Arvo Pärt’s music is always spare and gorgeous, inspired by Medieval counterpoint and voicings, and you’d expect it to be such on any instruments. But here, you get something truly unique: a transcription of the composer’s ‘Fratres,’ normally played on string quartet, on a mixer.

The no-input performance uses exclusively tuned audio feedback to generate sound, creating an almost vocal quality to ringing timbres generates entirely in the mixer.

Details:

Camera : Jimmy Hayes
Console : Christian Carrière
Research residency, Summer 2011
OBORO, Montreal, Canada
oboro.net/

Console : Allen&Heath GL2400-40
Thanks to Claus Frostell of Erikson Pro, who lent me the console, which made this project possible. eriksonpro.com/

The project is the work of experimental musician Christian Carrier, a Montreal-based sound artist and composer.

http://christiancarriere.com/

Thanks to Gregory Taylor and Todd Reynolds, among others, from whom I found this on Facebook.

Ed.: Make no mistake about it: digital sound tech, from mixing to processing, has evolved to a fidelity on par with its analog predecessors and opening possibilities well beyond what they offered. But the making of that evolution wasn’t easy, and it was more than a technical challenge. You can thank the creative spirit of people like Paul Frindle. As contributor Primus Luta explains to CDM, his work is about more than just engineering or tools – it’s driven by creative, musical energy. -PK

Author’s note: I wanted to bring this piece to the CDM audience because, whether we know it or not, if we Create Digital Music, we are indebted to people like Paul Frindle.  While this piece is on the technical side, one of the things that I hope readers will pull away is his creative spirit. May Paul inspire you to bring that same energy to the work that you produce in the digital realm.  You can read the full interview, with war stories from Virgin Records, Trident Studios, SSL and more at AvantUrb.

In the world of audio, Paul Frindle is a legend.  During his tenure at Solid State Logic, he was responsible for the channel electronics of the SSL G Series Console.  He was also a part of the team that broke the “damnable black art” of digital conversion.  He went on to cofound the (pre-dot=com) startup Oxford Digital Ltd. Their first contract was with Sony (who would eventually take over the company), developing the application design of Sony’s flagship digital mixing console.  The result of this work was the OXF-R3, to this day regarded as the pinnacle of digital mixing consoles, not only in music, but also in film.  Like everything Paul has worked on, as much of a landmark as the OXF-R3 was, it proved to be but merely a stepping stone.  Where it was leading, however, could have been much different.

“I think there was a fantastic opportunity to revive the large studio concept, by integrating non-linear storage and editing into the OXF-R3,” Paul says. “It was already a massively-powerful workstation, wide open [enough] to accept it. This would have been amazingly powerful and creative, and would have knocked underpowered workstations off the map for many years to come, restoring a much-needed differential to the elite studios against the upcoming project studios.”

The OXF-R3 has only continued to blur that line in favor of the project studios.  Strapped for the kind of clients who could appreciate — let alone could afford — high-end studios, the great studios of their time have faded away one by one. If those studios could have stayed on the leading edge of digital tech, would it have been enough to halt those closures? We may never know.  Fortunately for all studio buffs, high-end and project alike, there was another avenue of exploration left for Paul that would give his work the broadest audience to date.

“The design of the OXF-R3 was amazingly ahead of time. It was a great big, highly flexible processor with a whole load of software running on it, which was restricted and presented on a panel just for conformity and convenience. It was already ‘software in a box’. It could even be controlled remotely. All of the design systems and debugging tools I was using on it consisted of on-screen GUIs.”  This was a dramatic, yet understated shift from the way technical engineers had previously worked.  It was a physical product, but the brains of it was moving into the virtual space.

“I was warning that the OXF-R3 product concept was obsolete even before we finished it. The large digital tape recorder was nothing more than a very costly and highly delicate ‘bit bucket’ organised like an analogue machine. With the meteoric rise in performance of digital technology, it was fairly easy to envisage a time when a unit bought for £1000 would be capable of doing a large chuck of what a mixer needed.  In the near future, we would be able to make art without all this paraphernalia, at a miniscule fraction of the cost. I was far more excited about this than doggedly hanging onto established formats and design constraints.”

Not one to let this excitement lay dormant, Paul and a few others started their own pursuit.  “The plug-ins project was initially hatched from humble beginnings, almost by us working in our spare time and at nights. My colleague actually did the first proof of concept EQ plug-in over the Christmas break and it all grew from that.

“What people needed most were high-quality, refined and indispensable applications; the EQ and Dynamics were adapted to provide that. Making them identical to the OXF-R3 applications was a link to our existing reputation. Of course running these in 48bits for TDM or double float in RTAS actually provided better performance than was available in the OXF-R3 32-bit, fixed-point environment. And it has to be said that we ironed out a few bugs along the way too, so these were actually better than the applications in the large format console.”

For users, this resulted in what are still being called the best equalizer and dynamics processing plug-ins on the market.  For Sony, however, the greatest deliverable was the system they built to create both the OXF-R3 and the plugins.  “It was a complete hierarchical graphic design system running on a specially-designed processor, which allowed real-time interaction and analysis of the action for almost every instruction in your processing design!”  If this description sounds familiar, it is because what Paul is describing is a modular environment for signal processing, much like tools like Max/MSP, AudioMulch and Plogue Bidule.

“Not only did it allow engineers without formal programming skills to build highly complex applications, it also very crucially allowed us to experiment freely and actually listen to what was happening in real time! It was this system that enabled me to delve so deeply into what we could hear and why, exploit that knowledge and realise the applications for the OXF-R3 console and subsequently the Sony Oxford plug-ins. Quite simply, I was able to ‘play around’ with all sorts of  wacky processing models to get the behaviour that matched the all-important sounds in my head.”

This freedom of experimentation allowed Paul to move from traditional audio utilities like EQ’s and dynamics processors into more creative arenas.  “The Transmod was something that I have always wanted since the mid-1970s, and over the decades had tried on several occasions to make out of analogue technology. But it was doomed to failure because of the relatively poor accuracy and stability of [analogue] components. During a lunchtime, I knocked up a digital version of my old idea as proof of concept, and it just worked!

“The Inflator came about because I received a late night call from a friend who had been doing high-profile sessions in L.A. with Eric Clapton and BB King. He had slogged away for months doing recordings and mixes, but had been beaten into production by another engineer who managed to make it louder. He wanted to know if there was anything he could possibly do to make it louder without wrecking the sound completely.  I was reminded that I had to make my first transistor power amp design in 1970 twice as powerful as the previous tube amp design to get the same volume and impact. All I had to do was to apply all this old knowledge into a digital process and the same effect would be available. I used a combination of math packages and the OX-R3 design system to experiment and extract the salient details of what made the tube amp louder. This was definitely a walk on the wild side, since for the first time in this employment I was making something whose sole purpose was to generate a heap of distortion!”

After leaving Sony Oxford, Paul set out on his own again to further explore the creative possibilities opening up through digital audio.  The result is his latest venture Pro Audio DSP.  “This initiative was conceived as a way of getting this stuff done without too much interference from marketing executives and sales infrastructures.”

The first product is the Dynamic Spectrum Mapper plugin.  “It was yet another object I had always wanted to have, but the idea was given greater urgency from listening to what people were trying to achieve in their productions using greater amounts of compression, the kinds of character they were trying to produce, and the difficulties they were battling with along the way. This, and a deep personal dislike for the artefacts produced in conventional multi-band designs, gave impetus for the design of the DSM. Digital processing seemed to provide the possibility of actually making it at last.

Dynamic Spectrum Mapper introduction from Paul Frindle on Vimeo.

“I am particularly pleased with the DSM because it’s exactly the sort of thing I want to bring to the marketplace – serious processes that have groundbreaking practical purpose and facility.  They are, at the same time, artistically capable and great fun! Such things excite me because they bring genuinely new capabilities and artistic power to the production process.”

If there is a theme to be found throughout Paul’s career it is a continuous effort to push forward this idea of the technology as art.: “I don’t want to waste the rich experience of the past in some manic push for ‘newness,’” says Paul. “Neither do I want to simply try and blindly copy what was there, in the hope that it does the same ‘kind of thing’. I want to understand it and use that understanding to produce new stuff, which is truly creative and actually advances our art. We should be carrying the past forward with us in a continuous process of advancement, not writing it off to history, or reverting to it in a religious search for past success.”

Speaking with Paul, his mind is so focused on the present or even the future, it’s easy to forget his historical relevance.  Working dilligently to realize the ‘sounds in his head’ and put them out into the world, he is not only an inspiration for the work he produces, but for the creative ethic it exemplifies.

Marrying open source and commercial development, or trying to bridge analog consoles and computers – either task on its own might seem improbable. But yesterday, a newly-announced tool promised to bring together all those dimensions.

Ardour is the free and open source Digital Audio Workstation software for Linux and Mac. It’s widely underrated and has some terrific architecture underneath, with tools that are maturing at a healthy pace. Harrison is not an open-source developer – they’re a commercial manufacturer of analog and digital consoles and do proprietary DSP development. Conventional wisdom says the two shouldn’t be able to work together, but they did. The result is something called Mixbus. It’s got Harrison’s technology for mixing, atop Ardour (on Mac OS X, for now) for recording, editing, and arranging.

The Harrison half of the solution uses Harrison’s own DSP algorithms for sound, which they claim match the EQ, filtering, compression, tape saturation, and summing on their large-format mixers. But aside from sound, this is also about design: the layout only ever has one knob per function and metering is done in a conventional way. The result is not just a set of plug-ins, but a real virtual console inside your Mac. Interestingly, too, while you can use your Mac Audio Unit plug-ins with the solution, Harrison chose the open LADSPA format to implement their channel strip.

I imagined that the pricing would be something like a thousand dollars, given the pro target market, but the whole thing costs just US$79.99 as its introductory price. If it sounds anywhere near as good as the makers promise, it’s probably the best deal in mixing and channel processing anywhere. Here’s the product page:

Mixbus [Harrison Consoles]

Of course, the advantages of free software are more than price; it’s the ability to keep the source available, to be able to customize it, and to be able to run it on a variety of hardware and software platforms. So how does free software coexist here, with Ardour under a GPL license? Creator Paul Davis says that the free code for Ardour remains available in Ardour’s Subversion repository; only the Mixbus components remain closed. As for Linux support and not just Mac OS, which would in turn support more hardware, Paul says they’re looking into the feasibility of binary Linux distributions of Ardour and Mixbus.

For any commercial developers who think that you can’t work with open source projects – or, for that matter, if anyone thinks open source projects can’t benefit from collaboration with commercial developers – I think you’re wrong. And licenses aside, this looks like a nice solution for music making.

“Building an apartment studio” to many of us means adding a laptop, clearing off a desk, and donning some headphones. But Brooklyn-based Katherine Belsey Davis, who does all sorts of wonderful (non-musical) things in wood, glass, fabric, and other materials, had lofty plans for a NYC studio job:

Since this studio was built for mixing sound and music for film and TV in a residential coop apartment building in NYC, both sound proofing and treatment had to be near perfect. It also had to look good for clients… on a very tight budget.

The studio in question is for John M. Davis in Brooklyn Heights. Even in a coop, they pulled out all the stops — silent air conditioning, sound absorbers, floating floors, and decoupled walls. (I’ve been in a few apartments in the city with decoupled walls and floors, but not in a way that lent itself to acoustics so much as deferred maintenance.)

Studio Photos
Belsey Davis homepage

Stained glass and sound studios? You’re one Renaissance woman, Katherine!

She’s shared her work. Studio construction is a science (and a dark art), and not one I pretend to understand. And much of this is specific to the job. But for those who do know what they’re doing, I imagine this could be interesting inspiration – and to the rest of us, provides some insight into what’s involved.

I also quite like the multiple screens and Novation ReMOTE Zero for compact control. Here’s the process on Instructables:

Build a music studio in an apartment building – More DIY How To Projects

You’ve heard the chip hype. But there’s something behind it: vintage digital chips can make wonderful sounds. And I’m thrilled that someone has painstakingly reproduced those sounds in an upcoming package.

Emulating analog circuitry, from amps to classic synths, has been long understood. But we’ve finally reached an age when people begin to appreciate the odd idiosyncrasies of digital technology, too. There hasn’t ever been a comprehensive attempt to emulate each detail of a range of 80s sound chips before – until now. Plogue (makers of the highly underrated Plogue Bidule patching environment) and David Viens have tackled just that as a labor of love, and you’ll be able to use the resulting “chipsounds” library later this spring.

Plogue’s chipsounds recreates the blippy personality of the Commodore 64, the Nintendo NES, the Game Boy, the Atari, the Vic20 – and circuit-bent and abused variations, too. It’s got a powerful artist endorsement from 8 Bit Weapon and Computer Her (pictured here). There are arpeggiators, noise patterns, distortion emulation, custom software, all built on the ARIA synth/sampling engine.

The basic specs:

• 7 chips: TIA, 2A03 PAPU, VIC-I, SN76589AN, AY-3-8910, POKEY, and SID. Haven’t heard of all of those? No worries. But you’ve probably heard the chips. The horribly-named SN76589AN was used in my very first computer, the IBM PCjr, my first game console, the Colecovision (boy did I pick them), and in the TI. The 2A03 is from the original NES. The TIA was in the Atari.
• Tricks, built in: One-shot arpeggiators, rapid waveform changes, envelope resync tricks are all built in – stuff that’s hard to pull off, as the creators note.
• Emulations of psuedo noise patterns, distortion
• Switch on each chip’s limited resolution and pitch values – or switch them off, and create sounds the PCjr couldn’t
• Presets from 8 bit Weapon and ComputeHer

When analog synth emulation came out, we all got something more convenient, but it didn’t necessarily do wonders for the music. Here, I think the situation is very different. Many of the original chip instruments have woefully primitive possibilities for actual composition. (The Game Boy’s wonderful LSDJ and Nanoloop are a notable exception.) Compare that to the software emulations of, say, a Moog modular, which lost a lot of what was great about the original – the interface. You can’t necessarily say that about the AY-3-8910, unless you’re the Ludwig van Beethoven of Assembler. (If you are – we love you.)

And the chip scene has also matured to the point that it’s ready to break out a bit. Getting these emulations on computers can help warp them into music and sound ideas they haven’t discovered before. I believe these sounds are really something special, not just a novelty.

I personally can’t wait to use this.

We have extensive details from a Plogue flyer – you can get it here on CDM, or if you’re on the floor of NAMM, you might get it from the Plogue guys themselves.

Flyer – Front

Flyer – Back

And if you want to hear these sounds making fantastic music, go give the artists a listen:

8 Bit Weapon

Computeher

ARIA is an important announcement; I’ll be catching up on news from Gary Garritan soon.

We’ll have sound samples of this too, as well.