Re: Would people like a modular if it didn't have patchcords
Posted: Tue Mar 20, 2012 9:12 pm
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Not according to Buchla. If I had the knowledge and resources (read: money and brains), I would be experimenting on digital controls for patching a compact and portable modular synth. I think Kevin's idea is great! Mine is just a product of my imagination.museslave wrote:It seems to me that virtual patching is best realized in software. Why go to the effort and expense of creating new alternate physical patching paradigms? The modular market is about people wanting the original paradigm.
Precisely!muksys wrote:kinda like the reactableVoltor07 wrote:What about an interface that used different shapes and sizes in blocks? Kinda like that Teac thing that Bob demonstrated once. Then expand on that concept and make new routings by stacking the various blocks? There are a lot of possibilities with such an interface.
This! Controlled fading from one routing to another. Now, you got something that patchcords can't do.Goom wrote:Extra points if the routings could fade at selectable rates, so that a morphing effect could be had.
You could do that using my idea, as well! Sliding one shape away from the stationary one while sliding another shape towards the stationary one.Sir Nose wrote:This! Controlled fading from one routing to another. Now, you got something that patchcords can't do.Goom wrote:Extra points if the routings could fade at selectable rates, so that a morphing effect could be had.
Exactly. And if you are truly interested in the concept of synthesis, you realize quickly that physical analog synthesis has limitations in functionality, size, and scope that are remedied quickly by software.unfiltered37 wrote:Yeah there's something great about analog, besides the sound, the turning of a knob, and especially making a patch. I know it's silly, but it's almost like a sexual satisfaction of plugging in a patch cord. However, digital patching is a good idea for those wishing to explore the boundaries.
With an integrated anaog synth featuring digital controls, you have limitless possibilities. With digital synths, you lose the sound but gain infinite possibilities.museslave wrote: Exactly. And if you are truly interested in the concept of synthesis, you realize quickly that physical analog synthesis has limitations in functionality, size, and scope that are remedied quickly by software.
Of course, some of us recognize the aural, physical, and psychological joy of the premise of building something from physical modules that we choose to patch and set.
museslave wrote:Exactly. And if you are truly interested in the concept of synthesis, you realize quickly that physical analog synthesis has limitations in functionality, size, and scope that are remedied quickly by software.unfiltered37 wrote:Yeah there's something great about analog, besides the sound, the turning of a knob, and especially making a patch. I know it's silly, but it's almost like a sexual satisfaction of plugging in a patch cord. However, digital patching is a good idea for those wishing to explore the boundaries.
Of course, some of us recognize the aural, physical, and psychological joy of the premise of building something from physical modules that we choose to patch and set.
You CAN send control voltages wirelessly. You need a Tesla coil and a 1/4" jack hooked to one hell of a step down transformer.EricK wrote:There have been many a time I was a patchcord too few and wished I could send control voltages wirelessly.
I think there are some pseudoscientists out there still trying to follow in Tesla's mad footsteps.
That sort of thing is doable with the SSL 1520 Segwencer module.Goom wrote:Something that would be cool with a system like this would be sequenced/clocked routing. Can you imagine having a patch that would be able to switch a filter's input from a saw to square to a ring mod signal? All under a variable clocked rate control. The possibilities there are very interesting. Extra points if the routings could fade at selectable rates, so that a morphing effect could be had.
Whoa... Nice module! I've heard of it, but I didn't know that it had this capability.Just Me wrote:That sort of thing is doable with the SSL 1520 Segwencer module.Goom wrote:Something that would be cool with a system like this would be sequenced/clocked routing. Can you imagine having a patch that would be able to switch a filter's input from a saw to square to a ring mod signal? All under a variable clocked rate control. The possibilities there are very interesting. Extra points if the routings could fade at selectable rates, so that a morphing effect could be had.