ISP Technologies' DECI-MATE, is a micro-pedal offering their unique noise reduction system. With full implementation of ISP's world-renowned Decimator technology, and including tracking improvements, the micro DECI-MATE pedal is a no gate, no compromise pedal. The DECI-MATE's single-knob simplicity makes it a user-friendly solution for real-time noise reduction. It benefits from years of innovation: the ISP Technologies engineering team has been awarded multiple patents for developing the company's Decimator technology.The DECI-MATE features the adaptive response of the Decimator, which tracks the envelope of both super-fast staccato notes as well as long sustained notes. The DECI-MATE also incorporates new DECIMATOR X technology, which uses time vector integration and eliminates any modulation of the notes, thus allowing long sustained notes to provide amazingly smooth responses.Other noise gates feature a release knob -
- a compromise solution to adjust the release response in an attempt to best match the release to your playing style. If you set a fast release to remove noise, the instant you stop playing, the long, sustained notes will either get an undesirable cutoff or will chop off the signal with a very ugly modulated release as the signal decays.In contrast, ISP's DECI-MATE provides a fully adaptive release response, which tracks the envelope of the signal and instantly changes the release from super fast to a long, smooth release for sustained notes. With the DECI-MATE you don't have to rely on a pedal with a fixed release time. The DECI-MATE offers full adaptive response that tracks exactly what you're playing, all in a super-small package that delivers transparent performance. The DECI-MATE won't alter your tone and is a full analog design without any digital artifacts or aliasing providing the most transparent noise reduction available. When real estate is critical, the DECI-MATE is the answer.
- True Bypass switching
- Greater than 90db effective noise reduction
- 9-volt operation with standard DC adapter