Apr 4 2008, 03:26 AM
QUOTE(cstkl1 @ Nov 23 2007, 08:03 PM)
not yet
both cards has been flashed
to a better bios than the ssc.. the xfx ADE XXX...
y better the ADE XXX bios doesnt suffer the problem of depreciating performance when u keep overclocking even though its artiact free...
the SSC has that bug... the ADE XXX bios are newer.
test it.. it was debated quite heavily in XS..
i'm looking at the xfx ADE XXX bios, the clocks are lower than the SSC. how is that better?both cards has been flashed
to a better bios than the ssc.. the xfx ADE XXX...
y better the ADE XXX bios doesnt suffer the problem of depreciating performance when u keep overclocking even though its artiact free...
the SSC has that bug... the ADE XXX bios are newer.
test it.. it was debated quite heavily in XS..
when you say the performance depreciates, then it's pointless to overclock to a frequency that has the same performance on a lower frequency. hence, futile...
QUOTE(r4st4m4n @ Mar 1 2008, 01:50 PM)
My memory doesn't overclock very well. For the moment I leave it at 950MHz (1800MHz) in order to make sure that it won't give me instability. Once I found the max on the core and the shaders, I'll OC the memory.
But from the first result I have, it seems the memory is unstable over 993MHz (1986MHz). It is slightly under the result I had with the stock cooler (1000+MHz). It might be due to the 2 memory chips under the HR-03 GT heatpipes. The heatsink provided for them are tiny because the heatpipes are just on top of them, so maybe the cooling capacity is slightly worse than with the stock cooler. It doesn't really matter since the performance increase when OCing the memory by few MHz is barely noticeable.
800 MHz is definitely possible, the hr-03 GT can handle the heat easily. From my first testings, I think I should be able to do around 840MHz core and 2100 MHz shaders at 1.3V and it should be fully stable in games.
rofl this guy is funny But from the first result I have, it seems the memory is unstable over 993MHz (1986MHz). It is slightly under the result I had with the stock cooler (1000+MHz). It might be due to the 2 memory chips under the HR-03 GT heatpipes. The heatsink provided for them are tiny because the heatpipes are just on top of them, so maybe the cooling capacity is slightly worse than with the stock cooler. It doesn't really matter since the performance increase when OCing the memory by few MHz is barely noticeable.
800 MHz is definitely possible, the hr-03 GT can handle the heat easily. From my first testings, I think I should be able to do around 840MHz core and 2100 MHz shaders at 1.3V and it should be fully stable in games.
the first memory clock value was incorrect but then he got the second memory value correct..wtf..lol
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