Download HCIP-Storage V5.0.H13-624.ExamTopics.2025-09-26.22q.tqb

Vendor:	Huawei
Exam Code:	H13-624
Exam Name:	HCIP-Storage V5.0
Date:	Sep 26, 2025
File Size:	116 KB

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An enterprise has deployed multiple applications, such as desktop cloud, database, video on demand (VoD), and backup. These applications occupy a large amount of storage resources. The enterprise plans to use the deduplication and compression features. Which of the following configurations are recommended?

Deduplication and compression are not recommended for VOD scenarios because video files have been compressed by application software and re-compression will be inefficient.
Deduplication is recommended for desktop cloud scenarios because there is a large amount of duplicate data among multiple virtual images.
Compression is recommended for database-scenarios because a large amount of data needs to be stored.
Deduplication is not recommended for backup scenarios because all backup data must be retained.

Correct answer: C

A service host is connected to a storage device through Fibre Channel SAN. However, the service host cannot detect mapped LUNs after scanning. Which of the following are possible causes?

The Fibre Channel module on the service host is faulty.
No multipathing software is installed on the service host.
Zones are incorrectly configured.
The storage network is blocked by the firewall.

Correct answer: B

Explanation:

C: 2 - Mosted

Which of the following is not supported by HyperMetro?

Data zero copy
FastWrite
Memory ballooning
Optimized cross-site access

Correct answer: A

Explanation:

C: 1 - Mosted

SmartCache can support both SAN and NAS services.

True
False

Correct answer: B

Explanation:

A: 2 - Mosted

In Huawei distributed storage systems, the asynchronous remote replication architecture of the block service establishes an asynchronous remote replication relationship based on a block service cluster. This architecture also synchronizes data between primary and secondary volumes based on differential data. All the data generated on the primary volume after the last synchronization will be written to the secondary volume in the next synchronization.