Archived from groups: alt.comp.hardware.overclocking (
More info?)
An interesting product:
o P-M boards are thin on the ground - and expensive
---- typically £190/350$US
---- limited from mainstream board makers, mainly industrial
o P-M board chipsets are somewhat limited
---- slow uptake of the latest P-M chipset, so older functionality
Comes down to the price of the adapter & desktop board.
The industrial P-M board solutions have things in their favour:
o Onboard PCMCIA - re 56k modem, wireless, anything
o Onboard DC-2-DC convertor - re single voltage feed v big ATX
The P-M chip is not particularly cheap - at least in retail package.
It does however very competent processing power for low watts.
The VIA-C3 solution is a bit... lame... it's not a powerful chip, it
may be P2-500+ on integer, but on FPU it's distinctly P2-300.
o DFI -- full P-M board -- low volume v high R&D means big ticket
o Asus -- P-M adapter -- low volume v low R&D means low ticket
My gut feeling is the Asus solution may end up more robust, it
is utilising a broadly proven mainboard solution under it. Literally.
Unfortunately, Speedstep isn't supported re power dissipation :-(
VIA need to come up with a better FPU core - and fast.
--
Dorothy Bradbury
www.dorothybradbury.co.uk for quiet Panaflo fans