The Behringer STEPS is a Eurorack format six-stage function generator that can be configured in various ways to generate different types of modulation. STEPS is capable of creating intricate LFO waveshapes, sequences and envelopes to name a few. The 6-stage envelope broken down into smaller and smaller segments and these can be as complex as you want them to be. How to get single or grouped segments? It’s all in how you patch STEPS. Patching a signal into one of the gate inputs of STEPS groups any gate to the right of it into the envelope. For example, if you patch into gate 3, then gates 4, 5 and 6 are included, creating a 4-stage envelope. Patching into gate 6 will give you a single segment envelope or you can go crazy and patch into all 6 gates and output them to any module of your choice to create six single stage envelopes. You can even chain 6 STEP modules together to get a whopping 36 segments to experiment with incredible and super complex envelopes. Each segment of steps has three modes: Ramp, Hold and Step, which determine how the output reaches the target voltage. These modes are controlled and modified via the segment’s corresponding potentiometer and slider. STEPS is designed to fit into a standard Eurorack case. Just connect the power cables to the power supply and mount the module using the included screws. Mix STEPS with other modules in your setup and start creating unique sequences that add a whole new dimension to your sound. Features Ultra-flexible 6-stage envelope, 4-step sequencer and LFO module Based on Mutable Instruments Stages High-resolution 24-bit/48 kHz synthesis for unsurpassed sound quality Single and grouped segment looping capabilities 3 different segment types include Ramp, Hold and Step Video: https://youtu.be/P2u3x-NLUvUProduct Specs Item Number: 35956 Make: Behringer Model: Steps Condition: Brand New Finish: Black Categories: keyboards-and-synths ⇒ eurorack Function: Envelope Generator LFO Sequencer Made In: China MPN: BEH-STE Modular Grid: Eurorack ⓘ ＋ Dimensions*: 14 HP 47 mm deep Power*: 100 mA +12V 30 mA -12V ? mA 5V * User contributed details
