Atom vs Atom vs Atom: tiny motherboards compared
In our multiple Atom board review, we cover the original Intel D945GCLF motherboard, Gigabyte's GA-GC230D, Jetway's JNC91, an board from MSI due to be released in the next few weeks, and Intel's Dual Core Atom 330 powered D945GCLF2 - released today (or thereabouts). Very brief summary: the D945GCLF2 can playback 720p quite happily. The single core boards nearly can.
I just love to look at them stacked up like that. Wouldn't it be cool to have a Mini-ITX cluster supercomputer made of these, stacked 40-high in a perspex-encased column?
Review [Mini-ITX]

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Yes.
Now imagine it with Ambilight.
Plus, with a *special* install of OSX...cough Kalyway cough...you can make yourself a snappy little Mac Mini for around $200. I did it and it's wonderful.
It's crazy that so many PC manufacturers still stick with PS/2 and parallel printer ports, especially on laptops and mini-boards. Make the leap to the 21st century!
Anon,
The big unseen market for all these little boards is cash registers and industrial robots and what-have-you: heavily legacy-intensive stuff.
I love it! I wonder how much the Intel Alphabet Soup will cost...
Anon#4, No way! The PS/2, parallel, and serial ports are still incredible useful at times, and in my experience take basically no system resources. Plus you can typically turn the par/ser off in BIOS if you're really picky.
My last laptop didn't have a parallel or serial port, and I spent more time than I'd like working around that trying to program a couple security systems, till I finally broke down and bought a PCMCIA serial card. (USB to serial converters are like most cheap USB stuff: not that reliable and not that well supported driver-wise.)
Here's your cluster:
Only 12 nodes, but it's a start.
Or there's the archive.org petabox, made of mini-itx boards.
"Wouldn't it be cool to have a Mini-ITX cluster supercomputer made of these, stacked 40-high in a perspex-encased column? "
...Back in the days when I was part of the beta program for seti@home, I would have given someone left nut for a stack of about 40 of these for crunching packets. As it was, I had to use a *WALL* of a hundred Dell "Killington" floppyless "netPCs" in a test lab to do the crunching. Managed to get off about 60 packets a day on 300MHz Celeron procs, which has me wondering what a single DC Atom would crunch in the same time period.