iMaster NCE-Campus includes a built-in terminal fingerprint database that identifies device types and terminal characteristics to support intelligent access control and network management.

Increasing AP transmit power excessively causes co-channel interference and reduces overall performance in high-density environments. Proper RF planning and balanced power levels are required. High power may extend coverage but degrades capacity and throughput due to overlapping signals.

Single-AP networking is suitable for small stores with fewer than 50 terminals because it provides sufficient coverage and capacity without the complexity of multi-AP deployment, simplifying management and reducing costs.

In the Xinghe Intelligent Campus ESN-free deployment (aimed at simplifying logistics where the Serial Number/ESN isn't known beforehand), the iMaster NCE-Campus (D) platform generates a unique SiteCode. This SiteCode is provided to the installation personnel, who then enter it into the deployment app or the device's local web UI. Once the device connects to the internet, it reports the SiteCode to the platform, which then automatically binds the device's ESN to the correct site configuration.

AP transmit power must be carefully set within an appropriate range. Excessive power can cause interference with neighboring APs, while too low power can lead to coverage gaps. Proper adjustment ensures balanced coverage, reduced interference, and optimal wireless performance.