The author of the article posted some lower res w/o fsaa results in their forum.
As promised, here are the kx7x32 results on 3DMark 2001SE sans FSAA. Overall, the relative performance stackup doesn't change:
3DMark 2001SE Score Fill Rate Single Fill Rate Multi Triangle Rate: 1 Light Triangle Rate: 8 Lights Nature (DX8) Vertex Shaders Pixel Shader Advanced Pixel Shader
XP4 kx7 baseline 5759 217.7 552.8 10.7 4.6 22.8 41.5 24.3 16.9
XP4 kx7 baseline (2nd run) 5745 218.1 551.9 10.7 4.6 22.8 41.5 24.3 16.9
R9000 kx7 baseline 8387 682.4 1085.4 21.6 5 41.6 79.6 113.3 78
%delta (R9000 ahead of XP4) 46.0% 212.9% 96.7% 101.9% 8.7% 82.5% 91.8% 366.3% 361.5%
I ran the XP4 twice to verify the results were repeatable.
On average, the R9000 Pro is 152% faster than the XP4 on all the tests. Looking at the overall score, R9000 Pro is still half again as fast the XP4. So yes, the XP4 does better at this resolution, but then, so does the R9000. At 1600x1200x32, the R9000 is 72%, so the XP4 was able to close the gap at 1024x768, but still trails considerably.
I agree with most of the responses in this forum. Extremetech should have been more comprehensive with thier benchmarks. I know it's their policy to bench at 1600x1200 and 1024 with AA, but that scheme obviously doesn't work optimally for all cards. Extremetech probably wants a specific set of rules to adhere to which are simple enough for the average reader to follow *and also* test hardware as concisely as possible. However, sometimes you have to "get messy" and show all the raw, complicated data to get all the facts across. Perhaps it's time for a policy change on their part.....
IMO, they shouldn't have bashed the card so hard...it's a engineering sample with beta drivers. While it probably won't turn out to be a speed-demon, anything's possible. It's a bit irresponsible to pass judgement on a product before the final silicon's even released.