Practice Free HPE2-B01 Exam Online Questions
How does a Catalyst datastore support data protection strategies for virtualized environments?
- A . By increasing virtual machine recovery times
- B . By limiting virtual machine scalability
- C . By offering integration with hypervisors
- D . By reducing virtual machine performance
C
Explanation:
A Catalyst datastore supports data protection strategies for virtualized environments by offering integration with hypervisors.
In what way does a Catalyst datastore contribute to data efficiency and optimization?
- A . Enables seamless integration with third-party data protection solutions
- B . Facilitates seamless data migration between different storage tiers
- C . Utilizes data reduction techniques like deduplication and compression
- D . Ensures data integrity through periodic data scrubbing processes
C
Explanation:
One advantage of a Catalyst datastore is its ability to improve data efficiency and optimization by utilizing data reduction techniques such as deduplication and compression.
What is a key advantage of using a Catalyst datastore for data protection solutions?
- A . Provides high availability and fault tolerance
- B . Reduces storage costs
- C . Increases data security
- D . Enables fast recovery times
B
Explanation:
Using a Catalyst datastore can help reduce storage costs by efficiently managing and storing data.
How does replication contribute to a robust backup strategy?
- A . By optimizing the network bandwidth for faster data transfer
- B . By minimizing the storage space needed for backups
- C . By creating multiple copies of data for redundancy
- D . By automatically scanning for malware in the data
C
Explanation:
Replication creates duplicates of data across multiple storage devices or locations to ensure redundancy and data availability.
How does a Catalyst datastore facilitate data storage optimization and cost savings for organizations?
- A . By providing real-time analytics on storage utilization and performance
- B . By enabling data tiering based on access frequency and data value
- C . By automatically archiving unused data to lower-cost storage tiers
- D . By supporting data encryption for compliance and security purposes
B
Explanation:
A Catalyst datastore facilitates data storage optimization and cost savings for organizations by enabling data tiering based on access frequency and data value, ensuring data is stored efficiently.
What is the process of calculating the amount and type of data required to be backed up?
- A . Data Virtualization
- B . Data Assessment
- C . Data Encryption
- D . Data Management
B
Explanation:
Data assessment is the process of determining the amount and type of data that needs to be backed up.
How can data deduplication technology help in optimizing backup storage usage?
- A . It increases the backup time by eliminating duplicate files
- B . It reduces the amount of unnecessary data being backed up
- C . It requires additional storage space for redundant data
- D . It is not useful for optimizing backup storage
B
Explanation:
Data deduplication technology can optimize backup storage usage by reducing the amount of unnecessary data being backed up through duplication elimination.
How does a Catalyst datastore enhance data protection strategies in terms of scalability?
- A . By restricting data growth limits
- B . By limiting backup frequency options
- C . By optimizing data compression algorithms
- D . By supporting seamless data expansion
D
Explanation:
A Catalyst datastore enhances data protection strategies in terms of scalability by supporting seamless data expansion, allowing for the growth of data storage capacity as needed.
How does a Catalyst datastore simplify data protection management?
- A . It streamlines data protection management
- B . It adds layers of complexity to data protection management
- C . It has no impact on data protection management
- D . It complicates data protection management
A
Explanation:
A Catalyst datastore can simplify data protection management by offering a centralized and efficient data storage solution.
What is the difference between full backup and incremental backup in the context of snapshots and replication?
- A . Full backup does not require replication.
- B . Full backup copies all data every time, while incremental backup only copies changes since the last backup.
- C . Full backup is faster than incremental backup.
- D . Full backup and incremental backup are terms used interchangeably.
B
Explanation:
Full backup copies all data every time, while incremental backup only copies changes made since the last backup, reducing storage space and time needed.