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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Wireless Site Survey | 25% | - Pre-deployment site survey - Collect design requirements and evaluate constraints - Predictive site survey - Material attenuation and its design effects - Planning tools and network metrics evaluation - Post-deployment site survey - Layer 1 site survey analysis |
| Topic 2: Mobility | 25% | - Optimize client roaming - Site Tags - Design mobility groups - Validate mobility tunneling |
| Topic 3: Wired and Wireless Infrastructure | 30% | - Design high-density wireless networks - Design wireless bridging (mesh) - Design radio management - Logical infrastructure requirements - Design for data, voice, video, location - Physical infrastructure requirements |
| Topic 4: WLAN High Availability | 20% | - Design controller high availability - Design AP high availability |
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NEW QUESTION # 82
Refer to the exhibit. A wireless engineer is using the Ekahau Site Survey tool to conduct a post-deployment survey. The engineer analyzes the pictured output to determine if SNR meets the voice requirements. How is the voice support based on the output?
Exhibit - Q15: Ekahau SNR Heatmap - Post-Deployment Survey Output
Answer: C
Explanation:
Voice over WLAN (VoWLAN) deployments require a minimum SNR threshold to maintain acceptable Mean Opinion Score (MOS) values for call quality. Cisco ' s 300-110 WLSD curriculum specifies that VoWLAN requires a minimum SNR of 25 dB throughout the coverage area. In an Ekahau post-deployment survey SNR heatmap, when the heatmap displays a consistent color indicating SNR at or above this threshold across the entire surveyed area - including all rooms, corridors, and common areas such as the lobby - the conclusion is that voice service is supported in all locations. The color coding in Ekahau ' s SNR heatmap uses green tones to indicate adequate SNR (typically #25 dB) and shifts toward yellow and red for degraded conditions.
When the exhibit heatmap shows uniform adequate coverage across all surveyed areas without yellow or red zones, it confirms the SNR requirement for VoWLAN is universally met. Options A, B, and C suggest partial or no coverage, which would be indicated by mixed or poor SNR values - conditions not present in this scenario. The post-deployment survey with Ekahau is the validation step confirming that the predictive design was accurately realized in the physical environment. Reference: WLSD Study Guide - VoWLAN Design Requirements, SNR Thresholds, Post-Deployment Survey Validation with Ekahau.
NEW QUESTION # 83
An engineer is designing a WLAN for a 4000-seat auditorium where a single SSID must behave differently than the same SSID elsewhere on campus. Which design construct allows different RF and WLAN parameters to be applied to the auditorium APs only?
Answer: D
Explanation:
An AP group is a logical collection of APs that allows a specific set of WLANs, interfaces, and settings to be applied to just those APs, and an RF profile attached to that AP group allows band- specific RF parameters - such as minimum mandatory data rates, TPC power thresholds, RRM channel and power ranges, client limits, and coverage hole thresholds - to be applied only to that group. This combination is exactly what a high-density venue requires, because an auditorium needs higher minimum data rates, reduced transmit power, and narrower channel widths than the general campus while still broadcasting the same SSID. A mobility group defines the set of controllers that exchange client context to support seamless roaming, and an RF group defines the set of controllers and APs that share RRM calculations under a common group leader - neither applies per-AP WLAN parameters. FlexConnect groups are used to manage branch APs performing local switching and are not relevant to a campus auditorium.
NEW QUESTION # 84
A customer has three data centers and wants to deploy 1500 APs with controller redundancy that does not require a dedicated standby controller for each active controller. Which redundancy model should the engineer design?
Answer: D
Explanation:
N+1 redundancy allows a single backup controller to protect multiple active controllers, which is the most cost-effective model when a customer wants resilience across several sites without buying a one-to-one standby for each active WLC. In this model, each AP is configured with a primary, secondary, and optionally tertiary controller name and IP address; if the primary fails, the AP discovers and joins the next configured controller in the list. The trade-off is that APs must re- establish CAPWAP tunnels and clients must re-associate, so failover is not seamless. SSO high availability (Options A and C) delivers stateful AP and client failover but requires a dedicated standby WLC paired one-to-one with each active WLC and, on AireOS platforms, a back-to-back redundancy port connection - which does not meet the customer's requirement of avoiding a dedicated standby per controller. Mobility anchor redundancy addresses guest traffic anchoring, not general AP controller failover.
NEW QUESTION # 85
An engineer must design AP placements for a new branch office that contains two floors. The engineer uses Ekahau to complete the predictive survey. To calculate the signal bleed through between floors, the engineer creates a building, adds the floors, and attenuation areas. After the scale is set, what else must be added on the floors to accurately measure the signal bleed at a specific location?
Answer: A
Explanation:
In Ekahau Site Survey's multi-floor predictive modeling workflow, alignment points are the critical mechanism that allows the software to understand the precise vertical spatial relationship between floors in a multi-story building. Once floor plans are imported with their scale correctly defined, alignment points must be placed on each floor at the same real-world physical location -- such as a stairwell corner, elevator shaft, or structural column -- so that Ekahau can accurately calculate vertical signal propagation and inter-floor RF bleed. Without alignment points, the software has no spatial reference to determine which area on Floor 2 is directly above a given point on Floor 1, making floor-to-floor signal bleed calculations geometrically impossible.
NEW QUESTION # 86
A university wants to deploy a high density of APs in an area where a high number of users congregate.
Which functionality allows the university to optimize the RF settings for APs that operate in different environments or coverage zones?
Answer: D
Explanation:
RF Profiles are a Cisco WLC configuration construct that allows administrators to define a customized set of Radio Resource Management (RRM) parameters and apply them to a subset of APs operating in a specific environment or coverage zone. Within a university high-density deployment - where a lecture hall, outdoor quad, cafeteria, and library may each require fundamentally different RF settings - RF Profiles enable differentiation without globally modifying all RRM parameters. An RF Profile can define custom values for:
minimum mandatory data rates, maximum transmit power, minimum transmit power, channel width (20/40
/80 MHz), RxSOP thresholds, client load balancing parameters, and coverage hole detection sensitivity. This allows the engineer to apply aggressive interference mitigation settings to high-density assembly areas while maintaining full-coverage settings for perimeter zones. AP Groups (Option A) assign WLANs and interface mappings to subsets of APs but do not directly control RF parameters. RF Groups (Option B) are automatically formed by RRM and represent a cluster of APs coordinating channel and power assignment. AP Profiles (Option C) define AP behavior parameters such as NTP and SSH settings, not RF optimization parameters. Reference: WLSD Study Guide - RF Profile Configuration, High-Density WLAN Design, RRM Parameter Customization.
NEW QUESTION # 87
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