Cisco WLCOR 350-101 case studies
Cisco WLCOR 350-101 · Put your knowledge to work in context.
The Cisco WLCOR 350-101 exam is a Cisco wireless exam aimed at network professionals who design, deploy, and operate enterprise Wi-Fi. Candidates typically already work with controllers, access points, and campus switching, and are looking to validate that they can reason about RF behavior, plan coverage, and keep a wireless network healthy after cutover. The Cisco WLCOR 350-101 case studies are 5 cases and about 3,554 words.
1Distribution Center Cell-Edge Collapse After Racking Change
A parcel company runs a distribution center 200 m by 110 m with 11 m ceilings and double-stacked steel racking. Fifty-two Wi-Fi 6 APs were installed five years ago against a 5 GHz design target of -67 dBm, validated when the racking was half its current height.
731 words, about 4 min2Auditorium High-Density Design for 2,000 Devices
An 1,850-seat university auditorium hosts a keynote with 1,300 attendees and a projected peak of 2,000 associated devices, mixing laptops, phones, live-streamed video, and two-way Q&A. The room is tiered with a 9 m ceiling at the stage, a 4 m deep balcony soffit, and concrete-and-steel construction that keeps most RF inside the room.
695 words, about 3 min3Retail WAN Outages: Local Mode Versus FlexConnect and EWC
A 240-store retail chain runs three to six Catalyst APs per store on a local access switch, a 100/20 Mbps DIA circuit, and an IPsec tunnel to a data center with 35-60 ms RTT and roughly three unplanned WAN outages per month lasting 5-20 minutes. Two Catalyst 9800-80 controllers in the data center run HA SSO and currently terminate every AP in local mode; all WLANs are centrally switched, and every store POS subnet is served by DHCP from the data center.
751 words, about 4 min4VoWiFi Roaming Gaps in a Two-Controller Hospital
A 620-AP, eight-floor hospital runs two Catalyst 9800-40 controllers in one mobility group. Nursing staff carry VoWiFi handsets using 802.1X PEAP that support 802.11r, 11k, and 11v.
700 words, about 4 min5WPA3, PMF, and a Rogue SSID on Campus
A university with 45,000 devices runs WPA2-Enterprise PEAP-MSCHAPv2 against ISE for staff and students, a WPA2-PSK SSID for 2,000 building-automation IoT devices, and a guest web portal. A security audit now requires WPA3 and protected management frames on the campus SSIDs, and the new research building is Wi-Fi 6E with 6 GHz radios.
677 words, about 3 min