Is Huawei planning to ship Linux on its upcoming MateBook laptops instead of HarmonyOS NEXT? A fresh leak out of China this week suggests so. Huawei is no
RISC-V is just about at pi3 levels of performance so it’s not really that good for end user stuff yet. Alibaba launched a new core recently that might improve things though.
On their servers? possibly. RISC-V is competitive when you stuff a bunch of cores into it and make it do basic server tasks that haven’t gotten more complex over the years. And in AI, you may just need a cheap CPU to orchestrate your GPUs/NPUs so anything will work there.
I think we’ll see m1+ levels of desktop performance on RISCV within the next 4 years though. trump will do wonders for the Chinese semiconductor industry.
I think we’ll see m1+ levels of desktop performance on RISCV within the next 4 years though. trump will do wonders for the Chinese semiconductor industry
I hope so, that would e awesome!
On their servers? possibly. RISC-V is competitive when you stuff a bunch of cores into it and make it do basic server tasks that haven’t gotten more complex over the years. And in AI, you may just need a cheap CPU to orchestrate your GPUs/NPUs so anything will work there.
I think this is the approach Tenstorrent is taking with their AI accelerators, but I’m not entirely clear on how much of the processing is done in RISC-V and how much is custom silicon. But, as a reletively inexpensive PCIe card, it seems pretty interesting
Yeah, pi3 isn’t quite there yet to drive a laptop. I expect RISCV to mature rapidly as well. There’s going to be a ton of money poured into it, and it’s always easier to do things the second time around. Apple has done a lot of the hard work designing the architecture o M series chips, and I imagine a lot of it will inspire RISCV designs now. This project in particular seems pretty promising as it specifically aims to deliver high performance designs https://github.com/OpenXiangShan/XiangShan
wonder if they use riscv chips
RISC-V is just about at pi3 levels of performance so it’s not really that good for end user stuff yet. Alibaba launched a new core recently that might improve things though.
On their servers? possibly. RISC-V is competitive when you stuff a bunch of cores into it and make it do basic server tasks that haven’t gotten more complex over the years. And in AI, you may just need a cheap CPU to orchestrate your GPUs/NPUs so anything will work there.
I think we’ll see m1+ levels of desktop performance on RISCV within the next 4 years though. trump will do wonders for the Chinese semiconductor industry.
I hope so, that would e awesome!
I think this is the approach Tenstorrent is taking with their AI accelerators, but I’m not entirely clear on how much of the processing is done in RISC-V and how much is custom silicon. But, as a reletively inexpensive PCIe card, it seems pretty interesting
Yeah, pi3 isn’t quite there yet to drive a laptop. I expect RISCV to mature rapidly as well. There’s going to be a ton of money poured into it, and it’s always easier to do things the second time around. Apple has done a lot of the hard work designing the architecture o M series chips, and I imagine a lot of it will inspire RISCV designs now. This project in particular seems pretty promising as it specifically aims to deliver high performance designs https://github.com/OpenXiangShan/XiangShan