ISP Technologies DECI-MATE G Micro Noise Reduction Pedal with Loop Connections

Description

ISP Technologies DECI-MATE G Micro Noise Reduction Pedal with Loop Connections

Gainy amps and noisy pedals are no match for the hard clamping and smart gating found within ISP’s Deci-Mate G. This micro-sized adaptive gate manages to pack all the noise reduction of the full-sized ISP Decimator G String pedal, and then some, into its front-pocket format. It’s all powered by ISP’s latest Decimator X noise-reduction technology. Whether you’re creating deep swells or rapid-fire staccato riffs, the Deci-Mate G does its thing without chopping off notes. You can use this pedal inline as you would a traditional noise gate, or throw it in an amp’s FX loop to filter out all the noise generated by your pedalboard and preamp stage. An 1/8″ to dual TS breakout pedal is included. The Deci-Mate G’s all-analog circuit ensures absolute transparency with no digital artifacts. Whether it’s a vintage fuzz pedal or a cranked JCM, there’s some part of your signal chain that needs noise reduction. Clean it up effectively with the ISP Deci-Mate G noise gate pedal from Music Bliss.

FEATURES

• All the power of the Decimator G String (and then some) in a micro pedal format
• Can be used inline, in a pedal chain, or inserted into an amp’s FX loop
• Tracks directly from your guitar’s input
• Decimator X technology suits rapid-fire staccato riffs to long, sustained phrases
• Superior to traditional noise gates — won’t chop off sustained notes
• All-analog circuit offers 90dB of ultra-transparent noise reduction with no digital artifacts
• True bypass operation doesn’t color your tone
• Small footprint doesn’t gobble up pedalboard real estate
• 1/8″ to dual 1/4″ TS breakout cable

SPECIFICATIONS

• Pedal Type:Noise Gate
• Analog/Digital:Analog
• Inputs:1 x 1/4″
• Outputs:1 x 1/4″
• True Bypass:Yes
• Power Source:9V DC power supply required (sold separately)
• Power Usage:40mA
• Height:1.3″
• Width:1.5″
• Depth:3.7″

Product Dimension Shipping Weight: 0.2 kg