Study Tips for H13-624_V5.5 HCIP-Storage V5.5 Exam

Are you looking to pass the HCIP-Storage V5.5 H13-624_V5.5-ENU exam with flying colors? If so, you’re in the right place! The newest HCIP-Storage V5.5 H13-624_V5.5-ENU dumps from Passcert are packed with real questions and answers designed to help you ace the exam easily. These resources are updated regularly to reflect the latest content and exam patterns, ensuring you're fully prepared. By studying HCIP-Storage V5.5 H13-624_V5.5-ENU Dumps and focusing on the core concepts, you'll be ready to tackle any question that comes your way.

Newest HCIP-Storage V5.5 H13-624_V5.5-ENU Dumps

Overview of HCIP-Storage V5.5 H13-624_V5.5-ENU Certification

The HCIP-Storage V5.5 exam is part of Huawei's certification program aimed at validating advanced skills in storage technology. With storage systems playing a crucial role in modern data centers, passing this certification demonstrates expertise in key areas like flash storage, scale-out storage, and system troubleshooting.

This exam is essential not only for engineers working with Huawei solutions but also for IT professionals who want to stay ahead in the storage domain. It’s a career-boosting credential that showcases your ability to handle complex storage systems efficiently.

Capabilities Certified by HCIP-Storage V5.5

Passing the HCIP-Storage V5.5 exam certifies you in several essential areas, including:

- Flash and scale-out storage: Understanding their functions, architecture, and application scenarios.

- System installation and commissioning: Setting up new systems and ensuring they run smoothly.

- Performance tuning: Optimizing storage systems to meet performance benchmarks.

- O&M and troubleshooting: Managing storage operations, monitoring system health, and resolving issues quickly.

These skills are crucial for anyone involved in large-scale IT infrastructure or data center management.

Target Audience

This exam is ideal for:

- Huawei engineers working directly with Huawei storage products.

- Channel engineers helping partners implement Huawei solutions.

- College students interested in storage technologies and ICT.

- ICT practitioners looking to advance their careers with specialized knowledge.

Prerequisites

Before taking this exam, it's recommended to have:

- Basic knowledge of networking and IT infrastructure.

- Experience with computer components and operating systems, particularly Windows and Linux.

- HCIA-Storage certification: While not mandatory, it provides a solid foundation for HCIP-level content.

HCIP-Storage V5.5 Exam Information

Exam Name HCIP-Storage

Exam Code H13-624

Certification HCIP-Storage Certification

Exam Type Written examination

Exam Format Single-answer Question, Multiple-answer Question, True or false, Short Response Item

Time 90 min

Passing Score/Total Score 600/1000

Exam Cost 300 USD

Language Chinese, English

HCIP-Storage V5.5 Exam Knowledge Point

Topic Percentage

Storage technologies and applications 50%

Product deployment 15%

Performance tuning 15%

O&M and troubleshooting 20%

Comprehensive Study Strategies for HCIP-Storage V5.5 Exam Success

1. Develop a Structured Study Plan: Break down your preparation into manageable chunks and set specific milestones to track your progress.

2. Master the Exam Knowledge Thoroughly: Dive deep into each topic, ensuring you understand not just the 'what' but also the 'why' and 'how' of storage technologies.

3. Engage in Hands-on Practice: Set up test environments to apply theoretical concepts practically. This approach reinforces learning and builds confidence in real-world scenarios.

4. Participate in Collaborative Study Groups: Engage in discussions with peers to share insights, clarify doubts, and gain diverse perspectives on complex storage concepts.

5. Utilize Mock Exams and Practice Tests: Regularly attempt simulated exams to familiarize yourself with the question format, time management, and identify areas needing improvement.

Share HCIP-Storage V5.5 H13-624_V5.5-ENU Free Dumps

1. Which of the following statements about rollback to a HyperCDP object in Huawei storage systems is false?

A. A HyperCDP object can be used for rollback only when it is in the activated state.

B. For a source LUN that has multiple HyperCDP objects, multiple HyperCDP objects can be used for rollback at the same time.

C. To ensure data consistency, stop host services before rolling back to a HyperCDP object.

D. If the source LUN of a HyperCDP object is also the primary or secondary LUN of a remote replication pair, perform the rollback only after the status of the remote replication pair becomes "Split".

Answer: B

2. Which of the following statements about Huawei SmartQuota is false?

A. SmartQuota helps system administrators manage storage resource usage of resource users.

B. The resource usage of a single directory, user, or user group can be limited.

C. Alarms and events can be used to notify resource users of their resource usage.

D. SmartQuota can be configured in block and file storage.

Answer: D

3. Which of the following statements about the HyperReplication feature is false?

A. A pair establishes the data replication relationship between the primary and secondary LUNs.

B. A consistency group is a collection of pairs that have a service relationship with each other.

C. Data synchronization is the process of replicating data from the secondary LUN to the primary LUN.

D. Splitting is when data replication from the primary LUN to the secondary LUN is paused.

Answer: C

4. Which of the following cables is used to connect Huawei hybrid flash storage to another storage device?

A. Fibre Channel cable

B. SAS cable

C. Mini SAS HD cable

D. 10GE cable

Answer: C

5. Which of the following statements about Huawei SmartVirtualization is false?

A. It is compatible with mainstream heterogeneous storage systems, facilitating centralized planning and management of storage resources.

B. You can use the LUNs on a heterogeneous storage system without performing a full physical data mirroring, saving storage space.

C. Multiple functions, such as remote replication and snapshot, can be configured for the LUNs on a heterogeneous storage system.

D. A heterogeneous storage system is configurable using SmartVirtualization, which simplifies management.

Answer: D

6. Which of the following statements about the working principles of CIFS is true?

A. Before a sharing connection is established, a session is established, and then protocol negotiation is performed.

B. File operations can be performed only after a sharing connection is established.

C. Security authentication is performed in the protocol negotiation phase.

D. After file operations are complete, the server automatically disconnects the share from the client without a request from the client.

Answer: B

7. The active-active architecture of Huawei all-flash storage systems enables load balancing of high-concurrency transaction services. Which statements about this architecture are true? (Multiple choice)

A. I/Os are evenly distributed to all front-end ports for access load balancing.

B. I/Os are evenly distributed to all controllers for front-end load balancing.

C. All controllers process services, and LUNs are not owned by any controller, thus achieving load balancing among controllers.

D. Data is evenly distributed to all SSDs for load balancing.

Answer: ABCD

8. A bank uses a Huawei all-flash storage system to carry its critical services. Which of the following can ensure data reliability? (Multiple choice)

A. Dual mappings for directory metadata ensure logical redundancy of service data.

B. Local snapshots provide service data redundancy.

C. RAID 2.0+ and multiple copies provide local physical data redundancy.

D. Active-active, replication, and backup ensure data redundancy across sites.

Answer: ABCD

9. Which of the following statements about the principles of file system snapshots are true? (Multiple choice)

A. A file system snapshot is a point-in-time copy of a source file system.

B. Write operations affect the write performance of storage LUNs because snapshots are stored at new locations after being created.

C. Redirect-on-write (ROW) is the core technology for implementing file system snapshots.

D. After a file system snapshot is created, users of the file system can access the snapshot only after the snapshot directory is mounted again.

Answer: AC

10. An engineer needs to perform rollback using a snapshot to obtain source data from a past time point. Which of the following statements about this operation are false? (Multiple choice)

A. Data rollback using a snapshot fully replicates and restores the source data from a previous time point.

B. Data rollback using a snapshot can be completed in seconds.

C. If data is rolled back to a snapshot created at time point A, snapshots created after time point A are deleted.

D. If data is rolled back to a snapshot created at time point A, snapshots created after time point A are not deleted.

Answer: AC