DSP Software Design
Pittsburgh Digital is a recognized leader in audio DSP algorithm design for musical and audio applications, having an extensive library of our own algorithms that we can implement in your products.
We can rapidly prototype audio processing blocks in Matlab, and run them on real-time DSP hardware for your evaluation.
For manufacturers who are unsure about a new idea or product, Pittsburgh Digital can simulate the technology in question, providing a clear picture of performance and sound quality, prior to the risk of significant investment in expensive prototypes.
We have a growing list of audio effects algorithms in our arsenal. Please call us to discuss your specific needs.
| Room reverbs, Ping-pong delay, Flanger, Spring reverb, Note onset detection, Vibrato, Vintage analog modeling, Limiting, De-essing and sibilance control, Looping, Auto-panning, Vocal removal, Guitar tuner, Classic EQ, Pitch shifting, Tap tempo control, Acoustical compensation, ADSR envelope, Sample and hold, Tweed amp models, MIDI-controlled effects, Fuzz distortion, Gated reverb, Lo-Fi bit reduction effects, Acoustic guitar effects, Dynamic effects, Tape saturation, Multi-voice chorus, British overdrive amp models, Octave effects, Low frequency enhancement, Echo, 1/3 octave EQ, Valve distortion, Wah models, Hall reverb, Bass effects, Cabinet emulation, Hum removal, Notch filtering, Parametric EQ, Non-linear processing, Phase shifter, Sample record/playback, Vocal effects, Feedback elimination, FIR filters, Compression, Multi-voice chorus, Chromatic tuner, Custom MIDI controller, Parametric EQ, Compression, Chromatic tuner, MIDI controller, Parametric EQ, Synthesis, Analog delay emulation, Tremolo, Time alignment, Rotary effects |
We can provide eXpress DSP (a.k.a. XDAIS) algorithms for all Texas Instruments DSP platforms.
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