OPEN AIR LASER OPTICAL COMMUNICATION EQUIPMENT

Brand Owner (click to sort) Address Description
AIRFIBER AirFiber, Inc. 16510 Via Esprillo San Diego CA 92127 OPEN-AIR LASER OPTICAL COMMUNICATION EQUIPMENT, COMPRISED OF LASER OPTICAL TRANSMITTERS AND RECEIVERS, COMPUTER HARDWARE, AND COMPUTER SOFTWARE, THAT FACILITATES WIRELESS COMMUNICATIONS BY INTERFACING WITH BROADBAND TELECOMMUNICATIONS EQUIPMENT;AIR FIBER;
AIRFIBER AirFiber, Inc. 16510 Via Esprillo San Diego CA 92127 open-air laser optical communication equipment, comprised of laser optical transmitters and receivers, computer hardware, and computer software, that facilitates wireless communications by interfacing with broadband telecommunications equipment;AIR FIBER;
OPTIMESH AirFiber, Inc. 16510 Via Esprillo San Diego CA 92127 Open-air laser optical communication equipment, comprised of computer interface boards for fiber optic networks, and computer software for digital wireless communication network applications; computer software for implementing and managing a digital wireless communication network; computer communications servers for running software for implementing and managing a digital wireless communication network;
 

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

    
Technical Examples
  1. A solid state laser module for amplification of laser radiation. The module includes a laser gain medium having a pair of generally parallel surfaces that form a disc-like shape, that receive and transmit laser radiation. At least one perimetral optical medium is disposed adjacent a peripheral edge of the laser gain medium and in optical communication therewith. A source of optical pump radiation directs optical pump radiation into the perimetral optical medium generally normal to the parallel surfaces and the perimetral optical medium transports the optical pump radiation into the laser gain medium to pump the laser gain medium to a laser transition level. Alternative embodiments include arrangements for directing cooling fluids between adjacently disposed laser gain media.