Looking forward to seeing RISC-V dominance in data centres at the end of this decade.

Nice video, well done, thanks for sharing it with us :)

I'm looking for standardized PC systems with RISC-V for that the majority of the Linux Distribution can support. I am looking for ATX motherboards or comparable boards with standard boot loaders and other standardized interfaces so that the system can also prevail outside of the nerd corner.

I cannot wait until someone develops a RISC V server core and we get away from the x86 duopoly that AMD and Intel have right now.

Interesting. So it's not an open source core itself, just an open standard. Any vendor can take it and use it for their proprietary chip. Are SiFive chips fully open source?

Interesting

Funny how most computer breakthroughs come from one or two people doing side projects. Transistor, DOS, Apple I, C, Unix, ARM, Linux, Debian, Risc-V, Rust. Really only LSIC the GUI took big teams and a lot of money.

If there is one important thing, we have experienced in IT history, when it comes to adopt new standards, it is the need for backward compatibility. Remember many examples like the Z80, which only could gain ground because of it's backwards compatibility. Remember game consoles to desktop computers like XBox 360 Emulator on newer game consoles, Rosetta 2, windows Arm x86-64 Emulator. IOMMU is certainly a right step. But RISC-V urgently needs a good backwards compatibility solution to x86-64. Without that even intel failed to replace x86 with itanium.

No gpu core ???

Will RISC-V be better than Ryzen 7950X?

HOPEFULLY they all decide to make professional level documentation that shows ALL the relevant information for the ISA in ONE PLACE not scatterbrained throughout one or more documents. As an example FLQ : RV32Q : I-Type | Imm[11:0] | rs1 | 100 | rd | 0000111 | blah blah blah description blah blah blah Showing the mnemonic, the opcode type, the encoding the opcode level and the encoding ALL IN ONE LOCATION not a little piece here, a little bit over there, more info scatterbrained through 2 or 3 other documents... ad infinitum. Look at the Sifive U74 documentation and they start out really well giving all the info in one nice concise blurb... but even here they often show an incorrect number of bits for many different bit field etc. More often than not they dont even state the encoding type (R Type, I Type etc) or even give the encoding at all. NOT HELPFUL!!!!!!!!!!!!!! Risc-V documentation is HORRENDOUS to the level where it is obvious that they cant be bothered to do the job justice. The one thing you can always say about ARM and Intel is that their documentation is SPOT ON. Everything you need to know about a given opcode is stated all together. Sometimes in many different locations. Risc-V documentation is a crap shoot cluster bleep scatterbrained totally unprofessional nightmare.