Huawei H13-624_V5.5 Exam With Confidence Using Practice Dumps

Option B is correct. Huawei’s OceanStor Pacific documentation states that when a remote replication pair is in the Interrupted state, it means the pair relationship has been interrupted due to causes such as the remote replication link being down or an internal I/O fault/error . This matches the wording in option B.

Option A is incorrect. While Synchronizing does mean data is being synchronized from the primary resource to the secondary resource, Huawei’s documentation for secondary resource protection says that once protection is enabled, the secondary namespace no longer accepts host read/write requests and only receives replication data. The option’s added condition about enabling protection in that state is not the verified status definition that makes the statement true here.

Option C is incorrect. Huawei states that a pair in Split status can still be synchronized , and deletion is also supported for certain interrupted/split states. Therefore, saying the pair “cannot be synchronized or deleted” is false.

Option D is incorrect. Huawei indicates that To be recovered means that after the fault is rectified, the pair still requires manual recovery/synchronization policy handling rather than guaranteed automatic synchronization. In fact, Huawei’s property description notes that with manual synchronization, the pair enters To be recovered . So the statement about automatic synchronization guaranteeing consistency is false.

The correct answer is SmartQoS . Huawei’s OceanStor Pacific documentation states that SmartQoS supports OPS and bandwidth upper limit control by namespace, account, and client IP address . This matches the question exactly.

The HyperCDP (Continuous Data Protection) feature in Huawei all-flash storage, like OceanStor Dorado, provides high-frequency snapshots. The *HCIP-Storage V5.5 Training Material (Module 2: Flash Storage Technologies)* states:

- Option A: True. “HyperCDP snapshots can be used for data analysis, application testing, and backup, as they provide consistent point-in-time copies.”

- Option B: True. “After a HyperCDP snapshot is created, write requests to the source LUN use copy-on-write (COW) technology, storing new data in a new storage pool location and updating the source LUN’s pointer.”

- Option C: False. The material clarifies: “HyperCDP snapshots can be directly mapped to hosts as read-only LUNs, without requiring file system sharing, for accessing point-in-time data.”

- Option D: False. “HyperCDP is optimized for high-density snapshots with low memory overhead, using metadata structures rather than full file system objects.”

Thus, options A and B are true.