milk-v is going to release a pretty powerful system, iirc i read it will be released in about 10 months, ventana also reportedly will release a server cpu in 2024.
It takes time, as it all is under heavy development. Just since very recently there are risc v sbc available that can run linux - before it was pretty much microcontrollers only. Be patient :)
Why is everything RISC-V some low power device, I want a workstation with PCIe 5.0 powered by RISC-V.
Cause it’s immature and low power devices are easier
That makes sense.
milk-v is going to release a pretty powerful system, iirc i read it will be released in about 10 months, ventana also reportedly will release a server cpu in 2024.
Given that sifive just effectively fired everyone, this might fall flat.
That’s yet another example of why you should not believe everything you read online, see this .
That’s the sort of thing I am interested in seeing, thanks! :)
I think that’s the whole point of all risc - it saves power over cisc but may take longer to compute some tasks.
That’d be why things like phones with limited batteries often prefer risc.
Risc-v is still 50% slower than an unisoc SOC.
It takes time, as it all is under heavy development. Just since very recently there are risc v sbc available that can run linux - before it was pretty much microcontrollers only. Be patient :)
That’s promising at least :)
RISC-V is advancing pretty quickly. I imagine we’ll see desktop class CPUs within a decade.
There is the 64 core, 32-128GB DDR4 Milk-V Pioneer, but it uses PCIe 4.0
Even once the kinks are worked out, the primary market for RISC-V will be low-end. It’s a FOSS (FOSH?) upgrade path from 8-bit and 16-bit ISAs.
There will be no reason for embedded systems to use ARM.