The KING Falcon Auto Scanning Directional WiFi Antenna is Robust
Michael Hemsworth — August 28, 2020 — Tech
The KING Falcon Auto Scanning Directional WiFi Antenna is an automated piece of equipment for RV owners, truck drivers and travelers alike that will enable them to enjoy robust connectivity in a streamlined manner.
The antenna works by being positioned on the roof and will go to work rotating itself in the required direction in order to capture the strongest signal possible. This can be done through the accompanying smartphone app to help users maximize their connectivity no matter where they are.
The KING Falcon Auto Scanning Directional WiFi Antenna is capable of extending network capabilities and is capable of being used with any connection equipment. The three antennas on the accompanying KING WiFiMax will allow for enhanced beamforming, while the impact-resistant design of the unit ensures dependability.
The antenna works by being positioned on the roof and will go to work rotating itself in the required direction in order to capture the strongest signal possible. This can be done through the accompanying smartphone app to help users maximize their connectivity no matter where they are.
The KING Falcon Auto Scanning Directional WiFi Antenna is capable of extending network capabilities and is capable of being used with any connection equipment. The three antennas on the accompanying KING WiFiMax will allow for enhanced beamforming, while the impact-resistant design of the unit ensures dependability.
Trend Themes
1. Automated Wifi Extension Antennas - The automated positioning and signal optimization features of WiFi extension antennas present disruptive innovation opportunities in improving connectivity for remote travelers and outdoor enthusiasts.
2. Smartphone-controlled Antenna Rotation - The integration of smartphone apps to control antenna rotation opens up possibilities for disruptive innovation in the field of wireless signal optimization and customization.
3. Enhanced Beamforming Technology - The implementation of enhanced beamforming technology in WiFi extension antennas offers disruptive innovation opportunities in improving signal stability and range for various applications.
Industry Implications
1. Recreational Vehicle (RV) Industry - The automated WiFi extension antennas hold potential disruptive innovation opportunities to enhance the connectivity experience of RV owners, making it an attractive feature in the industry.
2. Transportation and Logistics Industry - Integrating automated WiFi extension antennas into trucks and vehicles for truck drivers presents disruptive innovation opportunities to improve long-distance connectivity and productivity.
3. Wireless Technology Industry - The development of advanced WiFi extension antennas with enhanced beamforming capabilities establishes disruptive innovation opportunities for companies specializing in wireless communication solutions.
2.4
Score
Popularity
Activity
Freshness
