/azure/virtual-desktop/prerequisites; Azure Files guidance for virtual desktop workloads — https://learn.microsoft.com/en-us/azure/storage/files/virtual-desktop-workloads

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