Cisco 350-101 Exam Dumps - Actual Questions Answers

Layer 3 roaming is the process that allows a wireless client to retain its original IP address when roaming across different Layer 3 client subnets or controller client VLAN contexts. Cisco describes intercontroller Layer 3 roaming as occurring when wireless LAN interfaces are on different IP subnets. During this roam, the controllers exchange mobility messages, but instead of simply moving the client database entry, the original controller marks the client as anAnchor, while the new controller marks the copied client entry asForeign. Cisco explicitly states that the roam remains transparent to the wireless client and that the client maintains its original IP address.

In point-to-point wireless deployments, the AP must act as a transparent bridge, forwarding Ethernet frames between the wired network interface and the wireless radio. The correct configuration command in Cisco IOS XE for a Cisco 9163E AP isap name < ap_name > mode bridge. This sets the AP into bridge mode, allowing it to function as a Layer 2 relay between the two connected sites, effectively extending the Ethernet network over the wireless link. Option A, FlexConnect mode, is intended for APs to locally switch client traffic while maintaining CAPWAP control connectivity, not for bridging traffic between networks. Option B,capwap mode p2p, is not valid syntax in IOS XE; CAPWAP does not provide a dedicated P2P mode for Ethernet bridging. Option D,capwap mode mesh, configures the AP for mesh networking, which is for multi-hop client coverage rather than a direct point-to-point bridge. Cisco Wireless Core Technologies recommend bridge mode for point-to-point wireless links to maintain transparent forwarding, support VLAN tagging, and ensure seamless Layer 2 connectivity between remote buildings, which is essential for applications like IP telephony, security cameras, and campus LAN extension. Reference topics:Wireless Network Implementation — Bridge mode, point-to-point AP, Layer 2 traffic forwarding, Cisco 9163E configuration.

The correct answer isRF technical standards. In Japan, wireless LAN and other radio equipment must operate under national RF regulatory requirements controlled by the Ministry of Internal Affairs and Communications, commonly referenced as MIC. TELEC, a registered certification body in Japan, states that specified radio equipment such as wireless LAN equipment used in Japan must conform to technical regulations regulated by MIC, and that radio equipment conformity certification validates conformance to the technical standards under Japan’s Radio Act.

This aligns directly with Cisco wireless regulatory-domain behavior. Cisco’s Catalyst 9800 country-code documentation explains that APs use legal frequencies approved for their regulatory domain, and for Japan regulatory-domain devices, Japan country codes must be configured so the controller and APs operate within permitted channel and power constraints. Cisco also states that country codes are assigned and verified on APs or wireless controllers to ensure regulatory compliance for wireless operation. Manufacturing batch inspection, customer onboarding, and supplier-chain evaluation are not RF spectrum regulatory functions. Reference topics:RF Fundamentals — regulatory domains, country codes, channel legality, transmit-power limits, and wireless compliance.