DESIGNS UNDER DEVELOPMENT

The RMA Stone Splitter is a discrete transistor octave divider that features two dividing stages and a crossover section able to split the signal to be divided into high passed and low passed elements. This design currently sits at a post prototype PCB revision, but is held in redevelopment status due to observed behaviour. This particular design is one in which it is a high priority to be able to utilize the effect as a standard octave down construction with "musically useful" functions, as opposed to just being a haggard noise beast. It could also due with some more reach into the regions of insanity.

The RMA Polybius is the ultimate goal in my ring modulation development. The RMA Monobius has been a stop gap toward the aims of building out the Polybius, a truly special ring modulator.

The RMA Triangle is probably not even really a viable or interesting product to most people. In its currently unweildy form it takes three separate inputs, and actively folds those signals back out to three unaffected outputs, an additional three output channels are comprised of difference pairings of the three inputs. So, say we have three input channels: A, B, and C. The first bank of three outputs is A, B, and C. The second bank of outputs is AΔB, BΔC, and CΔA. Now there is, of course, a third set of outputs, which takes the second output channels and multiplies that signal by the uninvolved input channel to any given difference pairing. So the third bank of outputs consists of AΔBXC, BΔCXA, and CΔAXB. Owing to the up to 12 cables I feel this circuit is of fringe interest as is, but I do plan on employing the circuit with dynamic output channel manipulation in the future.

Pretty self explanitory, this. I'm doing my level best to avoid cookie cutter solutions, and honestly if high fidelity signal intergrity is of paramount importance to you this might be due for a scroll. This design is primarily discrete transistor, utilizing an opamp only in CV scaling.

The RMA Section began as a stereo width solution with facilities to perform Mid/Side encode or decoding.

The RMA Loom is a switching matrix currently in operational prototype condition as an 8x8, and awaiting a considerable amount of refinement before it's presented publicly in a 4x4 form with wider units possible in the future.