Rscan represents the LTE base station antenna technologies into Wi-Fi transmission. Compared to the traditional smart Wi-Fi antennas, the multi-beam smart selection array system possesses unique capability of optimal Tx path selection and stronger interference mitigation, as well as higher concurrent station load capacity. The Rscan can be the real best solution for high-density, high-bandwidth access under complex wireless environments.
A plain access point can only support 20-30 concurrent stations with inconsistent user experience.
The Rscan access point provides a better solution dividing wireless region and time by accurate beam steering for quality of connectivity.
This perfectly solves the problem of beam competition to a great extent. Combined with the particular ASICs and algorithm and embedded software to concentrate wireless signals towards each specific client, achieving improved signal strength and significantly mitigated interferences with incredible spectral efficiency.
The Rscan access points also support the latest 802.11ac & 802.11ac Wave2 technology, radically improving the capacity of the radios
In order to be immune from interference, a plain access point must lower its Tx Power and Sensitivity to avoid local interference sources.
In this case, it will also reduce the range of coverage and load capacity, hence many old client devices and weak clients in the corner would be kicked out of services.
The Rscan Smart Antenna Array system operates in particularly narrow beam patterns and leveraged optimal Tx power and sensitivity, contributing to the fastest speeds and most scalable wireless access solution ever without sacrificing the cover range and load capacity.
In contrast to a plain access point which receives signals from all directions, all major and minor interferences will also be received causing the instability of networking.
The Rscan access point operates in narrow beam patterns automatically resist interferences from all directions. The result is 90% effective noise mitigation.
In addition, the particular integrated active filtering module provides another 80% more background and adjacent-channel noise mitigation. In this way the access point offers with the cleanest Wi-Fi signals and the most wire-like Wi-Fi connection.
The traditional AP client positioning generally is based on signal strength and overlapping areas, which means a few access points are needed for locating a specific client whereas still with 10~20m deviation.
The Rscan, 3D positioning mechanism adopts dynamic beam pattern scanning and steering for a single access point to fulfill the job to drastically improve Wi-Fi positioning precision by 8 times bringing about the maximized LBS value.
