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Captain_Yuri said:

JEMC said:

#1 - RDNA3 needs to bring a big improvement in RT performance, because the first iteration has been a bit meh (roughly on par with Nvidia's first iteration, but too far from Ampere to be able to compete). The extra 2x RT cores that will come from the extra CUs will surely improve the end performance, but they also need to improve the performance of the RT cores themselves. I hope they'll be able to do it, but the result may still end behind Nvidia's next GPUs.

Yea as long as RDNA 3 can close the gap, I think it will be good enough for most people. As long as they don't have another situation where a 3070 is able to compete with a 6900XT in very demanding RT games, it will be fine. If RDNA 3 is 10-15% behind Nvidia, then that's close enough for the majority of people. Especially as Super Resolution should be out by then.

The problem is that we don't know how big of an improvement will Lovelace be to Ampere in RT so, even if AMD manages to double or triple its performance, things could end in the same awkward situation.

I think (and I know that it's easy to say something like this for someone that doesn't know shit), that they should double thei RT hardware per CU. With RDNA2 they have 1 RT core per CU, and that has proved to not be enough. They should increase that to 2 RT cores per CU, plus the extra CUs from the new chiplet design. Pack in the extra refinements and improvement that come from a second iteration, and then we would be onto something.



Please excuse my bad English.

Currently gaming on a PC with an i5-4670k@stock (for now), 16Gb RAM 1600 MHz and a GTX 1070

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