Recent content by Shaolinfist

Ok so curiosity got the better of me and I found some info saying my mobo supports yonah and merom core with up to 667mhz bus but I did not know if the BIOS would support it. So I went and brought the cheapest merom core with 667mhz bus, a T5500 for £3 on eBay to test it out and it works a...

Ok so the upgrade worked a charm! Windows detects it as a T1080 for some reason but cpuid detects it as a T2080. The laptop now plays HD video without lag and for only £3.50 on ebay! Thanks for your help!

OK JWade thanks again for your help, I have decided to go with the T2080 as it is the safe option and will easily perform to the standards which I require from this laptop. Basically at the moment it lags when I play full screen videos i.e youtube etc. Although my curiosity tempts me to try one...

If 533Mhz is the fastest I can have the FSB then I think that the T2350 would be the best option as the T2450 is a tad too expensive. What do you think am I restricted to a 533Mhz FSB and if so would this dual core processor work with the BIOS in my laptop...

That looks great but both the T2500 and the T2600 have a FSB speed of 677Mhz, are you sure this will work even thought the current processor works at 533Mhz? Thanks!

Thanks for your response Jwade, so you are saying that only a Yonah core will work? Also do you think that an upgrade from the Celeron M410 to a Dual Core would be supported by the motherboard and the BIOS? I see from the link you posted that the T2130 is also a dual core Yonah would that be...

Hi there, I am hoping to upgrade the processor in my laptop but am not 100% sure if the new one I have will fit. The laptop specs are: Packard Bell Easynote ARGC1 or MZ35 Intel Celeron M410 Yonah CPU Socket 479 mPGA 533 Mhz FSB ATI RS400/RC400/RC410 Chipset ATI SB400 Southbridge 1536MB...

Hi there, great thread! I am having some issues though with the voltage settings on my mobo. I have found the max safe HTT/FSB as 280Mhz and am running the chipset tests, but I can only bump my cpu core up to 1.35V. There are other voltage settings on my board that aren't addressed in this...