DCN devices are guaranteed to work with 802.11a/b/g/n/ac/ax standards in the 2.4 GHz or 5 GHz frequency range. The use of Wi-Fi 6 technology allows you to achieve a bandwidth of up to 6.82 Gbps per device. Access points with dual-band and tri-band radio provide reliable access to a large number of simultaneous users. MU-MIMO technology greatly improves system performance, as it can simultaneously transfer data to multiple Wi-Fi clients at any time.

Based on Wi-Fi 6 technology, TWT (Target Wake Time) mechanism is used to reduce energy consumption. Allows devices connected to the access point to set the wake-up time and frequency to transmit or retrieve data. This contributes significantly to increasing the sleep time of the device and thus prevents excessive energy consumption.

It ensures good connection quality not only by verifying the signal strength, but also by analyzing network traffic, the number of users or the frequency bands used. A single access point can handle hundreds of clients using access at the same time and automatically adjust the speed to be optimal for each user

DCN access points support an automatic failover mechanism that responds when the device loses connection to the controller, allowing quick switching of the operating mode so that it can continue uninterrupted data transfer and allowing new users to access the network. Features such as user isolation, intrusion detection and defense, blacklist, whitelist or wireless SAVI, PEAP user authentication ensure the privacy and security of network users' data. DCN access points can be used with the controller to provide multiple secure access, authentication, and billing mechanisms in a variety of application environments.

With the cooperation of the access points and the controller, it is possible to use intelligent RF management, which allows automatic control of the signal strength and channels of the Wi-Fi network. The controller using specific RF detection and management algorithms allows for better coverage effect. When the signals are disturbed by strong extraneous signals, the access point can automatically switch to the corresponding operating channel under the control of the access controller to avoid such interference, thus guaranteeing uninterrupted Wi-Fi connection. The wireless system also supports blind spot compensation. When an access point in the network fails, the RF management function compensates for the dead point.