In a scenario where PowerProtect Data Manager is integrated with SAP HANA, what unique consideration is necessary?

Question

Options

• AIn-memory database handling
• BMulti-threaded processing
• CLarge file system support
• DCross-platform compatibility

• A
  80% (28)
• B
  6% (2)
• C
  11% (4)
• D
  3% (1)

Explanation

Option A is correct because SAP HANA is fundamentally an in-memory database - its data resides primarily in RAM rather than on disk. PowerProtect Data Manager must account for this architecture by using SAP HANA-native APIs (like Backint) to capture consistent snapshots of live in-memory data, ensuring crash-consistent and application-aware backups that can be fully recovered to a valid state.

Why the distractors are wrong:

• B (Multi-threaded processing): SAP HANA does use parallelism, but this is an internal performance concern, not a unique backup/recovery consideration.
• C (Large file system support): Many databases require large file system support; this is not a distinguishing trait of SAP HANA integration.
• D (Cross-platform compatibility): SAP HANA runs on specific certified hardware/OS combinations, but cross-platform support is not the key driver for how PowerProtect handles it.

Memory tip: Think "HANA = RAM" - the word "in-memory" is SAP HANA's signature trait. Any time you see HANA in a backup/recovery question, anchor your thinking to how protecting volatile memory differs from protecting disk-based databases.

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