(Warning: This one is for the techies)
So I mentioned before that I purchased a bunch of eeePCs to test out in the health clinics and to use in the management agencies as asyncronous web servers and health information management devices.
I suppose to some extent that in retrospect these clinics will have wanted Windows on these laptops so I’ll eventually have to port all of the software to windows, but for now my systems are running on Ubuntu. It’s just easier that way.
Installing Ubuntu was remarkably easy. There’s instructions online here, as well as lots of hints and fixes. This is sort of my simplified version for the particular eeePCs I was working with.
Ingredients:
1 latest distribution of Ubuntu (currently 8.10)
1 external usb cd or dvd-rom drive (e.g. the LG-GSA-E50L 8x USB DVD-RW)
1 eeePC (i.e. the eeePC 1000HA, 10in, 160GB, 1GB RAM, 6-cell Battery)
1 wired Internet connection (and presumably an ethernet cable)
Note: In theory you can also install from a USB Stick
Instructions:
1. When turning on the eeePC, press f2
2. Verify that a) wifi is turned on (this is for later) and b) the usb device is listed first in the boot order
3. If the dvd device is not connected, with cd burned with the latest copy of ubuntu on it inside already, do that now, and then continue booting
4. Install and continue, following normal instructions
5. After install completes, update all packages via a wired Internet connection
6. From fixes page, you will note that wireless does not yet work. You’ll want to follow the instructions there, but do not do the modprobe ath5k. However, you do need to install the backport modules:
sudo apt-get update sudo apt-get install linux-backports-modules-intrepid-generic
Wireless should work after this. I used Ubuntu Ibex 8.10
I neglected to put in all my arguments for netbooks vs the mac minis we used in the Ghana consultation network, vs locally purchased desktops, vs actual servers. Basically it boils down to the fact that the netbooks have built in batteries, so we don’t have to purchase UPSes to use as backup power for then the power goes out. And we don’t have to track down a separate monitor, keyboard, and mouse every time we want to do something, which was frankly a pain, when we were working with the minis in Ghana, and couldn’t access them via the network. Laptops are designed to be disconnected from power on a regular basis, and have built in peripherals. Convenient. And actually cheaper than the minis, if a little underpowered, comparatively.
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