Aruba Certified Professional Campus Access (ACP) Practice Exam
Aruba Certified Professional Campus Access (ACP) Practice Exam
About Aruba Certified Professional Campus Access (ACP) Exam
The Aruba Certified Professional Campus Access (ACP) certification validates your intermediate knowledge and skills in implementing wired and wireless networks, focusing on routing, switching, RF applications, security, connectivity, and troubleshooting. This certification is ideal for network professionals looking to advance their careers by demonstrating proficiency in enterprise-level Aruba Campus Access solutions.
Exam Details
- Exam ID: HPE7-A01
- Exam Type: Proctored
- Exam Duration: 2 hours
- Exam Length: 75 questions
- Passing Score: 68%
- Exam Languages: English, Japanese, Latin American Spanish
Skills Acquired
- Position yourself as a trusted network professional with intermediate knowledge of Aruba’s networking solutions.
- Validate the skills necessary to implement and operate enterprise-level Aruba Campus Access solutions.
- Advance your career as an Aruba Certified Professional, recognized for understanding modern, unified networking solutions.
Who should take the exam?
The ACP certification is suitable for -
- NOC Level 2/3 Network Analysts
- Network Engineers
Knowledge Required
The Aruba Certified Professional Campus Access (ACP) requires candidates to have -
- 2 to 5 years of experience with the HPE Aruba Networking portfolio.
- An understanding of the implications of their actions on the network, including the impact and risk of change management.
- Knowledge of vendor protocols, network performance optimization, and basic API calls and configuration.
- The ability to identify and fix configuration issues.
Course Outline
The Aruba Certified Professional Campus Access (ACP) exam covers the following topics -
Domain 1 - Understanding Network Stack (4%)
- Describe and differentiate between 802.11, 802.1, and 802.3 technologies
Domain 2 - Understanding Connectivity (8%)
- Implement foundational networking architectures and technologies
- Deploy network devices
Domain 3 - Understanding Network Resiliency and Device Virtualization (8%)
- Implement mechanisms for resiliency, redundancy, and fault tolerance
Domain 4 - Understanding Switching (14%)
- Implement and validate Layer 2/3 technologies
Domain 5 - Understanding WLAN (17%)
- Implement RF attributes and wireless functions
- Build configurations based on customer requirements
Domain 6 - Understanding Routing (13%)
- Implement routing topologies and functions
Domain 6 - Understanding Security (9%)
- Implement security standards and concepts
- Integrate wireless SSID with EAP-TLS
Domain 7 - Understanding Authentication/Authorization (8%)
- Implement wired AAA configurations based on customer requirements
Domain 8 - Understanding Managing and Monitoring (6%)
- Implement and analyze output from common network monitoring tools
- Configure port mirroring to collect PCAPs
- Configure NAE agents
- Configure UXI sensors for internal and external tests
- Describe how APIs can be used to configure, manage, monitor, and troubleshoot networks
Domain 9- Understanding Troubleshooting (6%)
- Define and perform troubleshooting on wired and wireless networks
Domain 10 - Understanding Performance Optimization (7%)
- Describe and implement QoS
- Optimize wireless performance
