GRIFF

Instead you could figure out why vga works with agp 2x

Nice frequency for stock voltage?

https://hwbot.org/submission/4143276_griff_pifast_celeron_566mhz_2min_49sec_650ms?recalculate=true https://hwbot.org/submission/4143280_griff_superpi___1m_celeron_566mhz_1min_47sec_615ms/

Intel chipset (fsb 150mhz): https://hwbot.org/submission/2561826_strunkenbold_superpi___32m_celeron_566mhz_1h_30min_13sec_54ms/ Via chipset (fsb 145mhz): https://hwbot.org/submission/4142481_griff_superpi___32m_celeron_566mhz_1h_28min_49sec_744ms/

https://hwbot.org/submission/4142671_griff_pifast_celeron_566mhz_2min_54sec_130ms?recalculate=true https://hwbot.org/submission/4142669_griff_cpu_frequency_celeron_566mhz_1312_mhz/ another two.

Grande. Bravo. You did it!!!!

https://hwbot.org/submission/4142481_griff_superpi___32m_celeron_566mhz_1h_28min_49sec_744ms/

Some my results. https://hwbot.org/submission/4142481_griff_superpi___32m_celeron_566mhz_1h_28min_49sec_744ms/ https://hwbot.org/submission/4142505_griff_cpu_frequency_celeron_733mhz_1295_mhz?recalculate=true

Yes. But I need more efficiency for the first.

No, is the /3 divider. /4 divider don't permit +33mhz of the sdr frequency.

For this time I'm tested only Asus Cuv4x-e and made 161mhz with SDR. Boot at 120mhz, the rest from windows. Vccio didn't help. For me need another volts on NB.

?

In any case nice score

Via Chipset support only 3 options -33mhz +0mhz and +33mhz. You need to see chipset possibilities, not pll.

-15 -25 on bios

Hi Terra. So, 138.82+33=172

Thank you guys. With this cpu on Cascade and NB on air I haven't tried. I will try in the coming days. Impression that I am limited by the CPU. In my opinion the lack of over 700 results due to the cost and rarity of these boards. I have 3 other non-functioning ones. Two of which have SB dead. Let's see how they will go up once they are repaired. I wanted to say thanks to Tapakah, he sold me this card because he didn't go over 600 of fsb. The problem was the lack of compound between the NB and the heat sink.

Another one of E8500 better than two previous. Cascade repaired 1 week ago and this is first verification with real load.

https://hwbot.org/submission/4132741_griff_reference_frequency_rampage_extreme_700.02_mhz

For stage 5 requirements is: * ONLY USE PROCESSORS USING SOCKET 370. * ONLY MAKE SUBMISSIONS WITH A RADEON 9100 VIDEOCARD. * ONLY USE PROCESSORS BASED ON THE COPPERMINE-128 CORE. * MUST USE AN INTEL CELERON "COPPERMINE" CPU WITH NATIVE 66MHZ FSB. * MUST USE A SOCKET 370 AND SLOT 1 (WITH ADAPTER) MOTHERBOARD WITH NON-INTEL CHIPSET. * PLEASE ATTACH A PICTURE OF YOUR OVERCLOCKING RIG.

@GeorgeStorm For stage 1,2,3,4 requirements is: * ONLY USE PROCESSORS USING SOCKET 370. * ONLY USE PROCESSORS BASED ON THE COPPERMINE-128 CORE. * MUST USE AN INTEL CELERON "COPPERMINE" CPU WITH NATIVE 66MHZ FSB. * MUST USE A SOCKET 370 AND SLOT 1 (WITH ADAPTER) MOTHERBOARD WITH NON-INTEL CHIPSET. * PLEASE ATTACH A PICTURE OF YOUR OVERCLOCKING RIG.

Background: https://drive.google.com/file/d/1hbKq6sX97ZLjNAoJWKvdqRmyMhIfLWtp/view?usp=drivesdk

I wrote to @GeorgeStorm in pvt

Tonight. ?

No for fairness. I will do the same bench in parallel to compare ourselves. So I don't feel out of it.