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| Section | Weight | Objectives |
|---|---|---|
| Wired and Wireless Infrastructure | 30% | - Design radio management - Design for data, voice, video, location - Physical infrastructure requirements - Logical infrastructure requirements - Design high-density wireless networks - Design wireless bridging (mesh) |
| WLAN High Availability | 20% | - Design AP high availability - Design controller high availability |
| Wireless Site Survey | 25% | - Planning tools and network metrics evaluation - Layer 1 site survey analysis - Predictive site survey - Collect design requirements and evaluate constraints - Material attenuation and its design effects - Post-deployment site survey - Pre-deployment site survey |
| Mobility | 25% | - Validate mobility tunneling - Site Tags - Optimize client roaming - Design mobility groups |
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NEW QUESTION # 103
An engineer is designing coverage for a distribution warehouse with 12 m ceilings and metal racking that reaches 10 m. Which antenna design approach should be used?
Answer: A
Explanation:
In a high-bay warehouse, an omnidirectional antenna mounted at the ceiling radiates most of its energy horizontally across the top of the racking, where no clients exist, while the aisles below sit in the antenna's null. Metal racking and dense inventory further block any signal that does propagate downward. High-gain directional antennas - typically patch or narrow-beam downtilt models - concentrate energy into a defined pattern that can be aimed down the aisle or vertically into the picking area, delivering usable signal to scanners and forklift terminals at floor level while limiting spill into adjacent aisles. That containment also improves channel reuse in a space that is otherwise one large open volume. Mounting APs facing upward or at floor level places the antenna where it will be blocked or physically damaged, and low-gain omnidirectional antennas lack the pattern control this environment demands.
NEW QUESTION # 104
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: D
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. Drawing coverage areas (Option A) is a post-AP-placement activity. Starting the auto planner (Option B) would attempt to place APs without the required spatial reference. Choosing AP models (Option D) is a subsequent step. Alignment points are a fundamental requirement for any predictive survey involving multi-floor buildings. Reference: WLSD Study Guide - Ekahau Predictive Survey Methodology, Multi- Floor Building Configuration, Signal Propagation Modeling.
NEW QUESTION # 105
A customer has a single anchor WLC named Anchor A.
Anchor A is in a DMZ and provides guest access. The customer wants to deploy an additional anchor controller named Anchor B to provide redundancy if Anchor A fails. Which design approach should be taken for the guest WLAN priority on the foreign WLC for each anchor WLC?
Answer: A
Explanation:
In a wireless network design where anchor redundancy is required for guest access, setting different priorities for the anchor controllers ensures deterministic primary and backup behavior.
Cisco anchor priority uses a lower numerical value to indicate higher preference -- Priority 1 is the highest priority (most preferred) anchor, and Priority 3 is lower priority.
Setting Anchor A to priority 1 (Option D) makes it the primary anchor controller -- all new guest client sessions will preferentially anchor to Anchor A.
Setting Anchor B to priority 3 makes it the standby anchor -- guest clients will only be anchored to Anchor B when Anchor A is unavailable. This creates a clear primary/backup relationship with deterministic failover.
NEW QUESTION # 106
A network engineer must review the design for a Cisco wireless deployment at a hospital. The deployment will have two Cisco 9800 WLCs configured with SSO, one Cisco 9800 WLC joined to the SSO controllers using a mobility tunnel, and one Cisco 9800 WLC that will be used as a service/dev controller and not joined using a mobility tunnel. Which high availability option must be incorporated in the design to ensure that APs choose the service/dev controller last when trying to associate?
Answer: A
Explanation:
In Cisco's AP controller preference hierarchy, each AP can be configured with a primary, secondary, and tertiary controller designation. The AP will attempt to join controllers in this exact order: primary first, secondary second, and tertiary third. When no controllers from the preference list are available, the AP may fall back to any reachable controller through standard CAPWAP discovery. In this hospital deployment, the service/development controller must be the controller of last resort -- it should only receive AP associations when all other options are exhausted.
Configuring the service/dev controller as the tertiary controller in the APs' preference configuration ensures exactly this behavior:
APs will attempt the SSO pair (primary) first, then the third production WLC joined via mobility tunnel (secondary), and only then the service/dev controller (tertiary). This prevents development traffic from disrupting production service, and ensures production APs do not inadvertently join the service environment during partial outages.
NEW QUESTION # 107
In an N+1 design, a customer needs certain APs in the emergency department to rejoin the backup controller before all other APs when a failover occurs. Which feature must the engineer include in the design?
Answer: D
Explanation:
AP failover priority allows an engineer to assign each AP a priority level of low, medium, high, or critical. When a backup controller in an N+1 design receives more join requests than its licensed AP capacity allows, it uses these priority values to decide which APs to accept. If the controller is already at capacity and a higher-priority AP requests to join, the controller disassociates a lower- priority AP to make room for it. This makes AP failover priority the correct design element when specific coverage areas - such as an emergency department, operating theater, or warehouse safety zone - must be guaranteed service during a controller outage. AP fallback is a different feature that returns an AP to its primary controller once that controller comes back online, and it does not influence which APs are admitted during the failure. Mobility group priority and join profile weighting are not the mechanisms that govern controller admission during failover.
NEW QUESTION # 108
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