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| Section | Weight | Objectives |
|---|---|---|
| WLAN High Availability and Security Design | 20% | - Security architecture design
|
| Mobility Design | 25% | - Mobility architecture models
- Roaming optimization
|
| Wireless Site Survey | 25% | - Design requirements collection and constraint evaluation
- RF propagation and attenuation analysis - Pre-deployment survey and validation |
| Wireless Infrastructure Design | 30% | - Wireless Controller architecture and deployment
|
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NEW QUESTION # 28
A university is deploying a wireless lecture-capture application that streams video to many clients simultaneously. Which controller design should the engineer specify to make efficient use of the wired network?
Answer: B
Explanation:
In multicast-unicast mode the controller replicates each multicast packet once for every joined AP and sends the copies as unicast CAPWAP frames, which consumes controller CPU and multiplies traffic across the wired uplink in direct proportion to the AP count - this does not scale for a campus-wide video application. In multicast-multicast mode the controller sends a single copy of the packet to a configured AP multicast group address, and the wired network's multicast infrastructure replicates it only where needed, delivering it to all subscribed APs efficiently. This requires that multicast routing (PIM) be enabled on the wired infrastructure between the controller and the APs, and that IGMP snooping be configured appropriately on the access switches.
Enabling broadcast forwarding floods traffic without any subscription control and creates its own scaling problem, and disabling multicast entirely returns the design to per-client unicast replication over the air.
NEW QUESTION # 29
A customer has two Cisco Catalyst 9800 Series WLCs named WLC-A and WLC-B in an N+1 configuration with the same WLANs but different Layer 3 interfaces for each WLC, and APs in local mode. WLC-A manages Building A APs and WLC-B manages Building B APs. The customer wants users to remain connected and retain their session state including the IP address when moving between buildings. How must this requirement be incorporated into the design?
Answer: C
Explanation:
The requirement for users to retain their session state and IP address when roaming between buildings managed by different WLCs is a Layer 3 roaming scenario. In Cisco's wireless architecture, IP address preservation across controller boundaries is achieved through inter- controller mobility -- specifically the foreign-anchor mobility tunnel mechanism. When a client roams from Building A (WLC-A) to Building B (WLC-B), WLC-B becomes the foreign controller and WLC-A becomes the anchor controller. WLC-B tunnels the client's traffic back to WLC-A, allowing the client to retain its original IP address even while physically associated to an AP managed by WLC-B. This requires a mobility tunnel between WLC-A and WLC-B with both controllers configured in the same mobility group name -- the group name is the trust identifier that permits the mobility tunnel and anchor- foreign relationship to form. Without the same group name, the controllers will not form a trusted mobility peer relationship.
NEW QUESTION # 30
A community bank has three campus locations and one HQ with the data center. Each campus has four Cisco Catalyst 9120 APs. Poor WAN uplinks cause impacted connectivity back to HQ, and each campus is planned to have its own EWC controller based on C9120 AP to keep traffic local. Guest WLAN will be routed locally. Employee WLAN must be authenticated 802.1x PEAP via HQ ISE but can pass traffic locally once authenticated. HQ WLC will be the primary backup WLC for each WLC. Which design approach should the consulting engineer take?
Answer: A
Explanation:
This community bank design scenario requires precise alignment of EWC deployment scale, AAA integration, and traffic routing decisions with the stated constraints. With four APs per campus and a goal of local traffic handling, converting a single C9120 to EWC mode is optimal -- converting two APs to EWC (Options B and C) on a four-AP campus wastes 50% of campus AP infrastructure for controller functions rather than client service. The single EWC AP serves as the active local controller for the remaining three client-serving APs. The HQ WLC set as N+1 backup ensures that if the branch EWC fails, the remaining APs fall back to the centralized controller. For the guest WLAN, local web authentication on the guest VLAN provides the locally routed guest access requirement without requiring WAN connectivity to HQ. For the employee WLAN, adding the HQ ISE AAA server to the EWC's RADIUS configuration enables 802.1x PEAP authentication to traverse the WAN to ISE at the time of client association. Once authenticated, traffic is locally switched -- satisfying both the central authentication and local traffic routing requirements simultaneously. Option D's use of guest anchor for the employee WLAN is architecturally incorrect and would route traffic through HQ rather than locally.
NEW QUESTION # 31
A network engineer is designing a wireless network to support high availability. The network will need to support the total number of APs and client SSO. Live services should continue to work without interruption during the failover.
Which two requirements need to be incorporated into the design to meet these needs? (Choose two.)
Answer: A,E
Explanation:
To support high availability with client SSO (Stateful Switchover) and no interruption to live services during failover, the design must incorporate two requirements. First, redundant WLCs (Option A) are essential -- without a physical standby controller, there is no entity to take over when the primary WLC fails. In an SSO configuration, one WLC is active and one is standby, and the standby must be ready to assume the active role instantaneously. Second, the high availability pair requires one of the WLCs to have a valid AP count license (Option B). In a Cisco WLC SSO pair, the standby controller's AP count license applies when it becomes active -- without a valid license on at least one WLC in the pair, APs cannot join after failover.
NEW QUESTION # 32
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 # 33
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