Blipsonic and CDM (createdigitalmusic.com) have announced MeeBlip anode. They say that, combining an analog filter with unique digital sound sources, all in an easy-to-understand, compact sound package, it's synth hardware anyone can enjoy immediately. Here's their press release with the details:
The all-new MeeBlip anode is part analog, part digital, capable of producing a range of uniquely aggressive, bass-heavy sounds. And inspired by the best classic synths of the past, getting your hands on that sound is always simple, direct, and intuitive. Simply plug in a keyboard, computer, iPad (via adapter), or controller via the MIDI port to play notes. Then, adjust sounds via knobs and switches - you don't need to navigate a single menu.
Its digital side reproduces the sound and architecture of classic synthesizers, but with an emphasis on adding personality, especially in the low end. Its all-new analog filter with resonance can range from smooth to raunchy - perfect for shaping sound or making squelchy basslines.
anode comes fully assembled and ready to use. But because it's open source hardware, users can learn from anode by looking through the code and circuits, modifying how it works, or even creating their own instruments based on the design.
MeeBlip is a collaboration of Canadian electronics designer James Grahame of Blipsonic in Calgary, Canada and music website CDM (createdigitalmusic.com) in Berlin, Germany. It's an early success story in open source music hardware, producing tools popular with electronic musicians and hobbyists.
Pricing and Availability:
MeeBlip anode is available direct from the manufacturer
$129.95 / 129.95€ / £109.95 including VAT
A preorder is available now, with a discount. The product will ship in approximately seven weeks. For Black Friday / Cyber Monday, they are offering a special sale. Starting now, through midnight December 3 Pacific time in the US, the code THANKSGIVING will net an additional discount:
We sat down with Rob to discuss the creative process and what lead him to using a modular