Description
The Behringer CM1A 16-Bit MIDI to CV Converter Module is available at SynthforSale. Order now for fast UK home delivery. Flexible connection Experience the expansive control of MIDI to CV with the Behringer CM1A now you have control over your modular synthesizer in a plethora of different ways. Connect your computer to the USB input and control your CV and Trigger outputs via a DAW utilise your MIDI controller by plugging into the MIDI THRU and Input and transmit signals by playing your keyboard as you normally would. This opens a new world of possibilities especially for live performers and musicians where you can now control the melodic phrasing of your modular synth through a keyboard. Many musicians feel more comfortable in playing in the notes instead of triggering them giving you a much more authentic feel and experience which will translate to better performance for your audience. Dual trigger Equipped with dual trigger outputs you can control any of your favourite envelope generators with the CM1a. Switch between V-trig S-trig or both output simultaneously via the Trig Mode Switch. This will allow you to gate signals through many different kinds of modules that may use different circuits so you will always be in control and have access to use through all of your preferred modules. Eurorack ready Featuring a slim-line 6HP design the CM1A will integrate seamlessly into your existing Eurorack case without taking up a significant amount of space. A quick and easy power connection is all that is needed to get the CM1A up and running in your setup avoiding any complicated setups and calibrations to get stuck into your modular synth. FeaturesConvert your MIDI signals to analog control voltages to use with modular synthesizers Extremely high-resolution 16-bit DAC for incredible pitch accuracy Control hardware MIDI keyboards or virtual instruments in your DAW Dual trigger outputs to control envelope generators Chose between V-trigger S-trigger or bothSpecifications OutputsCVCV output type: 2 x 3.5 mm TS jack DC coupled Impedance: 100ohms Max output level: -6.3 V to +10 V CV range System 100 2500 series mode : -1 V to +9 V 1 V/octave CV range System 15 35 55 mode: -5.3 V to +4.7 V 1 V/octave CV modes: Monophonic duophonicTriggerTrigger output type: 2 x 3.5 mm TS jack DC coupled Impedance: 25ohms Max output level: +5 V when in V-Trig mode S-Trig = pull down to 0 V Trig modes: V-Trig S-Trig both: upper = S-Trig lower = V-TrigMIDIType: 2×5-pin DIN MIDI In and MIDI THRU MIDI Channel (1 to 16) set via SynthTribe toolUSBType: 2.0ModesMode 1 = red/red LED: System 15 35 55 CV range monophonic Mode 2 = green/red LED: System 100 2500 series CV range monophobic Mode 3 = green/green LED: System 15 35 55 CV range duophonic Mode 4 = green/green LED: System 100 2500 CV Range duophonicGeneralPower:Supply: Eurorack Current draw: 0 mA (+12 V) 10 mA (-12 V)Dimensions (D x W x H): 30mm x 129mm x 520mm HP: 6HP Weight: 0.09kg Product code: CM1A The Behringer CM1A 16-Bit MIDI to CV Converter Module is a flexible Eurorack module that allows you to control your modular synth with a MIDI keyboard sequencer or DAW. Take control of your synth and open up a new world of performance by connecting the world of MIDI to Eurorack friendly control voltages. Connect to your computer via the front panel USB and control your virtual instruments through your DAW or send MIDI via the 5-pin DIN connector from your favourite MIDI keyboard or sequencer. You can even do updates via the USB to ensure you are always up to date with any advancements in firmware as well as accessing additional features via the SynthTribe app such as selecting pitch bend range and MIDI input channel. A hidden switch on the rear of the unit provides a huge range of flexibility to cater to your Eurorack allowing you to configure the CV range for the range of SYSTEM15/35/55 or more traditional modular synthesizers. This switch also lets you switch between monophonic and duophonic modes to ensure a highly accurate pitch. Fitted with a 16-bit Texas Instruments DAC the CM1A ensures the highest resolution and most accurate pitch detection accuracy as possible going above and beyond what is conventionally available.
