Aruba ACMP case studies
Aruba ACMP · Put your knowledge to work in context.
The Aruba Certified Mobility Professional (ACMP) is a professional-level HPE Aruba Networking credential for engineers who design, deploy, secure and keep running Aruba wireless LANs built on mobility controllers, gateways and access points. In the HPE certification catalog it appears alongside the associate-level HPE Aruba Networking certified associate - Campus access and the expert-level HPE Aruba Networking Certified Expert - Campus Access Mobility, so it is normally the middle step for wireless engineers, consultants and partner staff who already handle daily WLAN operations and now need to show design-level judgement. Expect the exam to probe how you reason rather than what you can recite: RF planning and coverage-versus-capacity trade-offs, controller and AP configuration, role-based policy and client security, roaming and redundancy design, and structured fault-finding when a campus WLAN has to stay up under load. Prepare from official material. The Aruba ACMP case studies are 5 cases and about 3,093 words.
1Auditorium High-Density Design Under Real Load
A university is designing Wi-Fi for a 1,200-seat auditorium with a 14 m ceiling. Peak lecture load is 1,800 associated devices (laptops and phones), mostly 5 GHz capable.
680 words, about 3 min2Local Versus Tunneled Forwarding on a Multi-Floor Campus
A retail headquarters has six floors and 180 APs. An ArubaOS 8 Mobility Conductor pair manages two Mobility Controllers in the data center.
655 words, about 3 min3Role-Based Access for Staff, Contractors, Devices, and Guests
A 500-bed hospital has 2,500 staff, 400 contractors, and 1,200 medical devices. ClearPass is integrated with AD.
600 words, about 3 min4Controller HA and Seamless Roaming Across a Routed Core
A university campus has two buildings separated by a routed core. Each building has its own /24 client subnet.
603 words, about 3 min5Nightly Scanner Disconnects in a Metal-Rack Warehouse
A distribution center has 60 APs on 5 GHz and 2.4 GHz, 1,500 handheld scanners, and racks 12 m high. Scanners roam constantly and are used for 24-hour operations.
555 words, about 3 min