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Well then, after doing the pencil trick my GP overclocks at 224 MHz with 1.4V at vcore.. that's most unusual..

Where di you measure vcore ? Is it really between T7 and T8 ?

Do like I did .. tape them with a wire :P

Nope, but its easier with an external alim.. Are the testing points right ? Because I can't believe my core runs at 1.47V and OCs to 220 MHz.. Besides, am I the only one having a wavy effect on the LCD when I put too much graphite on the resitance ? I put it only on R48 by the way

errm, what's pllset ?

Don't the screen flicker at really low clock rates ?

Heh, they know enough for now, its pointless anyways :P

It does.

Well I'm not sure that's correct.. I'm getting 1.43V there and I can OC up to 220 MHz stably

Well all I can say is that you actually aren't the first one to find this out.. as the tool was indeed used for that kind of purpose (piracy)

mirko's gp clock tester has all frequencies from 133 to 256 with a step of 4 MHz, maybe you could have a look at it to find the hex values ?

that's what I thought.. but I can't find the edited OS9X :P

my FLU used to be capped at 166, now I can go up to 224 and keep it stable :o it took a while to fine tune it though, at first I had put *way* too much and I got a constant druken frogger effect, which is pretty BAD I think :P

lol, that doesn't look at all like my FLU board :P

I did it some time ago, it's not that hard.. You need to install first the divx 4 codec, then rename divx.dll to something like divx4.dll. You can now install Divx 5 safely. After that, you need to add a new chain in HKEY_LOCAL_MACHINE\Software\Microsoft\Windows NT\CurrentVersion\Drivers32...

bits. ripoff. :P

Whaat ? Why not ? >_> I often do that :o

try their sourceforge CVS :P the project name is "gpadvance" iirc

The only issue in Chrono Trigger is transparency but you can always disable the background layer

I'm the first to reply to this thread, do I get it for free ? ;p