In a modern campus network, unified identity management is critical. iMaster NCE-Campus acts as a RADIUS and Portal server that integrates with existing enterprise directories. It supports synchronization and authentication against Microsoft Active Directory (AD) , LDAP , and third-party databases via standard protocols. This enables features like SSO (Single Sign-On) and ensures that user permissions are consistent with their existing corporate credentials.

For high-density and large-scale environments, the Native WAC (integrated into the core switch software
/hardware, like on the S12700E or S16700) is the preferred recommendation. Unlike a standalone AC, a Native WAC leverages the massive switching capacity of the core switch's forwarding chips to process wireless data at line rate. It simplifies the network by eliminating the need for external AC hardware and provides the scalability required to manage thousands of APs and tens of thousands of terminals within a single management framework.

iMaster NCE-CampusInsight performs comprehensive network analysis across multiple layers. It monitors and analyzes the protocol layer (control and signaling), network layer (traffic and topology), user layer (terminal behavior and experience), and application layer (service performance), providing full visibility for troubleshooting and optimization.

Native WACs do not include Navi WAC functionality, which refers to Huawei's cloud-based or virtualized WAC deployment for centralized management. Native WACs support Layer 2 roaming, centralized license control, and WAN authentication escape directly, but Navi WAC is a separate platform.

This statement is False. Huawei's Hybrid Optical-Electrical Cables (Photoelectric cables) are specifically designed to overcome the 100-meter distance limitation of traditional Ethernet. They combine optical fibers for high-speed data (10G/25G/100G) and copper wires for power. These cables are a core part of the "Simplified Architecture" and do support PoE++ (up to 90W), allowing high-power Wi-Fi 7 APs to be powered over distances of up to 300?00 meters from a central switch.