ELECTRONIC SIGNAL PROCESSORS TELECOMMUNICATIONS

Brand Owner (click to sort) Address Description
CLEARTUNE CSR TECHNOLOGY INC. 217 DEVCON DRIVE SAN JOSE CA 95112 Electronic signal processors for telecommunications, computer, multimedia, audiovisual, and consumer products; software for use in installing, managing, and testing signal processors and supporting circuitry;CLEAR TUNE;
MICROTUNE QUALCOMM TECHNOLOGIES INTERNATIONAL, LTD. Churchill House, Cambridge Business Park Cambridge CB40WZ United Kingdom electronic signal processors for telecommunications, computer, multimedia, audiovisual and consumer products, plus associated software for use in installing, managing and testing signal processors and supporting circuitry;
MICROTUNE MICROTUNE (Texas), L.P. 2201 10th Street Plano TX 750748019 electronic signal processors for telecommunications, computer, multimedia, audiovisual and consumer products, plus associated software for use in installing, managing and testing signal processors and supporting circuitry;
MICROTUNE Bartek, Douglas J. 2693 Grapevine Terrace Fremont CA 94539 electronic signal processors for telecommunications, computer, multimedia, audiovisual and consumer products, plus associated software for use in installing, managing and testing signal processors and supporting circuitry;
OPTITUNE Microtune, Inc. 2201 Tenth Street Plano TX 75074 Electronic signal processors for telecommunications, computer, multimedia, audiovisual, and consumer products; software for use in installing, managing, and testing signal processors and supporting circuitry;OPTI TUNE;
OPTITUNER Microtune, Inc. 2201 Tenth Street Plano TX 75074 Electronic signal processors for telecommunications, computer, multimedia, audiovisual, and consumer products; software for use in installing, managing, and testing signal processors and supporting circuitry;OPTI TUNER;
 

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

    
Technical Examples
  1. Methods and systems for providing wide-band voice service via a telecommunications switch are described herein. A call can be initiated from a wide-band telecommunications device (e.g., an IP telephone) to another telecommunications device through a gateway (e.g., an IP gateway) associated with one or more telecommunications networks, such as, for example, a WAN, LAN and/or PSTN. One or more digital signals (e.g., 4 or fewer DS0s) can then be reserved for the call, if a telecommunications switch (e.g., a class 5 circuit switch, 5ESS®, etc.) associated with one or more of the telecommunications networks determines that at least one timeslot is available to permit a transfer of the call to the other telecommunications device. Thereafter, a wide-band signal converted from the digital signal carrying the call from the gateway to the other telecommunications device can be passed over a telecommunications interface, such as a GR-303 connection, as determined by the telecommunications switch to the other telecommunications device.