I just bought a dell inspiron 6000 with a pentium m 715 (100x15=1500mhz)
The chipset supports 533fsb (sonoma?), so I'd like to get my p-m715 up at p-m760 (133x15=2000mhz) speeds.
From what I've read, these dothans should be able to do around 2.5ghz on stock voltage, at least in desktop computers. So, 2.0 should be fine in a laptop with regards to power and heat
I've been looking at the tech spec pdf off intel's website and found that if I change the BSEL0 pin from high to low, it'll make the cpu run in 533fsb mode.
At least this has been how it was with all the older pentiums (3, 4, etc) desktop line.
But I also noticed a bclk. What is that? Do I need to do anything to that, or can I just manipulate the bsel0?
Bringing it to low, I could just yank out that pin, correct? I know that there are two Vss (ground) pins next to the bsel0 that I could ground with?
The chipset supports 533fsb (sonoma?), so I'd like to get my p-m715 up at p-m760 (133x15=2000mhz) speeds.
From what I've read, these dothans should be able to do around 2.5ghz on stock voltage, at least in desktop computers. So, 2.0 should be fine in a laptop with regards to power and heat
I've been looking at the tech spec pdf off intel's website and found that if I change the BSEL0 pin from high to low, it'll make the cpu run in 533fsb mode.
At least this has been how it was with all the older pentiums (3, 4, etc) desktop line.
But I also noticed a bclk. What is that? Do I need to do anything to that, or can I just manipulate the bsel0?
Bringing it to low, I could just yank out that pin, correct? I know that there are two Vss (ground) pins next to the bsel0 that I could ground with?