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HP HPE7-A01 Practice Test 83

Question 820

A campus AP is reachable from management but one staff SSID cannot forward client traffic. What is the most appropriate first technical change?

  1. Check the selected route, return path, ACL and actual firewall/state policy
  2. Review IPv6-specific ACL, router advertisements and neighbor discovery
  3. Compare the SSID profile, assigned role/VLAN and upstream switch tagging
  4. Compare the affected VLAN membership, SVI status and installed switch configuration

Explanation

Correct Answer

C:

Device management and client data can use different network paths. The first failed hop distinguishes WLAN policy from switch transport.

Incorrect Answers

A:

Control-plane learning does not guarantee data-plane delivery. In this situation, device management and client data can use different network paths.

B:

Dual-stack policy components are separate and can fail independently. By contrast, device management and client data can use different network paths.

D:

A single-VLAN outage often points to a scoped configuration or software difference. It would not resolve the documented symptom; device management and client data can use different network paths.

Question 821

A campus AP is reachable from management but one staff SSID cannot forward client traffic. Which observation would best verify that the intended behavior is working?

  1. Test an affected client from association through its VLAN and gateway access
  2. Correlate server resource graphs, request latency and failed user sessions
  3. Compare error rate using a known-good cable or optic under the same load
  4. Inspect BGP best path and recursive route lookup to the physical egress

Explanation

Correct Answer

A:

The first failed hop distinguishes WLAN policy from switch transport. Device management and client data can use different network paths.

Incorrect Answers

B:

Matching peaks demonstrate the backend bottleneck. By contrast, the first failed hop distinguishes WLAN policy from switch transport.

C:

Controlled substitution isolates a physical defect. It would not resolve the documented symptom; the first failed hop distinguishes WLAN policy from switch transport.

D:

The chain reveals the missing transport dependency. The relevant technical distinction is that the first failed hop distinguishes WLAN policy from switch transport.

Question 822

A campus AP is reachable from management but one staff SSID cannot forward client traffic. Which belief about the configuration should the team reject?

  1. Treat a strong static RSSI value near the starting AP as proof roaming is healthy
  2. Replace the AP solely because its management dashboard looks healthy
  3. Turn off network authentication to avoid a confusing user prompt
  4. Assume a successful IPv4 ping proves the IPv6 path is permitted

Explanation

Correct Answer

B:

Healthy management does not identify the missing client VLAN. Device management and client data can use different network paths.

Incorrect Answers

A:

Moving clients cross new RF and authentication boundaries. The relevant technical distinction is that healthy management does not identify the missing client VLAN.

C:

That bypasses rather than fixes certificate validation. By contrast, healthy management does not identify the missing client VLAN.

D:

IPv4 and IPv6 use different addresses and filters. Here, however, healthy management does not identify the missing client VLAN.

Question 823

A campus AP is reachable from management but one staff SSID cannot forward client traffic. What should be included in the rollout plan to limit a foreseeable failure?

  1. Map the patch-panel and revalidate the intended access port role
  2. Correct one pilot AP and then review the shared profile before mass deployment
  3. Document the replaced component and confirm port errors remain stable
  4. Test one repaired port and maintain rollback for the firmware change

Explanation

Correct Answer

B:

Shared template defects should not be rolled out blindly. The first failed hop distinguishes WLAN policy from switch transport.

Incorrect Answers

A:

Physical cabling records can prevent recurring VLAN misplacement. Here, however, shared template defects should not be rolled out blindly.

C:

Intermittent media faults can recur after short tests. The relevant technical distinction is that shared template defects should not be rolled out blindly.

D:

Change control limits collateral impact. In this situation, shared template defects should not be rolled out blindly.

Question 824

A network edge experiences packet loss only during large file transfers, while small pings pass. What should the network engineer do to address this requirement?

  1. Investigate RADIUS response time and server capacity rather than endpoint signal alone
  2. Collect roam timing, EAP/FT events and RTP loss across the handoff
  3. Test path MTU, interface errors and queue drops under realistic packet sizes
  4. Check the selected route, return path, ACL and actual firewall/state policy

Explanation

Correct Answer

C:

Size and load sensitivity can indicate MTU or congestion instead of simple reachability. Packet-size evidence narrows the failure mode.

Incorrect Answers

A:

Overloaded authentication infrastructure can delay otherwise correct exchanges. It would not resolve the documented symptom; size and load sensitivity can indicate MTU or congestion instead of simple reachability.

B:

Correlating reassociation and audio gaps isolates the transition. In this situation, size and load sensitivity can indicate MTU or congestion instead of simple reachability.

D:

Control-plane learning does not guarantee data-plane delivery. Here, however, size and load sensitivity can indicate MTU or congestion instead of simple reachability.

Question 825

A network edge experiences packet loss only during large file transfers, while small pings pass. What should the team inspect to confirm the result?

  1. Trace DHCP Discover and Offer VLAN tags from client to server
  2. Compare error rate using a known-good cable or optic under the same load
  3. Run controlled DF packet tests and inspect discard/fragmentation counters
  4. Compare EAP exchange and certificate selection to the intended authentication profile

Explanation

Correct Answer

C:

Packet-size evidence narrows the failure mode. Size and load sensitivity can indicate MTU or congestion instead of simple reachability.

Incorrect Answers

A:

Packet path evidence reveals where the incorrect network is selected. It would not resolve the documented symptom; packet-size evidence narrows the failure mode.

B:

Controlled substitution isolates a physical defect. In this situation, packet-size evidence narrows the failure mode.

D:

Handshake evidence identifies credential versus configuration error. By contrast, packet-size evidence narrows the failure mode.

Question 826

A network edge experiences packet loss only during large file transfers, while small pings pass. Which misconception is most likely to obstruct a correct fix?

  1. Assume neighbor Full means every user application must be reachable
  2. Turn off network authentication to avoid a confusing user prompt
  3. Rewrite BGP communities to repair corrupted Ethernet frames
  4. Assume successful 64-byte ICMP proves every Ethernet payload will cross the path

Explanation

Correct Answer

D:

Small tests do not exercise maximum frame size or sustained load. Size and load sensitivity can indicate MTU or congestion instead of simple reachability.

Incorrect Answers

A:

OSPF adjacency is not application connectivity. The relevant technical distinction is that small tests do not exercise maximum frame size or sustained load.

B:

That bypasses rather than fixes certificate validation. By contrast, small tests do not exercise maximum frame size or sustained load.

C:

Route policy cannot fix physical integrity faults. It would not resolve the documented symptom; small tests do not exercise maximum frame size or sustained load.

Question 827

A network edge experiences packet loss only during large file transfers, while small pings pass. What precaution is most important before the change is expanded?

  1. Pilot roaming feature changes on the affected handset firmware
  2. Use an approved MTU change and retest real application flows
  3. Correct one pilot AP and then review the shared profile before mass deployment
  4. Map the patch-panel and revalidate the intended access port role

Explanation

Correct Answer

B:

Quick interface tweaks can mask the true bottleneck. Packet-size evidence narrows the failure mode.

Incorrect Answers

A:

Device-specific support can determine whether a setting helps. The relevant technical distinction is that quick interface tweaks can mask the true bottleneck.

C:

Shared template defects should not be rolled out blindly. By contrast, quick interface tweaks can mask the true bottleneck.

D:

Physical cabling records can prevent recurring VLAN misplacement. Here, however, quick interface tweaks can mask the true bottleneck.

Question 828

A school router receives a correct BGP prefix but the next-hop address is unreachable. Which configuration decision most directly resolves the situation?

  1. Review IPv6-specific ACL, router advertisements and neighbor discovery
  2. Restore next-hop reachability in the intended transport or adjust peering design
  3. Inspect access VLAN, DHCP snooping trust and server/relay reachability
  4. Check client role enforcement, local VLAN transport and gateway ARP before blaming RF

Explanation

Correct Answer

B:

A BGP route cannot forward through an unresolved recursive next hop. The chain reveals the missing transport dependency.

Incorrect Answers

A:

Dual-stack policy components are separate and can fail independently. The relevant technical distinction is that a BGP route cannot forward through an unresolved recursive next hop.

C:

A wrong patch or trunk membership can direct offers from the wrong scope. Here, however, a BGP route cannot forward through an unresolved recursive next hop.

D:

Association and DHCP do not guarantee permitted gateway forwarding. In this situation, a BGP route cannot forward through an unresolved recursive next hop.

Question 829

A school router receives a correct BGP prefix but the next-hop address is unreachable. Which check most directly demonstrates the desired network behavior?

  1. Correlate server resource graphs, request latency and failed user sessions
  2. Compare error rate using a known-good cable or optic under the same load
  3. Compare client ARP, effective role and switch gateway counters for a test packet
  4. Inspect BGP best path and recursive route lookup to the physical egress

Explanation

Correct Answer

D:

The chain reveals the missing transport dependency. A BGP route cannot forward through an unresolved recursive next hop.

Incorrect Answers

A:

Matching peaks demonstrate the backend bottleneck. In this situation, the chain reveals the missing transport dependency.

B:

Controlled substitution isolates a physical defect. Here, however, the chain reveals the missing transport dependency.

C:

Evidence locates the first blocked or missing hop. It would not resolve the documented symptom; the chain reveals the missing transport dependency.

Question 830

A school router receives a correct BGP prefix but the next-hop address is unreachable. Which TWO actions together implement the required change and verify that it works? Choose TWO.

  1. Restore next-hop reachability in the intended transport or adjust peering design
  2. Collect a short packet trace before changing multiple variables
  3. Review IPv6-specific ACL, router advertisements and neighbor discovery
  4. Inspect BGP best path and recursive route lookup to the physical egress
  5. Inspect certificate trust, supplicant EAP method and RADIUS failure codes

Explanation

Correct Answers

A:

A BGP route cannot forward through an unresolved recursive next hop. The chain reveals the missing transport dependency.

D:

The chain reveals the missing transport dependency. A BGP route cannot forward through an unresolved recursive next hop.

Incorrect Answers

B:

Focused evidence preserves the cause during repair. It would not resolve the documented symptom; a fix should preserve intended failover behavior.

C:

Dual-stack policy components are separate and can fail independently. In this situation, a BGP route cannot forward through an unresolved recursive next hop.

E:

A wrong EAP profile or trust chain can surface as a generic login prompt. By contrast, a BGP route cannot forward through an unresolved recursive next hop.

HPE Network Campus Access Professional (HPE7-A01) Practice Tests

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