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HP HPE7-A01 Exam, also known as the Aruba Certified Campus Access Professional exam, is a certification exam designed for IT professionals who want to validate their skills and knowledge in implementing and configuring Aruba wireless and wired networks. Aruba Certified Campus Access Professional Exam certification is ideal for IT professionals who work with small to medium-sized enterprise networks and want to excel in their careers.
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HP HPE7-A01 certification exam is an excellent opportunity for IT professionals who want to validate their knowledge and skills in Aruba campus access solutions. Aruba Certified Campus Access Professional Exam certification exam covers a wide range of topics related to Aruba networks, and it is designed to test the candidate's ability to design, deploy, and maintain secure and reliable networks. The HPE7-A01 Exam is an online, proctored exam that can be taken at any time from any location, and it leads to the Aruba Certified Campus Access Professional (ACCP) certification.
NEW QUESTION # 58
Review the exhibit.
You are troubleshooting an issue with a 10 102.39 0/24 subnet which is also VLAN 1000 used Tor wireless clients on a pair of Aruba CX 8360 switches The subnet SVI is configured on the 8360 pair, and the DHCP server is a Microsoft Windows Server 2022 Standard with an IP address of 10 200 1.100. The 10.102.250.0/24 subnet is used for switch management.
A large number of DHCP requests are failing You are observing sporadic DHCP behavior across clients attached to the CX 6100 switch.
Which action may help fix the issue?
Answer: A
Explanation:
Explanation
Option B is the correct action that may help fix the issue of sporadic DHCP behavior across clients attached to the CX 6100 switch. Option B enables DHCP relay on VLAN 1000 interface on Core-1 switch, which allows DHCP requests from clients in VLAN 1000 to be forwarded to the DHCP server in a different subnet (10.200.1.100). Without DHCP relay, clients in VLAN 1000 cannot obtain IP addresses from the DHCP server because they are in different broadcast domains. The other options are incorrect because they either do not enable DHCP relay or do not configure it correctly. References:
https://www.arubanetworks.com/techdocs/AOS-CX/10.04/HTML/5200-6728/bk01-ch02.html
https://www.arubanetworks.com/techdocs/AOS-CX/10.04/HTML/5200-6728/bk01-ch03.html
NEW QUESTION # 59
Which feature allows the device to remain operational when a remote link failure occurs between a Gateway cluster and a RADIUS server that is either in the cloud or a datacenter?
Answer: A
Explanation:
Authentication survivability is a feature that allows the device to remain operational when a remote link failure occurs between a Gateway cluster and a RADIUS server that is either in the cloud or a datacenter.
Authentication survivability enables the Gateway cluster to cache successful authentication requests from the RADIUS server and use them to authenticate clients when the RADIUS server is unreachable.
Authentication survivability also allows clients to use MAC caching or MAC authentication bypass (MAB) methods to access the network when the RADIUS server is down.
References: https://www.arubanetworks.com/assets/tg/TG_AuthSurvivability.pdf
NEW QUESTION # 60
Refer to the exhibit.
In Access-1, what needs to be identically configured in MSTP to load-balance VLANs?
Answer: A
Explanation:
For switches to participate in the same Multiple Spanning Tree Protocol (MSTP) region , their MST region configuration must match. One of the critical parameters is the configuration revision number , configured in AOS-CX using:
spanning-tree config-revision < REVISION-NUMBER >
HPE Aruba Networking explicitly states that all switches within an MST region must have identical revision numbers . The revision number forms part of the MST region identity along with the configuration name and VLAN-to-instance mapping. Aruba Networking This is essential for VLAN load balancing because MSTP allows different VLAN groups to be mapped to different MST instances. Each instance can then use a different spanning-tree topology/root, allowing otherwise blocked redundant links to forward traffic for other VLAN groups. Aruba ' s MSTP configuration example specifically demonstrates that changing the root for individual instances permits more effective load sharing across redundant links. Aruba Networking The spanning-tree priority does not need to be identical; in fact, different instance priorities are deliberately used when different switches should become roots for different MST instances. Likewise, "root" and
"secondary root" describe root-election behavior rather than an MST region parameter that must be identical across Access-1 and the other participating switches.
Therefore, among the choices, spanning-tree config-rev is the required identical configuration.
Study Guide Topics: MSTP, MST Regions, Configuration Revision, VLAN-to-MSTI Mapping, Root Bridge Selection, VLAN Load Balancing.
NEW QUESTION # 61
Your customer is having issues with Wi-Fi 6 clients remaining connected to poor-performing APs when less utilized APs offering better SNR are available.
Which technology should you implement?
Answer: D
Explanation:
ClientMatch technology dynamically steers clients to the best-performing access point based on real-time metrics such as SNR and AP utilization. It prevents clients from remaining connected to poor-performing APs and ensures they are moved to less utilized APs offering better performance, which addresses the issue described with Wi-Fi 6 clients.
NEW QUESTION # 62
You are doing tests in your lab and with the following equipment specifications:
* AP1 has a radio that generates a 10 dBm signal
* AP2 has a radio that generates a 11 dBm signal
* AP1 has an antenna with a gain of 9 dBi
* AP2 has an antenna with a gain of 12 dBi
* The antenna cable for AP1 has a 2 dB loss
* The antenna cable for AP2 has a 3 dB loss
What would be the calculated Equivalent Isotropic Radiated Power (EIRP) for APT?
Answer: B
Explanation:
The calculated Equivalent Isotropic Radiated Power (EIRP) for AP1 is 17 dBm. EIRP is the measured radiated power of an antenna in a specific direction. It is equal to the input power to the antenna multiplied by the gain of the antenna. It can also take into account the losses in transmission line, connectors, and other components. The formula for EIRP is:
EIRP = P + G - L
where P is the output power of the radio, G is the gain of the antenna, and L is the loss of the cable and connectors.
For AP1, we have:
P = 10 dBm G = 9 dBi L = 2 dB
Therefore,
EIRP = 10 + 9 - 2 EIRP = 17 dBm
NEW QUESTION # 63
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