thank god my "fileserver" is right next to main rig. I don't think I could sit around for an hour or so and watch all these demos run again..
btw, I had to go down to 8 % oc. 3dmark 06 wouldn't run at a 9.4% memory oc . I've noticed that the past few cat releases have lowered my oc...bastards...
anyway, I'm doing the test at 2430 memory (default is actually 2250 so 8% oc exactly). core is 837 now instead of 850 (vs 776 default) for a 7.86% oc. curently almost done with the memory oc testing...halfway there!
on crysis I took the middle number from the last 3 demo runs. On all 3 video card settings these last 3 demo runs were within 8/100 of a second avg fps.
ok, all done. here's the data:
rig in sig with e6750 @3.4 on xp home
stock 3870 @776/2250
3dmark06 11171
crysis demo (14x9,all high, noAA/AF) 31.45
3870 @776/2430 (exactly 8% memory overclock)
3dmark06 11397
crysis demo 31.92
3870 @837/2250
3dmark06 11611
crysis demo 33.33
ok, so it's obvious that the core OC of 7.84% had a much greater impact than the mem oc of 8%. There was a 5.98% improvement in crysis and a 3.94% improvement in 3dmark with the core OC of 7.84 %. There was a 2.02% improvement in 3dmark 06 with the 8% mem oc and a 1.49% improvement in the crysis demo. how is that for scaling purposes?
core oc in 3dmark: 3.94/7.84 = 50.3% scaling.
core oc in crysis: 5.98/7.84 = 76.28% scaling.
mem oc in 3dmark: 2.02/8.00 = 25.25 % scaling
mem oc in crysis: 1.49/8.00 = 18.63 % scaling
according to this, the core scales twice as well in 3d mark and over 4 TIMES as well in crysis. Also, even using the higher scaling % of 25.25 from 3dmark06, a 25% memory increase would only net a 6.31% increase in performance.
Maybe someone with a 3870x2 can try to verify these tests for us with an 8% memory oc on his card?