SMP + Celery 900/100fsb/128K + bp6
SMP + Celery 900/100fsb/128K + bp6
Quick question, Think the bp6 will do dual celery 900 with powerleap adapter?
No CELEs newer than the original CELE1s are SMP capable to my knowledge.
No posting on the BP6 community website has ever indicated this.
Perhaps some new undiscovered chip with this feature has appeared.
If so, you should declare yourself as the discoverer this CPU and make immediate claim to it, for use in all your BP6 system(s)!!
No posting on the BP6 community website has ever indicated this.
Perhaps some new undiscovered chip with this feature has appeared.
If so, you should declare yourself as the discoverer this CPU and make immediate claim to it, for use in all your BP6 system(s)!!
Ok here take a look for yourself, I was looking on ebay, heres a not so old celery with the same looking p3 core, well Im pretty sure its the same core, but with less cache, I did own a celeron 1 ghz with 256k cache and it did have a larger core than this one does. SO does it actually have a p3 core?? I do believe so (maybe)
http://cgi.ebay.com/ws/eBayISAPI.dll?Vi ... 2058645851
I mean I do work in computer field, but I have been doing more research for these kinds of things.
http://cgi.ebay.com/ws/eBayISAPI.dll?Vi ... 2058645851
I mean I do work in computer field, but I have been doing more research for these kinds of things.
Don't ever trust the pictures on E-Bay as a valid indication of anything!
If the silicon die part of the chip you are looking at is the small P3 size, then the picture is almost certainly a .13micron piece of silicon, or a P3 picture being used to sell a Cele2, or a Cele3 being wrongly described.
I'd look at the Intel website tables of all processors to see if any Celeron CPU is spec'ed for SMP. Well maybe it could run SMP, even though Intel would delibertly not say so.
If the silicon die part of the chip you are looking at is the small P3 size, then the picture is almost certainly a .13micron piece of silicon, or a P3 picture being used to sell a Cele2, or a Cele3 being wrongly described.
I'd look at the Intel website tables of all processors to see if any Celeron CPU is spec'ed for SMP. Well maybe it could run SMP, even though Intel would delibertly not say so.
hmm
http://www.intel.com/support/processors ... tti002.htm
man I need a break from all this thinking arh
http://www.intel.com/support/processors ... tti002.htm
man I need a break from all this thinking arh
I would say RISKY MODIFICATION, just soldering (1) wire per CPU & cutting one trace per adapter does not qualify as heavy.fossil wrote:Ok...Almost any P3 coppermine (.18 micron) will work in smp BUT ONLY WITH HEAVY MODIFICATION of the BP6. Worth it??? .
If capacitors & voltage regulators must also be replaced, it gets HEAVY.
OK Here's the deal.
The original Celerons worked in SMP only if you re-routed certain pins to the motherboard socket. The original people to run Celerons in dual did this by modding the CPU sockets. Then the BP6 came out, which in effect had the pins re-routed for you.
The Celeron 2 and later will never do SMP because certain vital CPU pins have been physically separated from the CPU core.
Intels' plans have always been for the Celeron to be crippled, to preserve the higher margins on Pentiums and Xeons. When they realised that the original Celeron could be easily enabled for SMP, they went one step further and separated the SMP pins from the die.
So the party was over
The original Celerons worked in SMP only if you re-routed certain pins to the motherboard socket. The original people to run Celerons in dual did this by modding the CPU sockets. Then the BP6 came out, which in effect had the pins re-routed for you.
The Celeron 2 and later will never do SMP because certain vital CPU pins have been physically separated from the CPU core.
Intels' plans have always been for the Celeron to be crippled, to preserve the higher margins on Pentiums and Xeons. When they realised that the original Celeron could be easily enabled for SMP, they went one step further and separated the SMP pins from the die.
So the party was over