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Milestone: The Millionth UK-Made Raspberry Pi
judgecorp writes "The millionth Raspberry Pi microcomputer has been made in the Foundation's Welsh factory. Total sales so far are 1.75 million, including the initial stock made in China." (Do you have one? If so, what are you using it for?)
The first one is used as a media player with the openelec distribution (it's the best one, with a very active community), and the second one is used as a secondary computer, with the raspbian distribution and an amazon kindle used as a display :-)
People thought it would never get it off the ground. Then people thought it would never ship. Then that it would be plagued by problems and die. Then that it would never hold interest long enough to get to the point where you could get one without waiting 6 months.
There are still lots of haters, talking about how there are better “alternatives” out there (alternatives usually being 3 or 4 times the cost, impossible to get, or apples to oranges).
That said, I can order a perfectly functional unit, for the promised price, and have it here (in Canada) in about 4 days. I’ve got 5 of them now. I’d call that a huge success.
You brought something awesome into the world, and I thank you :)
I'm using it to learn about ARM, and write baremetal code for it. Maybe it'll morph into a little OS. It's lots of fun. Anyone else doing this?
Same here.
My RPi from the very first batch has been gathering dust ever since I ran into a whole bunch of power and USB issues (the USB and SD port - or is it the Ethernet and SD, I forget? - both compete for bus resources and slagging any one of them can *silently* drop packets on the other). They tried to fix it but their debugging was non-existent for so long I stopped providing helpful data. About a year later, they put out a firmware fix that basically bodges things because the hardware design can't be changed.
Couple with initial compatibility problems resulting in sending my SD card to Broadcom themselves at the request of some RPi folks and then NEVER hearing anything back, not a dicky-bird, and still having the problems on even the latest firmwares, and the whole thing ended up in the attic. You honestly can't use a device that has problems that intermittent / unpredictable under heavy load, especially when all the interesting stuff will keep it under heavy load for the majority of its runtime.
Some day I'll knock it up to be a doorbell or some other non-critical electronic project but it's really just-another-IC to me at the moment, so it's gathering dust. Keeping it purely for future nostalgia value ("I remember I spent fucking months trying to get this to work!") and the fact that selling it isn't worth it because they cost so little.
Depending on your definition, they delivered the device they promised. Trouble is, it's next-to-useless for anything non-trivial in the homebrew-gadget department and don't even get me started on their selling this to schools (I work in schools - I showed everyone, from teachers to decision-makers to techies, right at the peak of the popularity of the launch when it was featuring on the BBC. We unanimously agreed that it was a nice gadget that, if you have the knowledge to use it with the educational resources provided - which is next to none - then you don't need it and can do much more interesting things on an ordinary PC).
I have four RPi boards. One monitors my UPSs, cleanly suspending my server when the power goes out and sending wake-on-LAN massages to it when the power comes back up so that the UPS only needs to drive my switch and AP, one has a camera board and does motion detection to spot people coming into my office, one is currently operating as a Bluetooth LE beacon for testing the new iOS iBeacon stuff and one is just for tinkering. Most of these have a few other services running on them too (two have I2C thermometers on them).
I see a lot of negative comments about the Pi being underpowered. Perhaps if what you want to do is run FPS games or you are trying to run Big Data analytics then this is true but it's plenty powerful enough for a whole host of service tasks. It's not that many years ago that the Pi's level of power would have been considered a high-end desktop configuration. The purpose of the device is to give kids a low-cost entry into programming and it does just that. On top, at $25 for a Model A its fine to put in 'dangerous' places where something bad might happen to it (like outdoors, driving the sensors and servos for my Halloween decorations). No, I don't have my MongoDB server on a Raspberry Pi, but for many many projects they are just about perfect.
If intelligent life is too complex to evolve on its own, who designed God?
Are you running the entire OS off of an SD card? That might be your problem, as SD cards are relatively slow and not designed for frequent read/writes. Databases will rot those things out pretty quickly. Since the SD is required to boot the Pi, I set mine up to load the kernel from the SD and the rest of the OS from a USB disk. It is significantly faster and more reliable, and thus far it has proven to be a pretty solid and reasonably fast personal Linux server. (Though I do run it without X.)
Here's a guide that describes the process.
http://www.dingleberrypi.com/2013/05/install-and-run-raspbian-from-a-usb-flash-drive/
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