ANTENNAS WIRELESS COMMUNICATION APPARATUS

Brand Owner (click to sort) Address Description
METAWAVE Metawave Corporation 5993 Avenida Encinas, Suite 101 Carlsbad CA 92008 Antennas for wireless communication apparatus; Wireless transmitters and receivers; Radio-frequency receiver; Electronic communications systems comprised of hardware and recorded software for the transmission of data between two points; Communication apparatus to transmit communications from a vehicle to another vehicle; Amplifiers for wireless communications; Devices for wireless radio transmission; Millimeter wave integrated circuit; Integrated circuits for use in wireless network relays; Electronic components in the nature of wireless network relays; computer hardware, namely, Wireless network repeater;META WAVE;Autonomous vehicle sensors, namely, distance measuring apparatus and direction angle measuring apparatus for detecting location and movement of vehicles and objects on roads for use with vehicles and other mobility devices;
SKYLINK Troll Systems Corporation 24950 Anza Dr Valencia CA 91355 Antennas for wireless communication apparatus in connection with aircraft and for transmission of data to and from same;SKY LINK;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A wireless communication system has no limitation in the number of AP antennas and UT antennas, and determines the parallel-communication data units to be a maximum value of MIMO communication, such that it provides a MIMO-SDMA wireless data communication system having superior transmission characteristics. The MIMO-SDMA wireless data communication system includes a single AP (Access Point) and U UTs (User Terminals) communicating with the AP using the same frequency signal at the same time. The UT includes the SDMA reception (Rx) processor, and synthesizes Rx signals of antennas, such that it controls the number of Rx data units. By the control of the number of Rx data units, the communication system controls the number of parallel-communication data units to be equal to a maximum value capable of being implemented by the MIMO-SDMA wireless data communication. The AP informs the UTs of a coefficient matrix required for the SDMA Rx process, prior to transmitting actual data.