"comparisons vs AMD is yet to be seen.
id also be interested in how well RDram would do at the same 2.4ghz overclock."
I currently have a P4T-E running 144 FSB/4X RDRAM, so that puts me at PC1152. I get a 3550/3500 memory bandwidth. But very few people can get the RDRAM this high at 4X, and it's only 95% stable (minor memory problems, but most 3D runs fine). What the RDRAM needs is a bit more voltage, but nobody knows how to do this yet (except some mad overclockers in Japan) and it would require soldering.
So I have a 1.6a up to 2.3 gig. With a Ti 4600 overclocked to 315/735, I get a 11,750 3DMark2001 score and a 15,550 3DMark2000 score. Remember the scores depend a lot on what video card you have. I haven't checked the MadOnion database, but I'm sure some people have done better with the same rig. But I am running the 27.42 Detonators, and I hear the latest 28.90s are good for several hundred points so that might take me over 12k.
I just picked up a used P4B266-E here in Japan, and I have some Samsung PC2700 DDR333 on the way. I want to see how high I can take the same CPU on the DDR rig.
I really doubt you can get 3000/3000 at just 150 fsb with DDR, despite what one guy posted. All the benches I've seen show maybe 2800/2700 at 180+ FSB or something. I shall see for myself. With RDRAM at 133 FSB or PC1066, you should see around 3300/3300.
Does more bandwidth really help? I ran 3DMark2001 at 138 FSB/4X (2.2 gig, PC1104) versus 144 FSB/3X (2.3 gig, PC864). So it's 3400/3400 bandwidth with slower CPU versus 3000/3000 bandwidth and faster CPU. I got 300 more 3DMarks with the higher bandwidth setup. Granted that is only a 0.1 gig difference in CPUs.