Cisco 200-301 Exam Dumps, Practice Test Questions

The exception for untagged native VLAN traffic does not apply to allowed non-native VLAN 20 frames.

That would change the frame’s VLAN association and violate the required isolation of VLAN 20 from VLAN 99.

802.1Q Layer 2 trunking does not replace Ethernet VLAN identification with a Layer 3 routing header.

LLDP is disabled on the stated links, so the LLDP neighbor display cannot provide this CDP-derived inventory.

The detailed LLDP view still depends on LLDP information, which the question explicitly excludes.

The IP route table lists network destinations and next hops, not the discovered local and remote Ethernet port IDs.

LLDP has been disabled on this link, so it will not supply the discovered neighbor details despite supporting similar TLVs elsewhere.

The summary CDP neighbors output typically contains device and port data but omits the detailed management IP and IOS software version requested.

The IP routing table shows destination routes and next hops rather than a directly attached router’s CDP platform and software identity.

This displays LLDP configuration and interface transmit/receive status, not the required list of learned peer chassis and port identifiers.

CDP displays neighbors discovered by the Cisco-proprietary protocol, not the third-party LLDP neighbor table required here.

LLDP traffic counters indicate frames sent and received, not the identities of discovered neighbor ports.

CDP is explicitly not exchanged by the third-party peer; CDP detail therefore cannot recover its LLDP management-address TLV.

The terse LLDP neighbor view focuses on device and port identifiers; the requested extra TLVs require the detail view.

The IPv4 interface summary reports local device interface addresses, not LLDP descriptors advertised by the remote switch.

The global command suppresses discovery on every port, whereas the change must affect only the untrusted switch-facing interface.

This controls an LLDP interface advertisement direction, not Cisco CDP frames originating from the interface.

Changing a CDP interval does not prohibit advertisements on the guest-owned connected port.

CDP is Cisco-proprietary and cannot be assumed available on every third-party device in the mixed-vendor campus.

ARP resolves on-link IPv4 addresses to MAC addresses; it does not advertise chassis identity and remote port identifiers like LLDP/CDP.

STP BPDUs establish loop-prevention topology information; they are not a general-purpose substitute for the CDP/LLDP neighbor and port inventory.

The neighbor Port ID identifies the interface on the remote device, not the port on this local switch.

The Device ID is the adjacent switch or router identity; it does not name the local physical port.

Platform identifies the peer device family rather than the local interface carrying the CDP packets.

An interface-level transmit setting does not enable LLDP globally when the system-wide LLDP process is disabled.

CDP is Cisco proprietary neighbor discovery and will not start the separate LLDP process.

A display command reads neighbor state; it cannot enable the globally disabled LLDP process.

This enumerates discovered Cisco neighbors, but the requirement is the local global CDP enablement, timer and holdtime information.

Traffic statistics help count CDP packets; they do not directly report the global timer and holdtime configuration requested.

LLDP is an independent IEEE discovery service; its status is not the global Cisco CDP configuration.

CDP is Cisco proprietary and is not required on a standards-only third-party router.

ARP resolves on-link IP addresses to MAC addresses; it does not provide the discovery chassis/port metadata identified in the question.

STP selects loop-free forwarding roles, not the general inventory of peer chassis and advertised physical port IDs.