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Signing UpStep 1: Requirements
- A Raspberry Pi
- A Windows PC with Notepad++ installed http://notepad-plus-plus.org/download/v6.1.8.html
- A small heatsink and thermal paste (If you're going to go past 750 or 800mhz)
The heatsink can be bought from Jaycar (if you're in Australia) or Radioshack (If you're in America) or where ever else you can find a Pin grid array (PGA) heatsink. http://www.jaycar.com.au/productView.asp?ID=HH8580








































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2) Can you edit it with the pi itself, then reboot?
www.etsy.com/shop/nhslzt
a10 solution called uputer is faster:
http://www.quickembed.com/Tools/Shop/Solution/201208/260.html
Just a side note is that the pin grid array heatsink shown has a 5.9°C per watt thermal resistance, that means the device will be 5.9 * thermal power above ambient.
Whist it will prob do the job when I do this I will definitely monitor the device to insure the temperature doesn't get above 85°C
Also, as some of the other comments have pointed out, the day after I posted this the newest version of Raspbian was released and includes adaptive overclocking which is faster and much more efficient that this method. It overclocks both the voltage and the frequency, but as far as I know it only works with Raspbian, and I like to use XBMC with mine to use a media centre, so it's still relevant somewhat.
Most of the people I see doing linux demos for the raspberry, really do not know how to use linux in the sense of a lean machine. The early distros for the raspberry were not optimized for that unit. They are beginning to come out now. There is also allegedly ways to overclock the Raspberry Pi as seen from an earlier comment.
I also totally agree with your statement that there have been no truly optimized linux distros for RasPi, although Raspbian seems to be getting better. It is true that the newest version of Raspbian offers dynamic overclocking, and manages voltage and frequency much better than this method without voiding your warranty, although it was not available at the time of posting.
I also don't like the idea of using the Raspberry Pi as a fully blown computer - it simply wasn't designed for desktop use. Rather, I like to use it as a torrent server or a home media player with XBMC, but if I had the knowledge I would most certainly use it for more advanced purposes, such as hacking other devices with it.
Installed xmbc on my desktop and the latest version seemed to do tracking of your media choices. I will have to check it out again to be sure. A real cop-out for an open source project.
I use the nslu2 as a daap compatible music server. It is a fraction of the power if the rpi. You do not have to use the gui to use a linux box as a regular computer. Speeds it up dramatically. There are a ton of text based apps. Supposedly there is a optimized debian for the rpi now/ Another new distro has come out for the rpi that usually been very optimized. Can not wait to try it.
If I use torrents, it is to download a free open source linux distros. Generally I use wget in the background to download stuff. Torrents can be very slow or even not available unless the download is popular.. Really do not waste bandwidth for media excepting open source training media.. it can stay on the web so my drives do not get clogged up with that stuff. . I just get out my gitbox for some live music if I want to hear something. have recorded some of that though. .
Also, nice little project!
Cheers!
Look what's just appeared on Raspberry Pi News - literally an hour ago!
(I'm still waiting for my Pi #;¬(
I've been waiting since early July and I'm in the UK!!!
I placed my order with one of the original suppliers (RS Components) but they are appearing in stock elsewhere now so I may well cancel that and go elsewhere (but now selling for a fiver more).
I'll cancel today and order from somewhere with them in stock.