Novation has unveiled this week their own “free” step sequencer offering for Ableton Live. It’s some lovely work, with basic melodic pattern playback that comes alive once you add some envelopes.
It’s a cool creation — but for me, it’s massively overshadowed by a new video featuring the upcoming Renoise 2.5 beta with the same Launchpad controller.
I’ll introduce it by saying, simply… hot damn.
Looking at the monome hardware, it could be difficult to understand how a simple array of buttons has become the most important musical design of the decade. It’s been the software that has brought this to life, not least the work of stretta (aka Matthew Davidson).
In the early days of electronic music, the creation of modular systems for synthesizing sound was a major breakthrough. Today, we can produce modular systems for composition, for assembling the music itself. And in a world in which “more” is the key word, many of these systems, by design, do less, focusing on the essential.
stretta reached a major landmark late last week, with the release of the maxforlive monome suite. It’s a set of seven Max for Live devices, with variations, which can be dropped into Ableton Live for use in musical projects. But it’s also more than that – it’s a modular model for how stretta thinks, and each module is designed to be used with the others, all without ever having to take your hands or eyes off the monome controller. Included in the pack:
Details and download link (no explicit license coming yet, but Matthew has promised an open license):
maxforlive monome suite released
I got the chance to talk to Matthew about the project, how he created it, how to approach using it, and what it was like working with Max for Live.
All photos by Matthew Davidson; released under a Creative Commons attribution license. Click the images for full-sized versions.
The Covert Seq – Creating patterns and Presets from Bjorn Vayner on Vimeo.
The Covert Operators and Bjorn Vayner have become my favorite go-to source for wild Ableton Live hacks. And even before the release of Max for Live, Bjorn has built some terrific, simple step-sequencers using Live’s Racks feature. That’s just the Racks feature – no Max patches or hidden features anywhere to be found. Sure, I suppose the clip view itself can be seen as a kind of step sequencer, but this gives you a unique way of generating sequences.
If you just want to begin playing with step sequencing in Live, Bjorn has a new download, aptly called The Covert Sequencer, as seen in the video at top. It’s free, it’s fun, it celebrates the 5th Anniversary of Covert Ops and the 10th of Ableton Live (good grief!), and it’s all voodoo built with dummy clips and MIDI effects.
Full post, downloads, and video tutorials:
The Covert Seq [The Covert Operators]
If you want to try your hand at the ninja skills behind all of this, Bjorn posted a screencast back in August revealing his secrets:
What happens when you put all the digital and electronic tools you love together into one groove session? I expect it probably looks something like this video. Welcome to the new digital music age: DIY electronics, vintage digital tech (Game Boys), and modern computer tech (Monome as Arduinome clone, Max/MSP, and shiny MacBook) all coexist. And a fair bit of what you see if a modern hybrid of old and new paradigms, like the thoroughly modernized Tracker Renoise. Thomas Margolf says “Greetings from Rotterdam” and writes,
We made a first Jam using the new GorF step-sequencer, Arduinome, max msp patch ‘Soyuz’, a Gameboy running LittleSoundDJ, LSDJMC2 Gameboy Midi-Interface, Renoise, Ableton Live and a Nord Micro-Modular. It’s the first session with a fresh soldered GorF.
Lovely stuff. Keep on soldering and jammin’, folks. Okay, tagging this story is going to take … a lot of tags.
I ask you: what is the foundation for rhythmic electronic music? I suggest that the humble step-sequencer is the backbone of many of today’s musical genres and memetic evolutions. To have electronic rhythm, you need to start with a clock and go from there, dividing it into fractions and multiples. Then start assigning sounds to those divisions and you’re pretty much there- techno is happening.
I’ve been working on prototyping a sequencer-synth and in doing research, I’ve come across numerous projects that tackle this idea with great enthusiasm. Because a sequencer can drive any type of electronics, projects tend to fall into two categories: audio, or visual. Additionally, I’m seeing two main drivers for the sequence itself: the nimble arduino, and the CMOS 4017 Decade counter IC. I’ll survey here some of the finished projects to give an idea of what’s possible. Come with me, won’t you, on an exploration of the world of DIY sequencers.
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