What I see is that you'll get low end chips for embedded applications, because you tend to specifically build and compile programs for things as small as that.

What I see is that you'll get low end chips for embedded applications, because you tend to specifically build and compile programs for things as small as that. You'll also get the large sever and massive super-computer scale systems, because yet again you'll compile code specifically for those systems. What you're less likely to get is the consumer level PC and Laptop systems, as you'll need one large company to set the standard and others to adhere to it. So you could feasibly compile a program for a certain level of RISCV chip and have it run on many vendors processors. As it is there's several companies trying to push ARM for some sort of high end consumer PCs/Laptops but they all require different OSes and the chips aren't equivalent, so you have to compile software separately for those different platforms.