Raspberry Pi $25 Linux Computer Now In Production (Video)
Timothy Lord caught up with Raspberry Pi product leader Eben Upton at CES. The long-awaited $25 Linux single-board computers are finally being shipped from the Chinese factory where they're being assembled and will be available for sale in just a few weeks. Eben talks not only about the Raspberry Pi boards and the add-on Gertboard, but about the eBay auction that helped finance Raspberry Pi. Timothy says he considers Eben Upton one of his "personal tech-world heroes." After watching this video, maybe he'll be one of yours, too. Read on below to watch.
Remember, the 1st batch of 10000 Raspberry Pi boards will ONLY be available from http://www.raspberrypi.com/ (you can order some nice stickers in the meantime)
Be aware that scam sites (like http://www.systemsofhull.co.uk/raspberry-model-p-261.html) have begun to pop-up. :-(
1% APY, No fees, Online Bank https://captl1.co/2uIErYq Don't let your $$$ sit in a no-interest acct.
It is a £25 Linux PC.
It's not an Arduino competitor but runs a normal, general purpose Linux distro of your choice.
However, you also have to provide an enclosure, a SD card and a 5V charger with USB plug for power.
and you'd have to wait 2-3 Months to get one rather than 2-3 weeks!!
There's some precedent for this in the UK. Some of the original Sinclair systems were sold for almost exactly the cost of production. They'd take the money, put it in the bank for a month, then buy the parts and build the machine for you. The interest that the money earned in that month was their profit margin.
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They're assembling these in Chinese factories. Which are cheap, but not $0. They're shipped from there to the consumers in EU and US (and others), which also costs more than $0 each.
If hobbyists could assemble them ourselves, they could be even cheaper than $25. And it's primarily hobbyists who are their market. How about it?
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make install -not war
You've ignored two reasons why it would be more expensive if made in the UK.
Firstly, we don't make all the require components in the UK, so they'd have to be shipped in anyhow. This attracts an import tax.
Secondly, and more relevantly, the import tax law is flawed; you don't have to pay tax on the items which pre-assembled, even if they are made from the same components which, seperately, would be taxed.
$25 is under valued given the demand that there is for this device. They should consider auctioning some percentage of the first batch on ebay, and then use the extra profits to fund further development. I know plenty of people who would happily bid up to $75 if given the chance.
The post is a bit misleading. My understanding is that this first production batch is to be the $35 version which is what the developers are clamoring for.
If you are able to solder by yourself BGA package-on-package components, congratulations. Over 99.9% of the potential buyers are not, so it will only come pre-assembled.
You DO have to reach for the soldering iron if you want to use the GPIO,SPI,I2C & UART pins to connect a 1.27mm pitch header to the board.
1% APY, No fees, Online Bank https://captl1.co/2uIErYq Don't let your $$$ sit in a no-interest acct.
this is the blog post: http://www.raspberrypi.org/archives/509
It pays to be obvious, especially if you have a reputation for being subtle.
>> being able to text your car and get its location
My car never seems to go anywhere on its own.
If you think someone will hand solder them you are nuts.
Those boards are machine placed, paste solder globs placed and then oven reflow baked to make the BGA processor stick to the board.
The only part that is hand assembled is putting the boards in a box after placing in the testing jig.
Do not look at laser with remaining good eye.
Then why pay for the board at all? First, you get your hands on some silicon...
You are welcome on my lawn.
Out of curiosity, I'm wondering whether it would be possible to hook a Raspberry Pi up to a 10'' LCD display and make it solar powered? There is a lot of sun where I live.
How large would the solar panels have to be to provide the power on an ordinary sunny day?
for some odd reason.
The problem is that duty levels are set to placate certain interests not to make the system make sense as a whole.
Also afaict customs dutys are set by the EU as a whole not by indvidual countries which means there is even more beuracracy.
note: i'm known as plugwash most places but i screwd up registering that here somehow in the past and now can't register
Arduino GSM /GPRS / GPS-Shield: 126,05 â
optional GSM Antenna âoeAT-TG.09.0113â : 9,92 â
optional Power Supply: 8,40 â
Arduino GSM / GPRS / GPS-Shield â" Kit : 158,82 â
excl. VAT. plus Postage.
Not including the £/â 50 to buy an Arduino (and VAT is about 20% at the moment).
It would cost me less to buy a small netbook than it would to buy the shield on its own! Or five Raspberry Pi's. Or one Raspberry Pi, a bluetooth USB adaptor, a bluetooth GPS (dirt cheap, pound-store stuff now) and a 3G dongle (which places will throw at you now to get you out of the store) about 2-3 times over AT LEAST. Hence I could build three of these projects for the price of starting to build one with an Arduino.
This is my point. I have all the necessary hardware to make a standard PC do this already (several times over). Raspberry Pi makes it cheap enough and powerful enough to do in a portable, low-power device using the same software, such that I don't need Arduino or have to start everything from scratch with new hardware. And that's why I've always just completely ignored Arduino - because of the price of even the initial setup.
Arduino is fine if you have money to burn or expertise and time to do lots of stuff yourself. Otherwise, give me Raspberry Pi and an ARM Linux repository and I could knock up the same project, quicker, for less, and even re-use it later on other hardware if necessary.
Nice that you live in a nice area. ;-)
My purpose would be a) security monitoring (I text the car, it tells me where it is), b) location awareness (car "knows" if it's moving and sends me a text), c) Finding my car in a strange town (I'm very forgetful and lost my car for over an hour once in Hannover).
Ah, Slashdot. The only post-2000 website that can't understand Euro symbols or British pound-signs.
Assuming that particular bit is flipped...
"Media" SoCs in general(Broadcom certainly no exception) tend to combine a reasonably normal, open, well-understood ARM or MIPs general-purpose CPU with a GPU and/or hardware video decode unit. If you are lucky, these will be supported in some way(I think the BCM part here has a ~15mb blob of mystery powering the graphics bit); but they tend to be excitingly locked down because the manufacturers want to be able to sell them as set-top boxes and other areas where team DRM holds sway.
Even on devices that are "open" in the sense that the boatloader doesn't cryptographically lock out unsigned or self-signed kernels, it may well be the case that the media-related peripherals will lock out unsigned firmware blobs, which allows specific features of the peripheral to be locked or unlocked by the manufacturer without the expense of respinning the die(eg. for devices that are or are not H264 patent-paid.)
Yeah, my 3.5 year old 42" LCD backlit TV is an ancient artifact, should really scrap it for that 63W power draw difference, except, wait, at $0.11/kwh, it's only costing $63 per year extra to run it 24/7/365, and it will take 10 years for the electricity costs to have any hope of covering the cost of a new screen. Maybe I should hang onto it until the next generation of tech comes out and makes LED backlighting look like striking sparks from flint.
BTW, I've got a Chumby, sorry to say, it sucks. I still use it, but that doesn't change the fact that the software is clunky, the WiFi is weak, and the processor is dog-slow. Still, it's a better alarm clock than anything I ever had before - plays Pandora for the alarm (when the WiFi works), and shows me a live feed from an IP cam.