MATRIXSYNTH: NAMM: Doepfer A-187-1 Voltage Controlled DSP Effects


Thursday, January 07, 2010

NAMM: Doepfer A-187-1 Voltage Controlled DSP Effects

via Doepfer
"Module A-187-1 is a DSP based effects module with voltage control of four parameters of the selected digital effect (with manual control and CV input with attenuator for each parameter). The effect (e.g. reverb, delay, pitch-shifter, distortion, equalizer) is selected by a 16-position rotary switch.

A detailed list with all effects and the voltage controlled parameters is shown below. The list is valid for the prototype we will show at the Frankfurt Musikmesse 2009. The effects and parameters of the final version of the module may be different !

A ready made DSP board is used inside the A-187-1 module. Consequently only these effects and parameters are available that are supported by the DSP module. Some parameters can be changed only in steps or with audible artefacts. The first audio examples can be found below.

The final version of the module may be equipped with two audio inputs and two audio outputs because the DSP board used in the module features stereo audio processing. In this case there is no more room for the audio input attenuator. If necessary external attenuators (e.g.. A-183-1) or VCAs could be used. The final decision will be made after the Frankfurt Musikmesse 2009."

No comments:

Post a Comment

To reduce spam, comments for posts older than one week are not displayed until approved, usually same day. Do not insult people. For items for sale, do not ask if it is still available. Check the auction link and search for the item. Auctions are from various sellers and expire over time. Posts remain for the pics and historical purposes. This site is meant to be a daily snapshot of some of what was out there in the world of synths.

PREVIOUS PAGE NEXT PAGE HOME


Patch n Tweak
Switched On Make Synthesizer Evolution Vintage Synthesizers Creating Sound Fundlementals of Synthesizer Programming Kraftwerk

© Matrixsynth - All posts are presented here for informative, historical and educative purposes as applicable within fair use.
MATRIXSYNTH is supported by affiliate links that use cookies to track clickthroughs and sales. See the privacy policy for details.
MATRIXSYNTH - EVERYTHING SYNTH