HAHAHAH...faster.....It's a power standard.....hehheehhe and I hate it because, well, not really of its own fault but of the boards that use it. I have seen some AXT systems where the board makes you stand there and hold the power button in for like 10 seconds to power down the system and even then it can still send power to some parts.....I just don't like ATX flat out...some things can't be explained with through reasoning but I just...don't like it..I've never seen AT do anything bad...well with out my help.....but AT just turns of when you flip the switch because it has to when the enegry is routed through the switch its self....I like that design VERY much...and thanks but no thanks this project is my own I can handle it...You can take my word on that one...My orginial plan was to take a server class system and just use that as my home computer....NO MORE LAGGING EVER! but they all had on-board scsi (that's fine and dandy but not up my alley at the moment) so they are slightly out of my pricing range....so I'm going with a simple P3 system....the one I found can take a Gig of ram and has an ISA slot on it. ( I love ISA....I love EISA more....but I take what I can get) It has some PCI slots too and an AMR slot (Audio/Modem Riser) but I don't think I'll be using that much...none the less I have no idea what OS runs that kind of port...But this board has the basics and then some as far as I am concerned......Here's a nice little list of any specs I may have over looked.

Form factor: Baby AT with ATX
Socket 375
3 PCI
1 ISA
1 AMR
Gig of Ram....
On board USB (4 Ports)
2X Serial
1x Parallel
and your other standard goo-gaas