This will get RISC-V probably a big boost. Maybe this was not the smartest move for ARMs long term future. But slapping Qualcomm is always a good idea, its just such a shitty company.
True, I just wished RISCV laptops were slightly more developed and available. As of now, the specs aren’t there yet in those devices that are available. (8core@2Ghz, but only 16GB Ram, too little for me)
Kind of a bummer, was coming up to a work laptop upgrade soon and was carefully watching the Linux support for Snapdragon X because I can’t bring myself to deal with Apple shenanigans, but like the idea of performance and efficiency. The caution with which I approached it stems from my “I don’t really believe a fucking thing Qualcomm Marketing says” mentality, and it seems holding off and watching was the right call. Oh well, x86 for another cycle, I guess.
If they use Cortex cores, they are ARM designs. Oryon cores are in house based on Nuvia designs, and I assume it would still require a complete chip redesign if they decide to switch to RISC-V.
Of course i will still take RISC-V a long time to be even relevant.
But in the future there could be multiple Companies that offer finished chip designs to use. As you said not every company wants and can create a design themself.
This will get RISC-V probably a big boost. Maybe this was not the smartest move for ARMs long term future. But slapping Qualcomm is always a good idea, its just such a shitty company.
True, I just wished RISCV laptops were slightly more developed and available. As of now, the specs aren’t there yet in those devices that are available. (8core@2Ghz, but only 16GB Ram, too little for me)
Kind of a bummer, was coming up to a work laptop upgrade soon and was carefully watching the Linux support for Snapdragon X because I can’t bring myself to deal with Apple shenanigans, but like the idea of performance and efficiency. The caution with which I approached it stems from my “I don’t really believe a fucking thing Qualcomm Marketing says” mentality, and it seems holding off and watching was the right call. Oh well, x86 for another cycle, I guess.
I think, I would go for a ARM Tuxedo PC in your position.
Oh, still some time needed for that as well, but you can see the progress (a lot is working now at kernel 6.11)
https://www.tuxedocomputers.com/en/Where-are-we-with-our-TUXEDO-ARM-Notebook.tuxedo
You are overestimating RISC-V. It cannot save the planet alone.
ARM provides complete chip designs.
RISC-V is more like an API, and then you still need to design your chips behind it.
I could be wrong, but I think Qualcomm designs its own chips and only licenses the “API”, so it would be no difference for them.
If they use Cortex cores, they are ARM designs. Oryon cores are in house based on Nuvia designs, and I assume it would still require a complete chip redesign if they decide to switch to RISC-V.
Of course i will still take RISC-V a long time to be even relevant. But in the future there could be multiple Companies that offer finished chip designs to use. As you said not every company wants and can create a design themself.
I’ll wait and see. RISC-V is a nice idea, but there are way too many different “standards” to make it a viable ecosystem.
What do you mean by standards?