Thank You,
Also, look at the memory price one or two years ago.
If you want to avoid that problem of 64M cacheable, avoid MB with TX
chipset.
Caveat : Other chipsets can cache more than 64M provided they have enough
Level 2 cache and enough tag ram.
Some chipset are able to cache up to 512 M, but the way some MB manufacters
use it, (one chip for tag ram, 512K cache not extensible), the real
cacheable mem is only 64 M, and spec written by marketing dpt are very hard
to decode.
Look at http://www.anandtech.com/p5xv3.html for an example of bad things.
(Informationn about 2 months old, perhaps fixed).
Paladin1 <ky...@lightspeed.bc.ca> a écrit dans l'article
<352a2d66...@news.lightspeed.bc.ca>...
>Could anyone explain more about TX ChipSet Limitation?
>I mean how come they design a MB that Limit only 64MB memory will
>cached?
It's very simple: AMD and other has also made good socket 7 Chips. So
Intel decided to kastrade the cachable area so power users must buy
Intel P II !
>and how could I avoid the problem or is there any solution that would
>increase the performance if memory is execeed 64MB???
I realy doubt!
>Thank You,
KALLE
see http://www.jump.net/~lcs/kalle.htm for ASUS P55T2P4 information.
I have two old ram 2 x 32 Mb -12ns and they work properly. After I
installed the new ram, error occur.
combination of ram :
1) new ram at socket 1, old ram at socket 2&3..............when windows 95
started, fatal error occurred as a result system halted.
2) any combination of ram except item 1, for instant, new ram at socket 2,
old ram at socket 1 &3. When himem.sys loaded, unreliable memory detect at
3029f??? address as a result system halted.
Could I still solve this problem? I need to throw the new ram away or treat
it as a rubbish? BTW, how much the system will be slow down when the memory
is higher than 64 Mb?
Best Regards,
Coffee
I would take back the one that is giving a himem.sys error
First, it's not a "motherboard design" issue - it's an "Intel would rather
have you buy a P2 system" problem. Ie: blame the marketeers, not the mainboard
designers.
Second, the only way to avoid the TX chipset limitation is to not buy a TX
chipset board.
/dave
And those settings are?
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