🎉 Congrats to our partner ESWIN Computing on its Hong Kong listing (01256.HK)!

7 years of RISC-V + AI, from cores to chips to complete systems. A milestone for ESWIN and RISC-V

Full blog:
deepcomputing.io/congratulation…

#RISCV #AI

What a day in Hong Kong!

RISC-V Hong Kong Day brought communities from mainland China and around the world together. It was also a day to recognize the people who make RISC-V better for everyone.

Full story 👇
deepcomputing.io/risc-v-hong-ko…
#RISCV #Linux

RISC-V Summit China 2026 made one thing clear: open computing is moving from possibility to practice. It’s running on real hardware today.

We’re grateful to every developer, partner, and friend who joined us on the journey.

Check the highlights👇
deepcomputing.io/deepcomputing-…

#RISCV #RISCVSummit #RVA23 #OpenHardware

📖 Installation guide (includes the RISC-V patch): github.com/DC-DeepComputi…

🚀 DeepSeek Harness (dsh) now runs natively on the DC-ROMA Mainboard III!

On the DC-ROMA Mainboard III, with a 16-core SpacemiT K3 RISC-V chip and 16GB of RAM, we have DeepSeek’s official AI agent framework dsh fully running on Ubuntu 26.04 (riscv64) 👇

✅ The Web UI runs calls tools and runs multi-step tasks on its own.
✅ dsh checks its own host (CPU, memory, disk, thermals and systemd) and writes a full report.
✅ About 13% load while running, chip temperature around 60°C.

RISC-V doesn’t just run Linux. It runs AI agents too 🔥
#RISCV #DeepSeek #DCROMA #AIAgent #OpenSource

At #GOSIM2026 Yanwei Huang shared how to build AI Agents on the DC-ROMA RISC-V Mainboard III.

It runs on the SpacemiT K3 with up to 60 TOPS of AI compute and supports the #RVA23 profile. The whole agent, from model inference to tool calls, runs locally on a RISC-V laptop.
an just models now. It runs agents too.

#RISCV #AIAgent #AI

Final day at RISC-V Summit China 2026! 🎉

From a great talk by our Developer Relations Engineer Yanwei Huang to hands-on demos of the DC-ROMA RISC-V Mainboard III, we’re connecting with the RISC-V community!

🎉 Congrats to our lucky draw winners, and thanks to everyone who RISCVSummitChina #DeepComputing

🚀 Day 1 at RISC-V Summit China 2026!

Great to meet Andrea Gallo at the DeepComputing booth! 🙌 Thank you for the kind words about our DC-ROMA RISC-V Mainboard III.

It’s exciting to see the RISC-V community come together to explore new possibilities in open hardware and AI ISCVSummitChina #DeepComputing #OpenHardware #AI

We are Here!

See you tomorrow at #RISCVSummitCN

#RISCV #RISCVEveryWhere

Great RISC-V hardware is only half the story. The other half is software that just works, and that starts upstream.

If you build, ship, or care about RISC-V software, come and join @Yuning_XC5 and Brian 'redbeard' Harrington for a keynote on "Upstreaming RISC-V".

#RISCV #RISCVHKDays #Kernel

What if each CPU cluster on a RISC-V chip ran its own Linux kernel?

At #RISCVSummitChina, Yanwei Huang will explore multikernel for heterogeneous RISC-V. Come join us!

#RISCV #Kernel #RISCVSummit

What if smart glasses could let us see beyond human vision? 🔥

At #VDD26, @Yuning_XC5 & Jean-Baptiste Kempf explore AI-powered thermal smart glasses, humanoids, and new opportunities for VLC & FFmpeg. Join us!

#VideoLAN #VLC #FFmpeg #OpenSource

RISC-V in 2026: the silicon is ready, AI is the opportunity.

At RISC-V Ottawa @Yuning_XC5 shared where the ecosystem stands, why software is the next big gap, and how edge AI, AI PCs and inference servers can drive RISC-V forward.

Full Blog: deepcomputing.io/risc-v-ottawa-…

#RISCV #AI #Linux

As AI agents move from software into physical devices, the hardware behind them needs to become more flexible and accessible. Open architectures like RISC-V offer new possibilities for building and adapting AI systems at the edge.

At GOSIM Shenzhen 2026, @Yuning_XC5 , Founder & CEO anwei Huang, Developer Relations Engineer of DeepComputing, will explore how DC-ROMA Mainboard III brings RISC-V into AI agent devices, and what open hardware can enable for developers building intelligent systems.

#GOSIM #GOSIMShenzhen #RISCV #AI #AgenticDevices #OpenHardware

At LPC in Prague, Cong Wang and @Yuning_XC5 presented “One Kernel Per Cluster: Multikernel for Heterogeneous RISC-V”, exploring new approaches to heterogeneous RISC-V systems and Linux kernel support.

Check out the full article 👇deepcomputing.io/deepcomputing-…

#RISCV #LPC #Kernel

Thanks to the @nixos_org community for the great talks by @Yuning_XC5 and Bruce Gain; had great conversations!

Check the full blog:
deepcomputing.io/deepcomputing-…
#NixCon #Nix #RISCV

Heterogeneous RISC-V is no longer a corner case. When hardware clusters differ in vector register width or RVV version, a single Linux kernel can struggle to represent every core’s real capabilities.

At Linux Plumbers Conference 2026, Cong Wang and @Yuning_XC5 will explore a ooting one independent Linux kernel per hardware cluster, with each kernel built for the silicon it runs on.

#LinuxPlumbersConference #RISCV #LinuxKernel #RVV #OpenSource

Can an open instruction set help make AI and robotics systems easier to inspect, adapt, and build on?

At #RISCVOttawa, @Yuning_XC5 will look beyond the processor itself—toward the software, tools, and developer experience required to turn open hardware into useful platforms for RISCV #AI #Robotics #OpenSource #OpenHardware

Can declarative infrastructure help make Kubernetes on RISC-V easier to build and run?

Join Bruce Gain and @Yuning_XC5 at #NixCon2026 for “Declarative Frontiers: Running Kubernetes on RISC-V with NixOS.”

#NixCon #NixOS #Kubernetes #RISCV #OpenSource

DeepComputing featured in Linux Magazine Netherlands! 🇳🇱

From our first RISC-V mainboard and @FrameworkPuter collaboration to building the broader RISC-V software ecosystem, the latest issue takes a closer look at our journey — “This is only the beginning.” Like what thanks to Paul Reemeijer!