Which three requirements are needed to apply RAID 5 or RAID 6 erasure coding on a vSAN 6.2 or 6.5 object? (Choose three.)

Disk Format 3.0 was introduced in vSAN 6.2 and is a hard requirement for erasure coding because it provides the on-disk layout needed to store and reconstruct distributed parity data. Without this format version, vSAN cannot create or service RAID 5 or RAID 6 storage policies regardless of other settings.

Hybrid vSAN is explicitly excluded from erasure coding support because magnetic disk cache tiers cannot deliver the consistent I/O performance that RAID 5/6 parity operations require.

All Flash vSAN is required because erasure coding depends on consistent, low-latency I/O across all capacity devices for parity calculations - the variable latency of spinning disks in a hybrid tier makes RAID 5/6 parity operations unsupportable.

The vSAN Advanced License (or Enterprise) is required to unlock erasure coding as a policy option; the Standard license only supports RAID 1 mirroring and does not include RAID 5 or RAID 6 capabilities.

Stretched Cluster is an independent vSAN topology feature and has no dependency relationship with erasure coding on a standard vSAN cluster.