Raspberry Pi

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Raspberry Pi

http://www.retrocomputers.eu/2012/01/10/raspberry-pi-weve-started-manufacture/

Raspberry Pis started being made a couple of days ago, but I was forbidden to tell you about it until signed contracts and receipts for payment had arrived – it’s been killing me, especially since I’ve had tens of you asking me when manufacturing would start every day for the last few weeks. I am not good at keeping secrets.
This means that the first units from the first batch will be rolling off the line at the end of January. This first batch will consist only of Model Bs, although you will be able to buy Model As later on. Details about whether we’ll wait for all 10k to come off the line before starting sales, and about what date we’ll be starting on, will come later; so that gives you something else for you to shift around nervously on your chairs about for at least another week or so. (Please stop emailing me about it. Please.)
Unfortunately, we’ve not been able to manage manufacture in quite the way we’d hoped. As you will know if you’ve been reading the forums and the articles on this website, the Raspberry Pi Foundation had intended to get all its manufacture done in the UK; after all, we’re a UK charity, we want to help bootstrap the UK electronics industry, and doing our manufacturing in the UK seemed another way to help reach our goals.
We investigated a number of possible UK manufacturers, but encountered a few problems, some of which made matters impossible. Firstly, the schedule for manufacture for every UK business we approached was between 12 and 14 weeks (compared to a 3-4 week turnaround in the Far East). That would have meant you’d be waiting three months rather than three weeks to buy your Raspberry Pi, and we didn’t think that was acceptable.
Secondly, we found that pricing in the UK varied enormously with factories’ capacity. If a factory had sufficient capacity to do the work for us, they were typically quoting very high prices; we’d expected a delta between manufacture pricing between the UK and the Far East, but these build prices not only wiped out all our margin, but actually pushed us into the red. Some factories were able to offer us prices which were marginally profitable, but they were only able to produce at most a few hundred units a month; and even then, we were doing better by more than five dollars per unit if we moved that manufacture to the Far East. When you’re talking about tens of thousands of units per batch, losing that sum of money for the charity – a sum that we can spend on more manufacture, more outreach work and more research and development – just to be able to say we’d kept all the work in one country, starts to look irresponsible.
I’d like to draw attention to one cost in particular that really created problems for us in Britain. Simply put, if we build the Raspberry Pi in Britain, we have to pay a lot more tax. If a British company imports components, it has to pay tax on those (and most components are not made in the UK). If, however, a completed device is made abroad and imported into the UK – with all of those components soldered onto it – it does not attract any import duty at all. This means that it’s really, really tax inefficient for an electronics company to do its manufacturing in Britain, and it’s one of the reasons that so much of our manufacturing goes overseas. Right now, the way things stand means that a company doing its manufacturing abroad, depriving the UK economy, gets a tax break. It’s an absolutely mad way for the Inland Revenue to be running things, and it’s an issue we’ve taken up with the Department for Business, Innovation and Skills.
So we have had to make the pragmatic decision and look to Taiwan and China for our manufacturing, at least for this first batch. We are still working hard on investigating UK possibilities; at the moment, we’re investigating an option which would mean that all the Model As (whose demand we expect to be much lower than that of the Model Bs) will be built in the UK, and at the moment that’s looking quite do-able, although it’s not as efficient economically as doing it in Asia. I’ll fill you in on how that goes later on.
 
Most people on there have no idea what to do with one anyway.

I checked when I got up this morning (0645ish) and Farnell was down and RS was just showing a 'register interest' page.

I may buy one when the hype dies down, but tbh, I've no real use for one - I've got a very capable AMD Fusion PC bolted to the back of my TV.. and if I wanting something ARM based to hack about with then I'd buy a pandaboard ES
 
I have my pi ordered, should arrive around may :(
(Well, actually its for my son but he will get bored with it once he find he needs to do some work).

They take a 5v psu, can support a USB memory stick (but not for booting from) and will run linux. Car computers is just one of the suggestions for their use and I am sure that there will be several doing something along these lines.

I dont know about touch screen but there are small LCD monitors that can be used with it and equally small USB keyboards.

They are available from Farnell and RS components for just under £30.
http://downloads.element14.com/raspberryPi1.html
 
would be great to do some carputer type stuff especially when some people are putting together OBD2 compliant hardware to interface it so your carputer could access your engine ECU data to display stuff like fuel use engine temps etc
 
Shouldn't you use the fuel and temp gauges for that ;)

yeah probably but thats no fun, lol

there are some interesting projects that uses this, ford built a fiesta that tweeted, things like 'Fuel getting low' and could take pictures inside and out and tweet them.

other things controlled by the body computer like central locking or electric windows could potentially be controlled with a phone app

i actually theorised you could potentially hack a flyby wire fiat with electric power steering and a auto CVT gearbox to be remote controlled as it is theoretically possible to control and override the ABS servos to activate causing the car to brake. obviously control the throttle, alter the steering motor and steer the car and control the selection of gear by addressing the gear box, only theoretical, but other projects have shown all these things can be done they've just not put them together to control the car as a whole. :devil:
 
I decided to try and write one of the OS images to an SD card, followed some of the online instructions as best I could but they didnt work.
Ended up using an SD card image writing thingy and it boogered my HDD boot sector and left me with a grub error so I could neither boot into Linux or Win7.

Totally screwed everything up, luckily installing the latest Ubuntu fixed it well enough for me to get back into Seven.
 
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