HP HPE6-A86 Dumps

The correct answer is D. It is available as a cloud solution. HPE Aruba Networking Central is described in official Aruba documentation as a cloud-based management platform for managing AOS-CX infrastructure. It provides centralized functions for provisioning, configuring, monitoring, and troubleshooting AOS-CX switches. This means it is not limited to on-premises deployment. Option A is incorrect because AOS-CX support in Aruba Central is not limited only to templates; Central also supports monitoring, troubleshooting, and UI-based workflows depending on the software version, group type, and deployment model. Option B is also incorrect because monitoring-only mode is one supported option, but it is not the only supported mode. HPE Aruba documentation specifically notes that AOS-CX switches can be added in monitoring-only mode, but also separately documents configuration using templates and UI groups. Therefore, the broad and correct description for a customer conversation is that HPE Aruba Networking Central is available as a cloud management solution for AOS-CX switches.

The correct answer is C. Input errors have occurred. The interface output shows CRC/FCS errors with a value of 1254 under the RX column. CRC/FCS errors are receive-side frame check errors, so they indicate that the switch has received corrupted frames on this interface. HPE Aruba Networking AOS-CX show interface documentation lists interface statistics including packets, bytes, dropped frames, pause frames, errors, CRC/FCS, collisions, runts, and giants, which confirms that CRC/FCS is part of the interface error statistics. Option A is incorrect because the output says VLAN Mode: access and Access VLAN: 90; an access VLAN is untagged toward the endpoint, not an 802.1Q tagged trunk VLAN. Option B is incorrect because the MTU is shown as 1500, and the Jumbos counter is 0, so the output does not indicate jumbo-frame use. Option D is incorrect because the shown output does not state that PoE is disabled. The key troubleshooting clue is the nonzero receive CRC/FCS counter. ( arubanetworking.hpe.com )

The correct answer is D. 6. In a switched Ethernet network, each individual switch link or switch port represents a separate collision domain. The diagram shows four end-user device links: PC-A to the VLAN 10 access switch, PC-B to the VLAN 10 access switch, PC-C to the VLAN 20 access switch, and PC-D to the VLAN 20 access switch. It also shows two uplinks from the access switches to the Layer 3 switch or routing switch that contains the SVIs for VLAN 10 and VLAN 20. That gives a total of six physical Ethernet links, and therefore six collision domains. The VLANs do not reduce this count to two; VLANs define Layer 2 broadcast domains, not collision domains. The SVIs also do not create one collision domain; they are Layer 3 gateway interfaces used for routing between VLANs. HPE Aruba Networking campus design documentation describes Layer 2 and Layer 3 switching technologies used in campus topologies, while HPE Aruba switch documentation treats physical switch ports as individual Ethernet interfaces. For this diagram, the collision-domain count is based on the physical switched links, so the answer is 6.