DELL EMC D-DP-FN-23 Übungsprüfungen
Zuletzt aktualisiert am 15.05.2025 - Prüfungscode: D-DP-FN-23
- Prüfungsname: Dell Data Protection and Management Foundations 2023
- Zertifizierungsanbieter: DELL EMC
- Zuletzt aktualisiert am: 15.05.2025
Which example best describes transient unavailability?
- A . An online transaction times out but works fine when the user retries it
- B . A service becomes unavailable for an extended period of time
- C . A system fails due to a manufacturing defect
- D . An application experiences an outage, becomes available, and then goes down again
Which example best describes transient unavailability?
- A . An online transaction times out but works fine when the user retries it
- B . A service becomes unavailable for an extended period of time
- C . A system fails due to a manufacturing defect
- D . An application experiences an outage, becomes available, and then goes down again
What is the recommended approach to migrate applications with the least amount of downtime?
- A . Hybrid migration strategy
- B . Forklift migration strategy
- C . Replatform the applications
- D . Reinstall the applications
Which will affect the deduplication ratio?
- A . File type
- B . File size
- C . File directory
- D . File date
A storage system is configured with erasure coding, divided up into 12 data segments and 5 coding segments. Each segment is written to different drives.
What is the maximum number of drive failures that can be withstood without losing the data in this configuration?
- A . 1
- B . 2
- C . 4
- D . 5
A storage system is configured with erasure coding, divided up into 12 data segments and 5 coding segments. Each segment is written to different drives.
What is the maximum number of drive failures that can be withstood without losing the data in this configuration?
- A . 1
- B . 2
- C . 4
- D . 5
A storage administrator wants to replicate the data to a remote site without impacting application response time.
Which replication mode can achieve this?
- A . Clone
- B . Pointer-based
- C . Asynchronous
- D . Synchronous
Which big data protection optimization method eliminates redundant data to significantly shrink storage requirements?
- A . Deduplication
- B . Encryption
- C . Compression
- D . Migration
Which big data protection optimization method eliminates redundant data to significantly shrink storage requirements?
- A . Deduplication
- B . Encryption
- C . Compression
- D . Migration
Which big data protection optimization method eliminates redundant data to significantly shrink storage requirements?
- A . Deduplication
- B . Encryption
- C . Compression
- D . Migration