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NEW QUESTION # 28
What defines RSSI in radio signal measurements?
Answer: D
Explanation:
RSSI, or Received Signal Strength Indicator, is a measure of the detected power level of a radio signal at the receiver, expressed in dBm. It reflects the strength of the wireless signal received by the client or access point and is a critical metric for assessing coverage, link quality, and roaming decisions. Higher RSSI values (closer to 0 dBm) indicate stronger signals, while lower values (more negative) represent weaker signals. RSSI is used by Cisco wireless controllers and clients to make roaming decisions, select access points, and optimize transmit power levels.
NEW QUESTION # 29
What defines device sensitivity in a wireless environment?
Answer: B
Explanation:
Device sensitivity in a wireless environment refers to receiver sensitivity: the minimum RF signal level a client or AP radio must receive to successfully detect, demodulate, and decode a transmission. Cisco defines receiver sensitivity as the minimum signal power level, expressed in dBm or mW, required for a receiver to accurately decode a given signal. Cisco RF design guidance further states that sensitivity indicates the lowest received power before the receiver considers the signal unintelligible.
Therefore, option A is correct because sensitivity is fundamentally about the radio's capability to process a received signal at low power levels. A more sensitive receiver can decode weaker frames, improving effective coverage and receive performance, provided the signal-to-noise ratio and interference conditions remain acceptable. Cisco also notes that individual device sensitivity determines how well a device can hear and demodulate RF energy, which directly affects contention behavior and WLAN performance in dense environments. Redundant gateways, beacon interval synchronization, and key refresh schedules are Layer 3 availability, 802.11 timing, and security-key management topics; they do not define RF receiver sensitivity.
Reference topics:RF Fundamentals - receiver sensitivity, RSSI, dBm, SNR, demodulation, and WLAN coverage behavior.
NEW QUESTION # 30 
A wireless controller is deployed at a branch location to facilitate secure client connectivity. A network engineer configures one WLAN using WPA2 Personal authentication and activates the preshared key method to align with company security policies. Which action must be taken to enable the client to connect to the WLAN?
Answer: B
Explanation:
WPA2 Personal (PSK) authentication relies on a shared secret (preshared key) configured on both the wireless LAN controller (WLC) and the client device. In the exhibit, the WLAN is configured with WPA2 and PSK (set-key ascii MyKey123), which means the network expects clients to use the same preshared key to authenticate. To enable client connectivity, the preshared key must be manually entered on each client device; this aligns the client and WLC authentication parameters. Options B, C, and D are unrelated to WPA2 Personal: MAC filtering is a security policy mechanism, Active Directory integration supports WPA2 Enterprise with 802.1X authentication, and client certificates are used for certificate-based EAP methods, not PSK. Cisco Wireless Core Technologies emphasize that PSK deployments require consistent key configuration across the WLAN and clients, and that the preshared key is the critical element for successful authentication. This ensures secure, encrypted communication while providing simple setup for small or branch deployments without an enterprise RADIUS infrastructure. Reference topics:Client Connectivity Configuration - WPA2 Personal, preshared key authentication, WLAN configuration, branch deployment WLAN security.
NEW QUESTION # 31
A school district is deploying Cisco Catalyst 9176 APs to remote sites with occasional WAN outages. The IT team wants the APs to attempt joining a secondary or tertiary Catalyst 9800 WLC if the primary controller is unreachable. The team must preconfigure all controller IP addresses using the AP CLI before deploying. Which set of CLI commands sets the primary, secondary, and tertiary controller IP addresses on a Catalyst 9176 AP?
Answer: B
Explanation:
Cisco lightweight and Catalyst access points use CAPWAP for AP-to-controller discovery and join operations. For AP-side preconfiguration, Cisco documents the syntax as capwap ap {primary- base | secondary-base | tertiary-base} controller-name controller-ip-address, specifically for configuring primary, secondary, and tertiary controllers on the AP. This matches option B exactly because it includes the CAPWAP AP command, the controller priority keyword, the controller name, and the controller management IP address.
The Catalyst 9800 AP join process also recognizes these configured controller entries in priority order: primary controller using capwap ap primary-base, secondary controller using capwap ap secondary-base, and tertiary controller using capwap ap tertiary-base.
This allows the AP to attempt a backup controller when the preferred controller is unavailable, which is appropriate for remote sites with intermittent WAN reachability. Option A uses obsolete or invalid set controller syntax. Option C invents an ap join command format. Option D incorrectly inserts wlc into the AP CAPWAP command.
NEW QUESTION # 32
A wireless administrator must configure detailed and comprehensive monitoring for client devices across branch locations. The team wants to streamline operations for faster response during performance degradation. To support the organization's growth, the administrator needs a centralized reporting platform that displays aggregated data. Which solution must the administrator use to monitor the clients in the network?
Answer: D
Explanation:
Cisco Catalyst Center Assurance is the correct solution because the requirement is centralized, scalable, multi- site client monitoring with aggregated health and troubleshooting data. Cisco states that Catalyst Center Assurance provides aClient health dashboardand supports both wired and wireless clients. It is specifically used to obtain a global view of all client device health and determine whether issues require action.
This directly matches the need for monitoring clients across branch locations and responding faster during performance degradation. Catalyst Center Assurance also provides location-based visibility, health scoring, client trend analysis, onboarding failure reasons such as AAA or DHCP, and Client 360 views for detailed troubleshooting. Cisco documents that Client 360 provides detailed client connectivity troubleshooting, including what problem occurred, when it occurred, why it occurred, and whether the impact is isolated or widespread. Cisco's Catalyst Center data sheet further describes Network and Client Health dashboards as giving administrators a high-level overview of every network device and client, with expansion by geographical site, device list, client list, or topology. Syslog, WLC CLI logging, and a local WLC dashboard are useful operational tools, but they do not provide enterprise-scale assurance analytics. Reference topics:
Wireless Monitoring and Management - Catalyst Center Assurance, Client Health, Client 360, centralized wireless monitoring, and operational analytics.
NEW QUESTION # 33
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