INTEGRATED COMMUNICATIONS VIDEO PRODUCTS

Brand Owner (click to sort) Address Description
MEDIATOP MicroUnity Systems Engineering, Inc. 4 Main Street, Suite 100 Los Altos CA 94022 integrated communications and video products comprising hardware platforms, operating systems and communications interfaces for processing voice, video and data signals;
MUSE MicroUnity Systems Engineering, Inc. 4 Main Street, Suite 100 Los Altos CA 94022 integrated communications and video products comprising hardware platforms, operating systems and communications interfaces for processing voice, video and data signals;designing and programming for others communications platforms and subsystems for use in processing voice, video and data signals;
MUSE Muse Communications Corp. 400 Convention Way, Suite 200 Redwood City CA 94063 Integrated communications and video products, namely, browser software, 3D graphic imaging software, software platforms, distributed file sharing software, HTML browser software, instant messaging software, input devices, namely, mouses, joysticks, gloves, and goggles, set top boxes and video game machines for use with television, peripherals cards, namely 3D graphics cards and cable modem cards, and computers, comprising hardware and software platforms, operating systems and communications interfaces for processing voice, video and data signals;
 

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

    
Technical Examples
  1. A feed forward power amplifier system and method identify active channels across a frequency band to suppress unwanted intermodulation distortion (IMD) products in a communications signal such as a single- or multi-carrier communications signal. A scanning receiver identifies at least one active channel in a frequency band, and identifies at least one portion of the frequency band likely to include IMD products based upon the identified active channel(s). Based upon the identified portion of the frequency band, IMD products are suppressed from the communications signal, e.g., by controlling the magnitude and/or phase of a suppression signal mixed with the communications signal.