Results tagged “Compact Flash” from CLICK

Maybe you're curious about how The Self-Reliant Thin Client is doing.

Here's the uptime output:

steven@maxterm:~$ uptime
13:08:07 up 24 days, 21:15, 2 users, load average: 1.70, 1.32, 1.31

Yep, the VIA C3 Samuel (rated at 1 GHz but running in Linux at 500 MHz for some reason) based converted thin client, running Debian Etch from an 8 GB Compact Flash card, has been working continuously for about a month now (I did reboot a few times during this test for kernel updates).

It's still no speed demon but handles the GNOME desktop fairly well. I did add Fluxbox for testing purposes, and I also installed the lightweight Dillo Web browser, but I'm still relying on the Iceweasel (unbranded Firefox) and Epiphany (GNOME's Gecko build) browsers, plus OpenOffice 2.0 Writer (works surprisingly well, even with 256 MB of RAM and 500 MHz of CPU) and GNOME's GEdit text editor.

I even used CUPS (The Common Unix Printing System) to set up a printer the other day. Even though most systems include native printer-setup utilities (GNOME's is extremely primitive), I find it's both easier and more instructive to use CUPS directly via a Web browser. For those who have never done it, open a browser and go to the following URL to access the CUPS interface:

http://localhost:631

I usually click on Administration and go from there. If you're asked for a login, that login is generally root, with the password being root's password. I can't remember how this goes in Ubuntu, which doesn't let the users (even the main user) at the root password (if there even is such a password).

Ubuntu's root/sudo situation is another kettle of fish for another post, but for most of us, the key to CUPS is using the root login and password to add or modify printers.

I will close out this entry by praising Debian Etch for being so solid on this (and just about every other) platform.

This week's Tech Talk column covers the creation of what I call The Self-Reliant Thin Client, which is basically a very-bare-bones PC that is booting and running off of a Compact Flash module instead of a traditional spinning hard drive.

Here is the photo gallery, which will get full captions when I get the time to write them.

I have been wanting to test solid-state storage technology for some time now, and with the solid-state drive option for Mac laptops costing $600 (over and above the MacBook's $1,600 price), the drives themselves as laptop replacements in 64 GB sizes going for $170, I decided to use the slower but way cheaper Compact Flash technology, which is very common in high-end digital cameras.

I finally got an 8 GB Compact Flash chip from newegg.com for about $20, and I'm backing up my user files on a USB flash drive plugged into the back of the box.

The box — which started out as a Maxspeed Maxterm thin client — is running Debian Etch.