Look it up. The latest generation of Intel chips have incredibly egregious issues.
If you think you’re owning the Chinese by supporting Intel, you’re very misguided. Instead, you should be hoping for RISC-V to catch on because closed architectures are vastly more vulnerable to exploitation. They represent an unknown tech stack which is a no-no for anyone who actually values freedom, privacy, and liberty. They also cost tens of millions to create while RISC-V costs significantly less since it doesn’t require a company to buy a million dollar license to build on a closed architecture.
The architecture being open source or not has nothing to do with security. All high performance risc-v cpu designs are proprietary. The instruction set itself is open source, but beyond that you have as much visibility into the internals of the processor as you would with an Intel one. The only thing the license impacts is that you can legally make your own risc-v processor if you want, whereas tou can’t make your own x86 processor if you want (legally).
Look it up. The latest generation of Intel chips have incredibly egregious issues.
If you think you’re owning the Chinese by supporting Intel, you’re very misguided. Instead, you should be hoping for RISC-V to catch on because closed architectures are vastly more vulnerable to exploitation. They represent an unknown tech stack which is a no-no for anyone who actually values freedom, privacy, and liberty. They also cost tens of millions to create while RISC-V costs significantly less since it doesn’t require a company to buy a million dollar license to build on a closed architecture.
The architecture being open source or not has nothing to do with security. All high performance risc-v cpu designs are proprietary. The instruction set itself is open source, but beyond that you have as much visibility into the internals of the processor as you would with an Intel one. The only thing the license impacts is that you can legally make your own risc-v processor if you want, whereas tou can’t make your own x86 processor if you want (legally).
Thanks for setting me straight. I’ll still be pushing the idea of RISC-V.