Surprise: there’s a little tiny rave hiding inside a flickering LED lamp from a toy. Fortunately, we can bring it out – and you can try this yourself with LED circuitry, or just download our sound to remix.
You can already connect your music software to MIDI devices. But why not Internet data, video, the weather, or physical worlds of Arduino and LEGO Mindstorms, too? With a new pack released today, making connections is a matter of adding some building blocks.
Wish granted, hackers. The full specification for Ableton’s Push 2 hardware is now online on GitHub, after passionate Live users clamored for its release. And there’s a lot. This isn’t just a MIDI specification (though that’s there). Every minute detail of how colors appear on LEDs gets covered. (The color “white” has its own section. Yeah, like that minute.) Every animation. The pixels that show up on the display. This isn’t just a guide to how to hack Push 2 – though it’s certainly that. It’s a technical bible on how Push 2 works.
It’s not enough just to gripe about something not being good enough, to tally a criticism of a product in the “cons” side of a review. Intrepid musician-hackers are going and just changing it themselves. Karg, the Heidelberg-based musician (with an ‘a’), is a fan of Korg, the manufacturer (with an ‘o’). And presumably when he bought the Kaossilator Pro+ and its touch pad access to tones. But he ran into frustration when he couldn’t quite get his finger on precise pitches and rhythms. So, he hacked the hardware to add the functionality he wanted.
There may be an Ableton logo splashed on it and integration designed specifically for Live. But one of the nice things about Ableton’s Push and Push 2 hardware are that, at their core, they’re open. Everything sends and receives standard MIDI messages. As we’ve seen, even the display is hackable. And that is admirable not only from an engineering standpoint, but because it means the hardware you invest in has a life beyond just specific drivers and software updates. Now, that extends even to rival software Bitwig Studio – which means you can even use a Push 2 on Linux.
Ableton’s Push 2 has a big, beautiful, color display. But what goes on that display is limited to what Ableton has built in – or, rather, it was, until now. London-based producer/hacker sigabort has already built a Max object that lets you access the display directly as a high-res, color texture. Max boffins, this means you can even use Jitter objects directly. And for those who have no idea what the previous sentence just meant, think of it this way: Max patches will now be able to create their own full-color visual outputs, for practical or entertainment purposes. (Max for …
Are you in a warranty-voiding mood? Have you got a soldering iron? The KORG volca bass is already a nice enough little synth. But mix in a modification that adds frequency modulation to the filter, and you get some delicious, acid good times. Skip ahead to the end of the video above to hear what we mean.
“I’m the operator with my pocket calculator.” No — like, actually. HoustonTracker 2 runs on the TI-82/83/83+/84+ Texas Instruments graphing pocket calculators – the kind you probably had to buy for your high school math class. And it doesn’t just make the calculator into a sequencer. All the sounds come straight out of the calculator itself, thanks to some gorgeous-sounding 1-bit noises. (Who needs those 15 or so extra bits, anyway? This is beautiful.) What do I mean? Just watch:
Blessed be MIDI, again, for making us independent. Frankfurt am Main-based untergeekDE decided he didn’t want to go to a Mac or Windows PC just to edit settings on his Arturia BeatStep. MIDI (System Exclusive messages)m to the rescue. Actually, even calling this a ‘hack’ isn’t really fair: this is exactly how this is supposed to work. Edit the settings you want on the hardware using anything you like, in this case taking advantage of TB MIDI Stuff. That handy app is practically reason enough to get an iPad, even a compatible used one. In the process, untergeek even changed …
In the last couple of weeks, we’ve gotten not just one, but two new synthesizers that piggy-back on the Arduino electronics platform. The result, then, is instruments that you can modify via Arduino code. You’ll need an Arduino for each of these to work, so figure on adding some bucks to the purchase price. (I also recommend only using a real Arduino or Genuino; the clones I’ve found are often unreliable, and it’s better to support the developers of the platform.)