particularly effective for "gnarly" sound design where grit and character are more important than clinical precision.

The is a high-precision Rack Extension for Reason that recreates the iconic, squelchy low-pass filter of the Roland TB-303 . By using industrial-grade circuit simulation techniques, it bridges the gap between classic analog character and modern digital production. Key Features & Capabilities

Includes a built-in envelope follower with an external sidechain input, allowing the filter to respond dynamically to the loudness of any incoming signal.

Unlike traditional Moog-style transistor ladders, diode ladders feature interacting poles that create more unpredictable, non-linear distortion. This makes the Acid Diode Ladder Filter

Utilizes advanced DSP—comparable to professional simulators like SPICE—to model individual electronic components in real-time.

Reason Re Acid Diode Ladder Filter [win] | 500+ QUICK |

particularly effective for "gnarly" sound design where grit and character are more important than clinical precision.

The is a high-precision Rack Extension for Reason that recreates the iconic, squelchy low-pass filter of the Roland TB-303 . By using industrial-grade circuit simulation techniques, it bridges the gap between classic analog character and modern digital production. Key Features & Capabilities Reason RE Acid Diode Ladder Filter [WiN]

Includes a built-in envelope follower with an external sidechain input, allowing the filter to respond dynamically to the loudness of any incoming signal. particularly effective for "gnarly" sound design where grit

Unlike traditional Moog-style transistor ladders, diode ladders feature interacting poles that create more unpredictable, non-linear distortion. This makes the Acid Diode Ladder Filter Reason RE Acid Diode Ladder Filter [WiN]

Utilizes advanced DSP—comparable to professional simulators like SPICE—to model individual electronic components in real-time.