Aodyo Instruments has launched a Kickstarter campaign for Loom, a new multidimensional MPE MIDI controller.
Building on expertise developed through the creation of their Sylphyo and Anyma synthesizers, Aodyo Instruments says that they have designed Loom to provide musicians with a versatile and powerful tool for live performances, studio recordings, and bedroom compositions
Features:
Playing modes: Includes keyboard, ribbon, strum, and drumkit modes, with more to be added via software updates. All are customizable with the included editor. Third-party development is also encouraged via a developer mode.
Multidimensional multitouch surface: Allows independent control of pitch (X), timbre (Y), and dynamics (Z) for each finger.
Available in two or three-octave configurations. Enhanced control: Provides unique sensors that complement the main surface: thumb- activated tactile sliders and bars on the front and back edge, as well as a pressure-sensitive action zone on the left.
Built for MPE and legacy MIDI: Optimized for MPE (MIDI Polyphonic Expression), but fully compatible with non-MPE MIDI instruments, with easy connection via USB-C or MIDI TRS cable with a wide range of hardware and software.
Production of the Aodyo Instruments Loom is being funded via a Kickstarter project, and it is available to project backers starting at €259, which is 35% off the planned retail price. The project has already met its funding goal.
*Note: Crowdfunded projects can involve risk. See the project site for more information.
Maker and musician Oliver Hagen has designed a custom MIDI controller for the Roland JD-Xi synthesizer, the DivingBoard.
The Roland JD-Xi has a very powerful synth engine – boasting a basic analog voice, a drum machine and a 128-voice digital synth – but is minisynth, with limited controls, making patch programming slow. Developers have created multiple JD-Xi patch editor options, as a result.
The DivingBoard, though, is a home-made MIDI hardware controller. It’s designed “to solve the lack of parameter accessibility on the Roland JD-Xi synthesizer,” notes Hagen. “It differs from other solutions I’ve seen, in that customizability and potential ease-of-use are greater, and general use with a range of synthesizers is possible.”
It is a DIY project, and materials are estimated to be about £60-£70. Find out more on the project website.