Cisco UCSC-C480-DM-FLR= High-Density Server:
Technical Specifications and Design Philosophy...
The CP-8800-A-KEM-WMK= is a high-density wireless mobility controller module for Cisco’s Catalyst 8800 Series switches. Designed for large-scale enterprise and campus networks, it integrates Wi-Fi 6E management, RF analytics, and Cisco DNA Center compatibility to streamline wireless and wired network convergence.
1. Stadiums and Large Venues
Optimizes high-density Wi-Fi 6E performance for real-time 4K streaming and IoT-enabled crowd analytics during live events.
2. Healthcare Campuses
Supports medical IoT devices (e.g., smart infusion pumps, patient monitors) with Aironet 1800s APs and HIPAA-compliant segmentation.
3. Smart Manufacturing
Enables private 5G/Wi-Fi convergence for autonomous guided vehicles (AGVs) and predictive maintenance sensors via Cisco Cyber Vision.
Q: Is this module compatible with legacy Cisco 5508 WLC-managed APs?
A: Yes—supports FlexConnect and Mobility Express modes for APs running 8.10+ code, but 6 GHz band management requires Wi-Fi 6E APs.
Q: How does it handle firmware updates in large deployments?
A: Uses Multi-Site Orchestrator for staggered, zero-downtime updates across distributed sites.
Q: What licensing is required for full feature access?
A: DNA Premier 5-year license includes AI Endpoint Analytics and Software-Defined Access (SDA) for policy automation.
For chassis validation and regional SKU specifics, visit the Catalyst 8800 modules page at itmall.sale. Ensure supervisor modules run IOS XE 17.12.1+ to enable Wi-Fi 6E capabilities.
While the CP-8800-A-KEM-WMK= excels in scalability, its dependency on Catalyst 8800 chassis limits flexibility for cloud-centric organizations. For enterprises invested in Cisco’s ecosystem, however, it’s a powerhouse—especially when paired with Cisco ThousandEyes for end-to-end visibility. Just factor in the learning curve for IT teams transitioning from standalone WLCs to converged architectures. The sheer client density it supports could redefine wireless deployment strategies, provided power and cooling infrastructures are future-proofed.