Originally posted by: munky
So far, I've seen nothing but speculation, how does that confirm anything? And who said AMR will use the AFR method at all?
If they don't, their solution will likely be slower than nVidia's due to the duplication of geometry processing. "Slower" isn't the word you want to hear when you drop the coin for 2 vid cards, a multi PCIE graphics mobo, and a beefed psu.
It does seem that having 2 identical cards is necessary to do AFR effectively, but I've heard nothing about AFR being used at all by Ati. In fact, I don't think either SLI or AMR are good solutions, because a good solution will be able to assign different tasks to each card, not just render different parts of the same screen. For example, the ideal solution would be able to use the newer card to display all the output, and then use the older card to help out with things like geometry transformations, shaders, and additional memory. AFAIK, neither SLI nor AMR are capable of doing this.
Why/how would this be better than having two matched latest gen cards rendering every other screen? I don't think you thought this through- I don't think there's any way a next gen card plus a current gen card could beat two next gen cards doing half the processing each?
Nvidia chose the simplest path, and require 2 identical cards. That's good for reducing possible problems, but Ati was more adventurous and theoretically will allows different cards to work together, which will allow greater flexibility and value than SLI if it works out as planned. Anyway, nobody can make an accurate statement about it until we see it in action.
I don't see the "value" of slowing down a new card with an old card personally, but for the man that thinks spending $500+ on a R520, $200 on a new AMR board, and maybe a new psu and wants to save a few hundred (and lose performance) by not selling his X850 and buying a R520, I guess you have a point.