Again, being able to spin your own chips isn't really at issue here, that's already possible. ARM and MIPS will likely happily let you continue to make chips ba

Again, being able to spin your own chips isn't really at issue here, that's already possible. ARM and MIPS will likely happily let you continue to make chips based on old cores as long as you continue to pay your license fees. The freedoms from the Open Source model is substantial enough to make it attractive on that basis alone, just as for Linux/BSD. One example is Western Digital transitioning to RISC-V for their hard drive controllers. I would imagine being able to add your own instructions without having to deal with NDAs and non competes with ARM will be attractive to a lot of OEMs. Just like with Linux, it's difficult to anticipate what intersting things will come out of RISC-V, but one interesting example is a formally verified RISC-V core, picorv32: https://github.com/cliffordwolf/riscv-formal/tree/master/cores/picorv32 https://github.com/cliffordwolf/riscv-formal/tree/master/cor... (presentation here: https://www.youtube.com/watch?v=VU97ffHF_IQ https://www.youtube.com/watch?v=VU97ffHF_IQ). According to the author, this core will power safety critical applications at a synchrotron: https://theamphour.com/374-an-interview-with-clifford-wolf/ https://theamphour.com/374-an-interview-with-clifford-wolf/