That's probably true, but do you know where I could find a comparison that shows a variety of speed settings for both codecs? And ideally discusses how fast VVC is expected to encode once everything is more finalized.
It's easy enough to run everything at default speed but then the results are almost meaningless.
Or if you are just an end user consuming streaming video content, then you only care that your player can decode it which I don't think will be any sort of problem if things play out like they did for HEVC vs VP9.
If all the streaming services choose VVC over AV1, then all the player companies will put hardware decoders in their SoC.
I deal with a lot of video and HEVC is by and far the most used codec that I see.
I am not sure why AV1 vs VVC will go any differently.
Just like HEVC was about a generation better than VP9, VVC is about a generation better than AV1.
I guess it depends on what streaming companies choose. Since they all chose HEVC, all the cheap player chips in TVs and boxes and sticks all have HEVC hardware decode. Even though YouTube chose VP9, it didn't really seem to make a difference in the grand scheme of things.
YouTube chose AV1 of course, but if all the streaming companies go VVC, well then I think it will proliferate similarly to HEVC.
But it is currently being used in India and China already. So its usage is much bigger than a lot of people would imagine.
https://en.wikipedia.org/wiki/Versatile_Video_Coding