Innovative technology that will significantly improve the performance and reduce dimensions of the automotive communication system especially used for satellite communication.

About

Successfully completed discovery of new antenna technology that allows significantly improving performance of automotive wireless communication system with satellites, achieving their miniaturization and allows providing a “Zero latency” communication system with satellites. THE PROBLEM– the unmet needs we address: The antenna is a very important part of any wireless communication system. This antenna is the component responsible for the signal and data transfer to and from the automotive wireless communication system. The signal of antenna determines the following parameters:  Quality of the transmitted data such as sound, pictures, video, etc.;  Distance of transmission and reception;  Speed of internet and web connection.  Signal latency On the other hand, antenna technical requirements determine:  The physical dimensions of the automotive wireless communication system;  Larger antenna dimensions require enlargement of the system; The current antenna technologies have not changed for many years and it suffers from low efficiency and quality performance with large dimensions and signal latency with communication with satellites. THE SOLUTION – a breakthrough technology: We have developed a novel antenna technology. But our antennas provide very high antenna performance and efficiency allowing:  Enhancing signal reception and transmission radius;  “Zero latency” using satellite communication.  Lower transmitting power required and lower energy emission.  Improving voice and video quality;  Reducing erratic reception;  Facilitating faster data exchange and internet speed. Ultra large antenna bandwidth - Additionally, high importance of this technology is an antenna ultra large bandwidth that enables using one single antenna for multiple frequencies instead of two or three different antennas. Thus, it saves very valuable space within the automotive wireless communication system and reduces costs. With the reduction of size and space requirement of the antenna, the automotive wireless communication system can also be optimised to accommodate additional features. This is an area of challenge for automotive wireless communication system manufacturing and it acts as critical USP. At the same time, the antenna can be installed into existing or new automotive wireless communication system where there is no need to change manufacturing procedures or software of the devices.

Key Benefits

We have developed a novel antenna technology. But our antennas provide very high antenna performance and efficiency allowing:  Enhancing signal reception and transmission radius;  “Zero latency” using satellite communication.  Lower transmitting power required and lower energy emission.  Improving voice and video quality;  Reducing erratic reception;  Facilitating faster data exchange and internet speed Ultra large antenna bandwidth

Applications

Automotive, Satellite communication, Telecommunication and etc.

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