#riscv64 — Public Fediverse posts

@nlnetlabs this marks also the one hundreds release of my #unbound #docker image! 🎉

💚

https://github.com/madnuttah/unbound-docker

#foss #opensource #dns #selfhosting #homelab #quic #dot #doh #riscv64 #ppc64le #s390x #386 #amd64 #arm #arm64

@nlnetlabs this marks also the one hundreds release of my #unbound #docker image! 🎉

💚

https://github.com/madnuttah/unbound-docker

#foss #opensource #dns #selfhosting #homelab #quic #dot #doh #riscv64 #ppc64le #s390x #386 #amd64 #arm #arm64

@nlnetlabs this marks also the one hundreds release of my #unbound #docker image! 🎉

💚

https://github.com/madnuttah/unbound-docker

#foss #opensource #dns #selfhosting #homelab #quic #dot #doh #riscv64 #ppc64le #s390x #386 #amd64 #arm #arm64

@nlnetlabs this marks also the one hundreds release of my #unbound #docker image! 🎉

💚

https://github.com/madnuttah/unbound-docker

#foss #opensource #dns #selfhosting #homelab #quic #dot #doh #riscv64 #ppc64le #s390x #386 #amd64 #arm #arm64

@nlnetlabs this marks also the one hundreds release of my #unbound #docker image! 🎉

💚

https://github.com/madnuttah/unbound-docker

#foss #opensource #dns #selfhosting #homelab #quic #dot #doh #riscv64 #ppc64le #s390x #386 #amd64 #arm #arm64

Simmerv was actually developed to support the development of SmolRV64, a speculative superscalar OoO FPGA Soft SoC. It too boots stock Ubuntu (25.04, not yet 26.04) and has official Geekbench results. It's currently 2-wide, but I'm trying to make it wider while remaining at 167 MHz
https://github.com/tommythorn/smolrv64
#riscv #risc_v #riscv64 #rva22u64 #rva22 #fpga #soc #superscalar

I'm really not on here very much anymore, but I thought someone might be interested in a rather good (IMhO) full RVA23 RISC-V emulator that's very fast for a non-JIT emulator (~ 200 MIPS) and even runs in your browser: https://github.com/tommythorn/simmerv

Three trivial steps to run stock Ubuntu 26.04
#riscv #risc_v #riscv64 #rustlang