How To Pass The HPE7-A05 Aruba Certified Data Center Professional Exam

Begin your path to becoming an HPE Aruba Networking Certified Professional - Data Center (ACP - Data Center) at your own pace. The HPE7-A05 certification exam is specifically crafted to assess and validate your skills in designing, deploying, and managing secure, scalable, resilient, and high-performance data center network infrastructures using AOS-CX switches. Passcert has launched the latest HPE7-A05 Aruba Certified Data Center Professional Exam Dumps, which include authentic questions and answers designed to enhance your preparation and increase your confidence before the exam. By utilizing these current HPE7-A05 exam dumps, you can ensure a comprehensive understanding of the exam material and aim for an exceptional score.

HPE7-A05 Aruba Certified Data Center Professional Exam Dumps

Aruba Certified Data Center Professional Exam

This exam validates the candidate has the knowledge and skills required to design, deploy, and manage secure, scalable, resilient, and high-performing data center network infrastructure based on HPE Aruba Networking data center products. Typical candidates have a minimum of three years of experience implementing and supporting data center networks.

They can:

● Design and validate data center networks that meet customer requirements.

● Deploy HPE Aruba Data Center Networking switches into greenfield or brownfield network environments.

● Integrate data center networking switches with other products such as servers, storage, hypervisors, etc. from HPE or 3rd party vendors.

● Troubleshoot, monitor, and maintain the data center network.

Exam Information

Exam ID: HPE7-A05

Exam type: Proctored

Exam duration: 2 hours

Exam length: 75 questions

Passing score: 65%

Delivery languages: English, Latin American Spanish, Japanese

Exam Objectives

1. Plan the low-level design 14%

1.1 Based on a high-level network design, create a low-level design for deployment based on HPE Aruba Networking data center switches

1.2 Based on the low-level design, create and/or validate the BoM

1.3 Determine if the physical environment and data center infrastructure meet the needs of the solution and recommend changes as needed.

2. Install the solution 13%

2.1 Stage the network equipment to enable testing prior to the final installation

2.2 Execute the physical installation of equipment

2.3 Validate the installation

3. Configure the solution 23%

3.1 Using various interface mechanisms, implement the low-level design

3.2 Verify that the configuration meets the design requirements

3.3 Configure monitoring tools

4. Troubleshoot 15%

4.1 Diagnose issues using embedded diagnostic tools

4.2 Determine the severity of issues and develop a plan of action to remediate the problem

4.3 Resolve the issues using the appropriate tools

5. Create a monitored environment 12%

5.1 Use available monitoring and reporting tools to monitor performance, availability, and system resources

5.2 Establish baselines and define alert thresholds

5.3 Generate reports to determine switch and data center health

6. Maintain and optimize 12%

6.1 Monitor HPE and third-party release cycles

6.2 Maintain licenses and subscriptions

6.3 Optimize traffic

6.4 Optimize security

6.5 Optimize automation

7. Integration 11%

7.1 Implement specific switch features that integrate and interoperate with server, storage, workload, and applications

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1. When planning the low-level design of a data center solution, what should be evaluated to ensure scalability?

A. Operating hours

B. Employee training

C. Software compatibility

D. Equipment capacity

Answer: D

2. Which of the following is a benefit of creating a monitored environment in a data center?

A. Proactive monitoring of system health

B. Improved troubleshooting capabilities

C. All of the above

D. Enhanced security posture

Answer: C

3. In the low-level design phase, what is the purpose of creating diagrams or visual representations of the data center solution layout?

A. Entertainment purposes

B. Clear documentation

C. Aesthetics

D. Easy access to snacks

Answer: B

4. What is a primary objective when planning the low-level design of a data center solution?

A. Improving efficiency

B. Increasing downtime

C. Expanding server space

D. Reducing costs

Answer: A

5. When installing an Aruba Certified Data Center solution, which key factor should be considered for optimal performance?

A. Load balancing

B. Hardware compatibility

C. Network security

D. Power consumption

Answer: B

6. Which tool can be used to monitor network traffic and performance in an Aruba data center environment?

A. Aruba Central

B. Aruba IntroSpect

C. Aruba ClearPass

D. Aruba AirWave

Answer: D

7. When maintaining and optimizing a data center, why is it important to conduct regular capacity planning?

A. To experience frequent downtime

B. To waste resources

C. To ensure scalability

D. To ignore future growth

Answer: C

8. Which diagnostic tool in Aruba Data Center can assist in identifying and troubleshooting WAN connectivity issues?

A. AirWave

B. RFProtect

C. Network Insight

D. NetEdit

Answer: C

9. Which of the following is a key consideration when planning the low-level design of a data center solution?

A. Customer feedback

B. Security protocols

C. Social media presence

D. Bandwidth requirements

Answer: B

10. Which of the following features is important to consider when configuring network redundancy in a data

center solution?

A. Network slicing

B. Cloud storage

C. Broadcast storms

D. Link aggregation

Answer: D

11. What diagnostic tool is commonly used to troubleshoot network connectivity issues by tracing the path a packet takes from source to destination?

A. Traceroute

B. Performance monitoring

C. System logs

D. Packet sniffing

Answer: A

12. When installing the solution, what should be done to ensure proper airflow for cooling components?

A. Install additional cooling fans

Performance monitoring

Use cable management to organize cables

C. Implement a temperature control system

D. Ensure racks have proper spacing for airflow

Answer: D