Not really, hidpi, multidpi, fractional scaling are the new Linux "sound cards", in the sense that buying modern screens and expecting them to work under Linux is an act of gambling. For example, for fractional scaling you probably end up using (broken for many drivers) raster scaling in xrandr, which is resource intensive and (being a raster operation on top of font rendering!) poor quality. But, hey, there is Wayland, you say. Well, Wayland does the same, maybe with slightly better performance because of some technical nuances, but still essentially the same, since it doesn't support fractional scales: just render everything to the next higher integer scale, then downscale using a brutal raster operation. This is the standard we have been waiting for a decade now and it's not only that its adoption and its support for important features are still far from what's required, it's also that it has design shortcomings that it's probably too late to change now. At least at fractional scales, I suspect that Qt, browsers and other rendering engines that already supported it (GTK being the conspicuous absence here) won't see any improvement but a loss of font rendering quality in the future. Now look at most of the current offer of budget laptops: FHD 13-14'' screens, good enough for most people, poorly supported in Linux even if Wayland was now shinning at its brightest, which is far from real. Not to talk about the poor fellow that wants to plug his cheap external FHD screen or, worse, that shiny new UHD screen that costed her hard earned money. The mishmash of scales a typical modern setup like this requires is too much for Linux and will be for the foreseeable future. I'd like Linux fans to be more responsible with their advice since Linux desktop is actually an expensive hobby for people with time, money and technical savvy.