Ruijie Networks Wi-Fi 7

Unique Values of Ruijie Networks Wi-Fi 7

Scenario-based Smart Antennas

Ruijie Networks Wi-Fi 7 AP features adaptive adjustment of signal radiation directions, enhancing the actual signal strength and coverage distance for clients. The high frequency band uses a dual-polarized (horizontal and vertical) omnidirectional antenna to improve non-correlation and co-frequency antenna isolation, effectively reducing interference. The smart antenna improves user experience of Wi-Fi services in high-density environments.

Spectrum Reservation and Air Interface Scheduling

In the frequency domain,
frequency reservation involves allocating dedicated frequency resources within the air interface for critical services, ensuring service reliability.
Think of frequency reservation like a dedicated bus lane.
Other vehicles are not allowed to use this lane, guaranteeing the speed and efficiency of the buses.

In the time domain, air interface scheduling identifies critical or VIP services and prioritize them in the queue, thereby enhancing the Wi-Fi user experience for VIP clients. This can be understood by comparing it to how other vehicles yield to emergency vehicles like ambulances and police cars on the road, ensuring that these vehicles have priority to pass.

Independent Dual-AI Radio Scanning

Ruijie Networks Wi-Fi 7 APs provide two built-in AI radios for independent scanning on 2.4 GHz and 5 GHz bands.
The AI radio can be equipped with enhanced roaming technology, from the aspects of roaming-out handover and roaming-in decision-making, accurately guides client devices to connect to the optimal AP, ensuring a seamless roaming experience with an average handover latency of less than 10ms for critical applications such as mobile video streaming and automatic guided vehicles (AGVs).

Digital-Twin-based O&M

The Telemetry-based data collection technology enables videos to be collected with high precision in seconds.
The scale of the collected devices exceeds 50,000 units.
Based on big data and AI technology, digital twin modeling enables real-time perception of each user's network experience changes.
On the digital twin O&M map, intelligent O&M functions such as visual fault localization for Wi-Fi devices, local network optimization, service network optimization, and VIP area network optimization are supported. This greatly enhances the efficiency and experience of Wi-Fi network O&M.