Axiom Open Source Camera Handily Tops 100,000 Euro Fundraising Goal
The Indiegogo crowdfunding campaign for an open-hardware cinema camera has closed far in the black, though the project continues to accept contributions. The Axiom's designers raised enough (€174,520, topping their €100,000 goal) to fund development of their stretch goals (remote control, active lens mount, active battery mount), and then some. If it actually gets built and catches on, it will be interesting to see what custom modules users come up with.
I've had a few short chats with one of the members of the team, and the tech is simply gobsmackingly droolly. The data bandwidth required for readout from the sensors alone is massive - 300 fps of 4k video, even without deep colour is 20 x that of 1080p.(around 60Gb/s).
Congratulations for what has been years of effort!
The problem is that this device will never get built. 100k is a ridiculously low budget for the production of a device of this complexity. Just to have an idea of what is involved for a much simpler device with the same budget (a silly 3D printer): https://www.kickstarter.com/pr... Basically those guys have also asked for 100k, got them, spent a year on it - and went bust. At least they had the balls to admit it and are going to refund the backers. Going to an assembly house with less than a million in budget? Forget it, they won't even speak to you.
That leaves assembling these cameras in a garage, by hand. Which means soldering those nasty BGA by hand - good bye any reasonable yield, not to mention that those chips aren't exactly cheap.
Which leads to the second point - I have serious doubts about their BOM costs. If they are planning to sell the camera for $500, with the FPGA/SoC costing about $100 alone, that can't work out. The 4k camera sensor is likely in the similar range (probably more - 300fps 4k sensor? Those things cost hundreds of dollars just the bare sensor ...). Which leaves about $200-300 for everything else on the camera *INCLUDING THE MARGIN* to pay all their expenses/salaries (and they have a LOT of people on the team!). Then there are fairly expensive licensing costs for anything HDMI related, USB related (USB vid/pid costs alone around $5k!), EMC compliance testing and certification (obligatory if they want to sell it in EU/US, it is ~$10k/iteration depending on type of the device), case molds are few thousands each iteration ...
In short, unless they have an order of magnitude larger external funding as well this isn't happening. Period. They may have a prototype which perhaps works (who knows, the videos could be fake, all pictures are labeled "concept drawings/renderings", irrelevant testimonials about open source, etc.), but they have no idea how much the manufacturing is going to cost. And I doubt that this is going to be a charitable undertaking with the team paying for this out of their own pocket.
Oh and check out their team - "new media artistst", "filmmaker", "3D artist", "software developer" ... I don't see any electrical engineers, FPGA/signal processing experts, mechanical engineers ... Who is actually going to BUILD this camera?
This looks very much like CLANG (https://www.kickstarter.com/projects/260688528/clang) 2.0 ...
Naw -- just a cool project.
Anyone who wants to is free to get in touch with our advertising department to buy advertising (including free software or hardware projects), and advertising is what keeps Slashdot alive / pays for lights and servers, etc. So we like advertising, for that reason at least, but that's quite separate from the editorial department, despite some feverish imaginings otherwise.
We just like to find things we think are interesting on the internet, and suited to Slashdot -- the bulk of which comes through the Slashdot submissions system. Open source hardware projects are high on my list of interesting stuff. Hard to convince someone determined to believe othewise, I know, but that's how it works. We do have plenty of advertising (ahem), but it's all pretty obvious.
timothy
jrnl: http://tinyurl.com/c2l8yr / foes: http://tinyurl.com/ckjno5
Why is this project more difficult than the Elphel cameras (elphel.com)? Those got built and I don't think their quantities are anywhere near 100k. For that matter, what does the camera do that an Elphel doesn't or couldn't? It seems like something that the Elphel team could pull off if customers wanted it.
Wait, so these guys had 100K just laying around that they could use to refund the backers? Why'd they bother with kickstarter, then? I smell a ratatosk.
Buy a RedOne used and have another $5K left over to buy lenses. They will not get anywhere near the quality of a redone, and why wait for them to make something that you can buy right now.
Honestly, it's all silly, The digitalBolex is another one that is only for hipsters. Real cinematographers, cimply use what they can get their hands on, and there is already options that are just as good for less money.
Do not look at laser with remaining good eye.