Daisy – a Raspberry Pi type tech only for music gear

If you don’t think you are able to find what you are looking for with the music retailers, then it is perhaps time to think about building your own. DIY allows you to craft according to your specs and Electrosmith are hear to help you accomplish just that. Audio electronics company Electrosmith has launched a Kickstarter for a little audio development board called Daisy. It’s a physical board computer designed for use in DIY instruments and sound processors — think of Daisy like a Raspberry Pi but just for music gear.

Shaped like (and about the size of) a stick of gum, Daisy is both for professionals and for beginners who like tinkering with electronics and code. If you’re okay with fiddling around a bit, you can use Daisy even if you’re not a programmer. It comes loaded with everything to make all sorts of audio hardware devices, like synths, effects pedals, or MIDI controllers. Plus, no soldering is needed — just plug in a USB cable to start loading programs.

You can just buy the board as a blank slate to build something from scratch, or get a ready-made Daisy device if you want to go straight to programming. Electrosmith has made four devices that Daisy can be used with. There’s a breakout board (a more robust version of Daisy for prototyping), a guitar pedal, a Eurorack module, and a desktop synthesizer.

Daisy has a lot packed into a tiny footprint. It’s got two channels of audio I/O that support 24-bit stereo audio with 32-bit DSP processing, support for MIDI I/O through a Micro USB port, USB pins and UART pins, 64MB of SDRAM, and more than 8MB of flash memory. There’s much more baked in, but essentially Daisy is a flexible starting point with lots of ways to expand (like adding extra audio channels or another USB port).

Perhaps something like this could be your next project:

The object is a small automatic device consisting of a Geiger counter (a device that registers ionizing radiation), electronics used to generate sound and control all processes, and also a hydraulic system consisting of a container with water, a set of pipes, a valve, and a pump.

The operating principle is that whenever an ionising particle activates the Geiger counter, the valve releases a water droplet, which falls into the container. This leads to a splash and oscillations in the water, which are registered by sensors. The amplitude of the waves and interference of numerous falling droplets are also detected by the system of optical sensors. All these data activate and control the sound synthesis system. In turn the sound constantly mutates and changes, owing to the non-linear nature of the emerging oscillations and the random falling of droplets. However, there are also some regularities: the lower the radiation, the calmer the behaviour of the system.

Conceptually, the device is a hybrid of a scientific instrument and musical installation, but is in actual fact a small fountain. The object is the embodiment of a perceptual paradox. On the one hand, the ionizing radiation (radiation) is destructive and frightening in its imperceptibility. On the other hand, it is constantly present in space and surrounds us (background radiation). At the same time, the sound, which is constantly dependent on the intensity of radiation, becomes a direct indicator of atmospheric developments, and to a certain extent is a safety indicator. The actual image of the object is sound and its mirror-image visual embodiment of water, the cyclical nature and mediation of sounds and processes induce a more contemplative mood (provided that there is no intense radiation).

Daisy is sort of like Teensy, another low-cost USB development board. But the company behind Daisy says that there are a few key differences. For one, Daisy has an audio codec on board, so it can generate and process sound right out of the gate. It also has pin headers (electrical connectors) pre-installed, so no soldering is needed — Daisy can be popped directly onto standard breadboards or perfboards.

There’s a sense of altruism around the Daisy project. It’s not just for people developing products — Electrosmith says its goal is to use music to encourage STEM education and “create a community of learning centered around hacking the Daisy to make fun and awesome audio projects.” In the future, the company says it will post tutorial videos and example programs with documents that describe how different circuits work. And Daisy’s firmware and schematics will be released under a permissive open-source license, so anyone can modify it and use it in personal or commercial projects.

If you want to get a Daisy and tap into your DIY side, it can be preordered on Kickstarter for $29, with expected delivery in April.