Open-source hardware group puts out vid system-on-a-chip
Pretty visuals, no copyrighted hardware
A radical tech coalition has produced an open-sourced music visualiser that modifies input video rather than generating patterns - and interestingly the box includes a system-on-a-chip that could one day compete with ARM. If just 80 units sell, the "Milkymist" will have already paid its way.
Backer Qi is the company representing the chaps behind the Ben NanoNote: the open-sourced PDA which needed to sell 3,000 units to be viable. Just 1,200 sales later, the group has moved on to create its own system on a chip based around the (open source) LatticeMico32 processor, and fitted that into a video-creating box which only needs to sell 80 to be viable – though each one will cost $500.

Milkymist takes an audio feed and creates the kind of visuals familiar to those who listen to music on a computer, but also adds a video input. The box will merge the pictures with the audio to create a combined rendering, in real time (the company claim <60ms latency).
What's remarkable is that a loose coalition of 10 or so people has managed to design a system on a chip and get that integrated into a production board to create a sellable product, all under the open-source banner. We were impressed when the NanoNote could be viable with a production run of 3,000, but to create any product with a viable production run of 80 is an impressive step towards entirely bespoke hardware.
The idea behind Milkymist is to make use of all those video projectors hanging off the ceilings of pubs and clubs, with a low-power, stand-alone, system which can be plugged in and then remotely controlled.
One might argue that a cheap laptop could do much the same thing, and we took that issue up with leading developer Wolfgang Spraul. He pointed out that just buying the software to create audio-responsive video in real time was expensive, and wouldn't have the same low latency or frugal power requirements, not to mention the cost of configuring and setting up aforementioned laptop.
Which is probably the most important aspect of the Milkymist box: it is a product designed for people to plug in and use, in contrast to the NanoNote which was really a $99 toy to fill the evenings of the technically-literate underemployed.
Open source, or "copyleft" hardware has a patchy history at best, but it's worth remembering that a dedicated group of idealists hacked away at Linux and its ilk for decades before companies came to understand that open source isn't, necessarily, profitless. Open-source hardware has a similar mountain to climb, but at least the company is only relying on shifting 80 of the Milkymist boxes, rather than the 3,000 NanoNotes Qi committed to manufacturing.
Wolfgang did ask us to mention that he still has 800 boxed and ready to sell, and that it will run mplayer these days, in case there are any technically literate people left with time on their hands, but the move towards creating a real product is an important step on the foothills of acceptability. ®
COMMENTS
Oh come on, Bill, at least read the page you're reporting on
> Pretty visuals, no copyrighted hardware
It *is* copyrighted. And released under a CC licence.
Giving others the rights to copy your work does *not* mean abrogating all copyrights.
Vic.
(disclosure: I founded this project)
It is not, and yes our demo videos could/should be a lot better. We have a new one in preparation (yeah, bad timing), but you'll have to trust my word until we get it out, or someone makes a better video.
(disclosure: I founded this project)
We chose the 3-pin connector on purpose, because no matter what ANSI says it is what is present on most DMX equipment (except maybe the high-end professional one) so it is convenient for the majority of our users.
If you have the 5-pin connector on your equipment, you will be able to use it with the Milkymist One using a simple passive adapter.
Not quite
Someone earlier commented that an FPGA was used.
We are seeing that what one person calls "hardware" is really firmware and there's a real feeling now that there is a big crossover in the FPGA realm where what used to be implemented in custom fabs is now more feasible for the home hobbyist using technology like the FPGA.
I think for a lot of embedded type systems where extreme high performance is not a pre-requisite, we will see an explosion in this kind of thing and I jolly well look forward to it.
successful open source h/w projects
I've heard of various open source hardware projects which are very successful in their own educational terms. Not neccessarily "successful" based on the cynical big-media terms of the author of this piece. Successful enough for very many interesting educational projects, but this area is about learning and fun, and is not currently about sales in the millions of items.
A couple of examples:
Ronja optical networing: http://ronja.twibright.com/
Arduino computer controlled active electronic object prototyping platform: http://www.arduino.cc/
