AUDIO APPARATUS AUDIO SOFTWARE

Brand Owner (click to sort) Address Description
APOGEE Apogee Electronics 3415 Donald Douglas Loop South Santa Monica CA 90405 audio apparatus and audio software for converting signals and audio formats, blank digital and analog audio media, namely, compact discs, audio cassettes, and television video storage tapes;
APOGEE DIGITAL Apogee Electronics 3415 Donald Douglas Loop South Santa Monica CA 90405 audio apparatus and audio software for converting signals and audio formats, namely, analog/digital and digital/analog converters, digital format converters, digital signal processors (DSP), microphone preamplifiers, audio filters, analog gain reduction processors, digital/mixing consoles, modular digital multi-track machines (MDM); blank digital and analog audio/video media, namely, compact discs, audio cassettes, and television video storage tapes; analog/digital interconnect cables for interfacing audio equipment;DIGITAL;
UV22 Apogee Electronics Corp. Trademark Department 1715 Berkeley Street Santa Monica CA 90404 audio apparatus and audio software for converting signals and audio formats, blank digital and analog audio media, namely, compact discs, audio cassettes, and television video storage tapes; audio apparatus and electronic equipment for converting signals and audio formats, namely, analog/digital and digital/analog converters, digital format converters, digital I/O devices, digital signal processors (DSP), microphone preamplifiers and audio filters; analog and digital processing equipment; audio apparatus for converting signals and audio formats, audio cables, namely, analog/digital interconnect cables for interfacing audio equipment;
 

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

    
Technical Examples
  1. Method and apparatus for playing analog audio in an electronic audio system having multiple audio codecs, only one of which has a direct hardware connection to the analog audio source. First analog audio data is received from the analog audio source at a first audio codec, and converted to digital audio data using the first audio codec. The digital audio data is stored in a memory, and read back from the memory, transferred to a second audio codec. The digital audio data is then converted to second analog audio data using the second audio codec, and output from the second audio codec. An audio controller may be used to store the digital audio data in a loopback buffer within the memory, read the digital audio data from the loopback buffer, and may further be programmed to operate in a prepare loopback state, a loopback running state, and a recording state.