View source for 20240047861. SMALL CELL BEAMFORMING ANTENNAS SUITABLE FOR USE WITH 5G BEAMFORMING RADIOS AND RELATED BASE STATIONS simplified abstract (CommScope Technologies LLC)

=SMALL CELL BEAMFORMING ANTENNAS SUITABLE FOR USE WITH 5G BEAMFORMING RADIOS AND RELATED BASE STATIONS=


==Organization Name==

[[:Category:CommScope Technologies LLC|CommScope Technologies LLC]]


[[Category:CommScope Technologies LLC]]

==Inventor(s)==

[[:Category:Martin L. Zimmerman of Chicago IL (US)|Martin L. Zimmerman of Chicago IL (US)]][[Category:Martin L. Zimmerman of Chicago IL (US)]]

[[:Category:Zhiwei Yin of Suzhou (CN)|Zhiwei Yin of Suzhou (CN)]][[Category:Zhiwei Yin of Suzhou (CN)]]

==SMALL CELL BEAMFORMING ANTENNAS SUITABLE FOR USE WITH 5G BEAMFORMING RADIOS AND RELATED BASE STATIONS - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240047861 titled 'SMALL CELL BEAMFORMING ANTENNAS SUITABLE FOR USE WITH 5G BEAMFORMING RADIOS AND RELATED BASE STATIONS

==Simplified Explanation==

The abstract describes a patent application for a small cell base station antenna. Here is a simplified explanation of the abstract:

* The antenna consists of a tubular reflector with four faces that point in different directions.
* Four arrays of radiating elements are mounted on each face of the reflector.
* A passive beamforming network is included, which has outputs connected to each array of radiating elements.

Potential Applications:

* Wireless communication networks: The small cell base station antenna can be used to enhance wireless communication in areas with high user density or limited coverage.
* Internet of Things (IoT): The antenna can support the connectivity needs of IoT devices in a localized area.
* Mobile networks: The antenna can be deployed in urban environments to improve network capacity and coverage.

Problems Solved:

* Limited coverage: The antenna addresses the problem of limited coverage in areas with high user density by providing directional radiating elements.
* Network congestion: By improving network capacity, the antenna helps alleviate network congestion in crowded areas.

Benefits:

* Enhanced coverage: The use of directional radiating elements and the reflector design improve the coverage area of the antenna.
* Increased network capacity: The antenna's beamforming capabilities allow for efficient use of available spectrum, increasing the network's capacity.
* Improved signal quality: The antenna's design helps reduce interference and improve signal quality for users in the coverage area.


==Original Abstract Submitted==

a small cell base station antenna includes a tubular reflector that has at least first through fourth faces that each face in different directions. the antenna further includes first through fourth arrays of radiating elements that are mounted on the respective first through fourth faces of the tubular reflector. the antenna also includes a passive beamforming network that has first through fourth outputs that are coupled to the respective first through fourth arrays of radiating elements.



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