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HP HPE7-A01 Exam is a valuable certification for IT professionals who work with Aruba wireless and wired networks in campus environments. By passing HPE7-A01 exam, candidates can demonstrate their expertise and knowledge in designing, deploying, and maintaining Aruba networks, which can lead to career advancement opportunities and higher salaries. With proper preparation and study, candidates can successfully pass the exam and earn the Aruba Certified Campus Access Professional certification.
The ACCP certification validates the knowledge and skills required to design, implement, and manage Aruba wireless networks in enterprise environments. It demonstrates that the certified professional has a deep understanding of Aruba wireless products and technologies, as well as the ability to troubleshoot and optimize Aruba wireless networks.
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HP HPE7-A01 exam is a perfect certification exam for IT professionals who want to enhance their skills and knowledge in the field of network access control and deployment. Aruba Certified Campus Access Professional Exam certification is highly regarded by IT companies worldwide and can help candidates boost their career prospects. By passing HPE7-A01 Exam, candidates can demonstrate their skills and expertise in network access control and deployment, which can lead to better job opportunities and higher salaries. HP Aruba Certified Campus Access Professional Exam Sample Questions (Q99-Q104):NEW QUESTION # 99
Which statements are true about VSX LAG? (Select two.)
A. Outgoing traffic is switched to a port based on a hashing algorithm which may be either switch in the pair
B. Up to 255 VSX lags can be configured on all 83xx and 84xx model switches.
C. LAG traffic is passed over VSX ISL links only while upgrading firmware on the switch pair
D. Outgoing traffic is preferentially switched to local members of the LAG.
E. The total number of configured links may not exceed 8 for the pair or 4 per switch
Answer: D,E
Explanation:
Explanation
The correct answers are A and D.
According to the web search results, VSX LAG is a feature that allows multiple PSKs to be used on a single SSID, providing device-specific or group-specific passphrases for enhanced security and deployment flexibility for headless IoT devices1. VSX LAGs span both aggregation switches and appear as one device to partner downstream or upstream devices or both when forming a LAG with the VSX pair2.
One of the statements that is true about VSX LAG is that the total number of configured links may not exceed
8 for the pair or 4 per switch1. This means that a VSX LAG across a downstream switch can have at most a total of eight member links, and a switch can have a maximum of four member links. When creating a VSX LAG, it is recommended to select an equal number of member links in each segment for load balancing1.
Another statement that is true about VSX LAG is that outgoing traffic is preferentially switched to local members of the LAG2. This means that when active forwarding and active gateway are enabled, north-south and south-north traffic bypasses the ISL link and uses the local ports on the switch. This optimizes the traffic path and reduces the load on the ISL link2.
The other statements are false or not relevant for VSX LAG. Outgoing traffic is not switched to a port based on a hashing algorithm, which may be either switch in the pair. This is a characteristic of MLAG (Multi-Chassis Link Aggregation), which is a different feature from VSX LAG. LAG traffic is not passed over VSX ISL links only while upgrading firmware on the switch pair. This is a scenario that may occur when performing hitless upgrades, which is a feature that allows software updates without impacting network availability. The number of VSX lags that can be configured on all 83xx and 84xx model switches is not 255, but depends on the switch model and firmware version. For example, the AOS-CX 10.04 supports up to 64 VSX lags for 8320 switches and up to 128 VSX lags for 8325 and 8400 switches.
NEW QUESTION # 100
What is the best practice for handling voice traffic with dynamic segmentation on AOS-CX switches?
A. Switch authentication and local forwarding of the voice traffic
B. Controller authentication and port-based tunneling of all traffic
C. Switch authentication and user-based tunneling of the voice traffic.
D. Central authentication and port-based tunneling of the voice traffic.
Answer: A
Explanation:
Explanation
This is the best practice for handling voice traffic with dynamic segmentation on AOS-CX switches. Dynamic segmentation is a feature that allows AOS-CX switches to tunnel user traffic to a controller or another switch based on user roles and policies. For voice traffic, it is recommended to use switch authentication and local forwarding, which means the voice devices are authenticated by the switch and their traffic is forwarded locally without tunneling. This reduces latency and jitter for voice traffic and improves voice quality. The other options are incorrect because they either use central authentication or tunneling, which are not optimal for voice traffic. References: https://www.arubanetworks.com/te ... 6728/bk01-ch05.html https://www.arubanetworks.com/assets/ds/DS_AOS-CX.pdf
NEW QUESTION # 101
In an ArubaOS 10 architecture using an AP and a gateway, what happens when a client attempts to join the network and the WLAN is configured with OWE?
A. No encryption is applied.
B. RADIUS protocol is utilized.
C. Authentication information is not exchanged
D. The Gateway will not respond.
Answer: C
Explanation:
This is the correct statement about what happens when a client attempts to join the network and the WLAN is configured with OWE (Opportunistic Wireless Encryption). OWE is a standard that provides encryption for open networks without requiring any authentication or credentials from the client or the network. OWE uses a Diffie-Hellman key exchange mechanism to establish a secure session between the client and the AP without exchanging any authentication information. The other options are incorrect because they either describe scenarios that require authentication or encryption methods that are not used by OWE. Reference: https://www.arubanetworks.com/assets/wp/WP_WiFi6.pdfhttps://www.arubanetworks.com/assets/ds/DS_AP510Series.pdf
NEW QUESTION # 102
You are deploying a bonded 40 MHz wide channel.
What is the difference in the noise floor perceived by a client using this bonded channel as compared to an unbonded 20MHz wide channel?
A. 2dB
B. 8dB
C. 4dB
D. 3dB
Answer: D
Explanation:
The difference in the noise floor perceived by a client using a bonded 40 MHz wide channel as compared to an unbonded 20 MHz wide channel is 3 dB. The noise floor is the level of background noise in a given frequency band. When two adjacent channels are bonded, the noise floor increases by 3 dB because the bandwidth is doubled and more noise is captured. The other options are incorrect because they do not reflect the correct relationship between bandwidth and noise floor.
NEW QUESTION # 103
In AOS 10, which session-based ACL below will only allow ping from any wired station to wireless clients but will not allow ping from wireless clients to wired stations?
A. ip access-list session pingFromWired any any svc-icmp deny any user svc-icmp permit
B. ip access-list session pingFromWired any any svc-icmp permit user any svc-icmp deny
C. ip access-list session pingFromWired any user any permit
D. ip access-list session pingFromWired user any svc-icmp deny any any svc-icmp permit
Answer: A
Explanation:
A session-based ACL is applied to traffic entering or leaving a port or VLAN based on the direction of the session initiation. To allow ping from any wired station to wireless clients but not vice versa, a session-based ACL should be used to deny icmp echo traffic from any source to any destination, and then permit icmp echo-reply traffic from any source to user destination. The user role represents wireless clients in AOS 10.
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