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HP HPE7-A01 Bundle

Exam Code: HPE7-A01

Exam Name HPE Network Campus Access Professional

Certification Provider: HP

Corresponding Certification: HPE Aruba Networking Certified Professional - Campus Access

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HP HPE7-A01 Practice Test 103

Question 1020

A central services VLAN is on the approved trunk but a new access port uses a mismatched untagged VLAN. Which TWO coordinated steps provide the immediate correction and a sensible ongoing safeguard? Select two.

  1. Use an approved routed inter-site design or an explicitly engineered supported overlay when Layer 2 extension is truly needed.
  2. Set the access interface's untagged VLAN and port mode to the approved endpoint network.
  3. Record partner IDs and LAG designs before touching physical member ports.
  4. Validate access port modes during service-desk provisioning.

Explanation

Correct Answers

B:

This is the corrective intervention because the endpoint is placed into a different broadcast domain than the required service. Confirm its effect using the specified operational recovery check.

D:

This adds the continuing safeguard so the corrected failure does not recur after the original intervention.

Incorrect Answers

A:

This action fits a different incident: two campuses are connected over a routed WAN, but a team expects a new Layer 2 VLAN to extend automatically to the remote building. It is not the targeted repair for this case.

C:

That safeguard would suit a different situation, such as when an LACP bundle has four member links, but only two forward because the partner uses a different aggregation key. It does not specifically prevent this problem.

Question 1021

An AP has a healthy uplink but reports that clock synchronization cannot reach a time source, breaking certificate-based provisioning. Which TWO coordinated steps provide the immediate correction and a sensible ongoing safeguard? Select two.

  1. Configure the appropriate supported discovery mechanism and validate IP reachability to the intended controller.
  2. Keep management connectivity prerequisites with zero-touch deployment templates.
  3. Provide the correct NTP servers and reachability path before retrying certificate validation.
  4. Define redundant time sources in standard campus management templates.

Explanation

Correct Answers

C:

This is the corrective intervention because incorrect clock time can invalidate otherwise legitimate certificates during secure connection setup. Confirm its effect using the specified operational recovery check.

D:

This adds the continuing safeguard so the corrected failure does not recur after the original intervention.

Incorrect Answers

A:

This action fits a different incident: an AP in a new building gets an IP address but discovers no management controller where the design uses controller discovery. It is not the targeted repair for this case.

B:

That safeguard would suit a different situation, such as when a new branch switch powers on but remains absent from Central after its management VLAN is provisioned. It does not specifically prevent this problem.

Question 1022

A campus switch forwards IPv4 client traffic but cannot send SNMP traps to a server because the trap destination is reachable only through another VRF. Which TWO coordinated steps provide the immediate correction and a sensible ongoing safeguard? Select two.

  1. Assign the trap's source and routing context to the supported path with access to the NMS.
  2. Align the LACP aggregation parameters and intended member grouping at both ends.
  3. Test telemetry from each required VRF as part of monitoring acceptance.
  4. Track device PoE requirements against the rack-level power budget.

Explanation

Correct Answers

A:

This is the corrective intervention because the telemetry session uses a route table that has no destination path. Confirm its effect using the specified operational recovery check.

C:

This adds the continuing safeguard so the corrected failure does not recur after the original intervention.

Incorrect Answers

B:

This action fits a different incident: an LACP bundle has four member links, but only two forward because the partner uses a different aggregation key. It is not the targeted repair for this case.

D:

That safeguard would suit a different situation, such as when an access stack stops powering some APs after a larger radio model is deployed on the same ports. It does not specifically prevent this problem.

Question 1023

A newly added downstream stack is reachable by ping but cannot complete Central group onboarding because it appears under the wrong tenant. Which TWO coordinated steps provide the immediate correction and a sensible ongoing safeguard? Select two.

  1. Reassign the device to the correct authorized organization or subscription inventory and then retry management attachment.
  2. Verify serial ownership and intended tenant before claiming new inventory.
  3. Validate the AP's PoE class and total switch power budget, then provision suitable power capacity.
  4. Require architecture review before requesting cross-site broadcast-domain extension.

Explanation

Correct Answers

A:

This is the corrective intervention because management reachability does not determine ownership or intended cloud-management scope. Confirm its effect using the specified operational recovery check.

B:

This adds the continuing safeguard so the corrected failure does not recur after the original intervention.

Incorrect Answers

C:

This action fits a different incident: an access stack stops powering some APs after a larger radio model is deployed on the same ports. It is not the targeted repair for this case.

D:

That safeguard would suit a different situation, such as when two campuses are connected over a routed WAN, but a team expects a new Layer 2 VLAN to extend automatically to the remote building. It does not specifically prevent this problem.

Question 1024

An IoT reader operates only at 100 Mbps, while the switch port is forced to a gigabit-only setting. Which TWO coordinated steps provide the immediate correction and a sensible ongoing safeguard? Select two.

  1. Restore mutually supported auto-negotiation or a jointly supported fixed link mode.
  2. Align the LACP aggregation parameters and intended member grouping at both ends.
  3. Match switchport negotiation standards with real endpoint interface capabilities.
  4. Label management VRF dependencies in monitoring integration records.

Explanation

Correct Answers

A:

This is the corrective intervention because the two endpoints have incompatible advertised or enforced physical Ethernet capabilities. Confirm its effect using the specified operational recovery check.

C:

This adds the continuing safeguard so the corrected failure does not recur after the original intervention.

Incorrect Answers

B:

This action fits a different incident: an LACP bundle has four member links, but only two forward because the partner uses a different aggregation key. It is not the targeted repair for this case.

D:

That safeguard would suit a different situation, such as when a floor switch responds on the out-of-band management port, but traffic sourced from its default VRF cannot reach the telemetry server. It does not specifically prevent this problem.

Question 1025

A VSX pair loses its inter-switch link and the team assumes the remaining keepalive alone carries user traffic between peers. Which TWO coordinated steps provide the immediate correction and a sensible ongoing safeguard? Select two.

  1. Remove the unauthorized downstream switch or convert the port to an appropriately protected infrastructure role.
  2. Keep BPDU protection enabled on ordinary user ports and document exceptions.
  3. Restore the designed ISL data path and validate VSX state while retaining independent keepalive connectivity.
  4. Monitor both ISL and keepalive on separate failure domains.

Explanation

Correct Answers

C:

This is the corrective intervention because VSX keepalive reports peer liveness but does not substitute for the inter-switch data link. Confirm its effect using the specified operational recovery check.

D:

This adds the continuing safeguard so the corrected failure does not recur after the original intervention.

Incorrect Answers

A:

This action fits a different incident: a switch receives BPDUs on an access edge configured with BPDU protection and disables the port. It is not the targeted repair for this case.

B:

That safeguard would suit a different situation, such as when a switch receives BPDUs on an access edge configured with BPDU protection and disables the port. It does not specifically prevent this problem.

Question 1026

A VSX deployment uses a keepalive route through the same physical links as its inter-switch link. Which TWO coordinated steps provide the immediate correction and a sensible ongoing safeguard? Select two.

  1. Build a valid VSX multi-chassis LAG or attach the LAG members to a single coordinated logical peer.
  2. Monitor both ISL and keepalive on separate failure domains.
  3. Move keepalive onto a supported independent routed path or management VRF.
  4. Enforce path-diversity checks during VSX design review.

Explanation

Correct Answers

C:

This is the corrective intervention because shared failure domains make peer-liveness detection unreliable during an ISL fault. Confirm its effect using the specified operational recovery check.

D:

This adds the continuing safeguard so the corrected failure does not recur after the original intervention.

Incorrect Answers

A:

This action fits a different incident: an edge switch's LACP bundle connects to two independent devices that are not configured as a VSX or equivalent multichassis domain. It is not the targeted repair for this case.

B:

That safeguard would suit a different situation, such as when a VSX pair loses its inter-switch link and the team assumes the remaining keepalive alone carries user traffic between peers. It does not specifically prevent this problem.

Question 1027

An edge switch's LACP bundle connects to two independent devices that are not configured as a VSX or equivalent multichassis domain. Which TWO coordinated steps provide the immediate correction and a sensible ongoing safeguard? Select two.

  1. Build a valid VSX multi-chassis LAG or attach the LAG members to a single coordinated logical peer.
  2. Use supported LACP and VSX recovery timers matched to the failover design and verify them in staged maintenance.
  3. Retest convergence after timer or software upgrades rather than assume defaults.
  4. Record VSX and downstream LAG partner identities during deployment.

Explanation

Correct Answers

A:

This is the corrective intervention because ordinary LACP cannot aggregate ports across unrelated switch systems as one partner. Confirm its effect using the specified operational recovery check.

D:

This adds the continuing safeguard so the corrected failure does not recur after the original intervention.

Incorrect Answers

B:

This action fits a different incident: a VSX peer restarts for an upgrade and port-channel traffic drops because the downstream LACP timeout is too strict for the expected convergence. It is not the targeted repair for this case.

C:

That safeguard would suit a different situation, such as when a VSX peer restarts for an upgrade and port-channel traffic drops because the downstream LACP timeout is too strict for the expected convergence. It does not specifically prevent this problem.

Question 1028

Two VSX peers advertise a default gateway, but client MAC learning oscillates after the peers use inconsistent active-gateway MAC addresses. Which TWO coordinated steps provide the immediate correction and a sensible ongoing safeguard? Select two.

  1. Correct the shared active-gateway IP/MAC configuration on both VSX peers.
  2. Make VLAN membership consistent across all members of the intended logical aggregation.
  3. Record expected bridge roots, blocked ports and convergence times.
  4. Include active-gateway consistency tests in peer configuration reviews.

Explanation

Correct Answers

A:

This is the corrective intervention because inconsistent gateway identities create conflicting Layer 2 behavior for the same default gateway. Confirm its effect using the specified operational recovery check.

D:

This adds the continuing safeguard so the corrected failure does not recur after the original intervention.

Incorrect Answers

B:

This action fits a different incident: a dual-homed server loses access after one LAG member fails because the remaining link has a mismatched VLAN allow list. It is not the targeted repair for this case.

C:

That safeguard would suit a different situation, such as when a distribution ring loses a link and traffic remains blocked despite alternate Layer 2 connectivity. It does not specifically prevent this problem.

Question 1029

A distribution ring loses a link and traffic remains blocked despite alternate Layer 2 connectivity. Which TWO coordinated steps provide the immediate correction and a sensible ongoing safeguard? Select two.

  1. Move keepalive onto a supported independent routed path or management VRF.
  2. Validate spanning-tree roles and reconvergence, then remove misconfigured filtering that prevents the alternate path.
  3. Record expected bridge roots, blocked ports and convergence times.
  4. Compare OSPF parameters whenever a redundant routed link is added.

Explanation

Correct Answers

B:

This is the corrective intervention because the standby spanning-tree topology is not transitioning to a usable forwarding state. Confirm its effect using the specified operational recovery check.

C:

This adds the continuing safeguard so the corrected failure does not recur after the original intervention.

Incorrect Answers

A:

This action fits a different incident: a VSX deployment uses a keepalive route through the same physical links as its inter-switch link. It is not the targeted repair for this case.

D:

That safeguard would suit a different situation, such as when a redundant OSPF network has two uplinks, but one interface's routing adjacency never forms because its area ID is wrong. It does not specifically prevent this problem.

Question 1030

A switch receives BPDUs on an access edge configured with BPDU protection and disables the port. Which TWO coordinated steps provide the immediate correction and a sensible ongoing safeguard? Select two.

  1. Remove the unauthorized downstream switch or convert the port to an appropriately protected infrastructure role.
  2. Restore the designed ISL data path and validate VSX state while retaining independent keepalive connectivity.
  3. Verify stack cable topology during rack acceptance.
  4. Keep BPDU protection enabled on ordinary user ports and document exceptions.

Explanation

Correct Answers

A:

This is the corrective intervention because the edge protection is responding to an unexpected bridge on a user-facing port. Confirm its effect using the specified operational recovery check.

D:

This adds the continuing safeguard so the corrected failure does not recur after the original intervention.

Incorrect Answers

B:

This action fits a different incident: a VSX pair loses its inter-switch link and the team assumes the remaining keepalive alone carries user traffic between peers. It is not the targeted repair for this case.

C:

That safeguard would suit a different situation, such as when a VSF stack has members connected in a line, so one intermember cable failure isolates the last unit. It does not specifically prevent this problem.