Everest Networks, Inc.

Other

Arbinder Singh Pabla

Jean-François Frigon

Samer Abielmona

Van Hoang Nguyen

Michael Davies

A wireless-access point includes a first radio to transmit RF signals in a first channel; a second radio to transmit, simultaneously to transmissions of the RF signals by the first radio, RF signals in a second, non-overlapping channel; and a plurality of planar antennas coupled with corresponding first and second radios to receive the RF signals. First and second planar antennas are coupled with the first radio to receive therefrom, in the first channel, a first RF signal and a second RF signal, respectively. The first planar antenna is arranged with its normal along a first direction. The second planar antenna is arranged with its normal along a second, different direction. A third planar antenna is coupled with the second radio to receive therefrom a third RF signal in the second channel, the third planar antenna being arranged with its normal along a third direction.

Antenna systems for multi-radio communications

A method and system of sublicensing licensed spectrum that includes establishing, by infrastructure equipment of a wireless network, sub-license terms for a radio device to operate within the licensed spectrum; retrieving, by the infrastructure equipment, the sub-license terms for operating the radio device within the licensed spectrum upon receiving a request from the radio device; and configuring the radio device to operate within the licensed spectrum in accordance with the terms of the sub-license via a virtualized interface between the infrastructure equipment and the radio device.

System and method for spectrum sublicensing

Disclosed are embodiments of a wireless access device for use in a wireless backhaul network. In an embodiment, a wireless access device for accessing a wireless network comprises: a first antenna module including a plurality of traveling wave antennas, wherein at least one of the traveling wave antennas has at least two ports; and an interface circuit coupled to the first antenna array, the interface circuit configurable to interconnect one or more radios to the one or more traveling wave antennas, including selectively interconnecting a radio frequency (RF) signal from a radio to a first port of at least one traveling wave antenna to generate a first beam for a first non-line-of-sight (NLOS) link of a wireless backhaul network, and selectively interconnecting a same or different RF signal from the same or another radio to a second port of the traveling wave antenna to generate a second beam for a second NLOS link of the wireless backhaul network, wherein the first and second beams have different radiation patterns or polarization.

Wireless backhaul network using traveling wave antennas

A wireless access device, system and method are disclosed for provisioning multiple concurrent radio services and adaptive management of multi-radio access points or multi-radio small cell base stations.

Growing community of inventors

Fremont, CA, United States of America

Arbinder Singh Pabla