SpacemiT brings K3 RISC‑V to Framework
- DeepComputing officially launched its DC-ROMA RISC-V Mainboard III on May 12, bringing SpacemiT’s K3 chip to the Framework Laptop 13 ecosystem. - The board starts at $699 and pairs an RVA23-capable K3 with up to 32GB LPDDR5, an 8-core CPU at 2.5GHz, and 60 TOPS AI. - It matters because Framework is becoming a real testbed for laptop-class RISC-V, not just a one-off dev kit.
A laptop mainboard is usually the least interesting part of a laptop — hidden, fixed, and locked to one CPU family. Framework breaks that model on purpose. And now DeepComputing is pushing the idea further by shipping a new drop-in board for the Framework Laptop 13 that swaps x86 out for RISC-V. This is the DC-ROMA RISC-V Mainboard III, and the news is that it has moved from preview to official launch. The board uses SpacemiT’s K3 system-on-chip, starts at $699, and is meant to fit the same modular Framework Laptop 13 shell people already know. That means the story is not just “here is another oddball dev board.” It is “here is a laptop-shaped path for developers to live on RISC-V hardware.” (deepcomputing.io) ### What actually shipped? DeepComputing announced the launch on May 12, 2026. The product is a Framework Laptop 13-compatible mainboard, sold as the DC-ROMA RISC-V Mainboard III, with preorders open now. DeepComputing had first shown the board at FOSDEM on January 31, 2026, so this week’s change is availability and pricing, not the first reveal. (deepcomputing.io) ### Why does Framework matter here? Because Framework turns the motherboard into a swappable module instead of the permanent core of the machine. DeepComputing can build a partner-developed board that drops into an existing chassis, screen, keyboard, and expansion-card setup. That makes RISC-V experimentation look a lot more like using a normal laptop and a lot less like assembling a niche prototype from scratch. (deepcomputing.io) ### What is the K3, really? The K3 is SpacemiT’s RISC-V AI SoC. DeepComputing describes the shipping platform as using an 8-core CPU running up to 2.5GHz, while outside coverage notes the chip has 16 total cores, with eight RVA23-capable CPU cores and eight additional cores for specialized workloads. The important part is not just raw core count — it is that this chip targets a more modern, laptop-class software stack than earlier RISC-V boards did. (frame.work) ### Why does “RVA23” keep coming up? RVA23 is a RISC-V profile — basically a more standardized baseline for what software can expect from the processor. That matters because Linux support on RISC-V has often felt fragmented, with too many boards needing one-off workarounds. DeepComputing is leaning hard on the fact that K3 supports RVA23, because a clearer baseline should make distro support and upstream software work less messy. (deepcomputing.io) ### Is this an AI laptop now? Sort of — but in the practical embedded-dev sense, not the “consumer Copilot PC” sense. DeepComputing says the board delivers up to 60 TOPS of AI compute, while its earlier FOSDEM announcement described a 30 TOPS NPU, so there is some marketing evolution in how the total AI capability is being framed. Either way, the pitch is local inference and acceleration for developers testing AI workloads on open hardware. (deepcomputing.io) ### What do you get around the chip? The board comes in 16GB and 32GB LPDDR5 configurations, supports M.2 2280 storage over SATA or NVMe, includes a microSD slot, and has an M.2 E-key slot for supported wireless cards. DeepComputing also says it supports mainstream Linux distributions including Ubuntu and Fedora, while its January preview specifically listed Ubuntu 24.10. (deepcomputing.io) ### So who is this for? Not mainstream laptop buyers. At least not yet. This is for kernel people, distro maintainers, toolchain developers, open-hardware tinkerers, and anyone who wants a real laptop form factor for RISC-V bring-up work. The catch is that “developer-ready” is still not the same thing as polished mass-market computing — but it is a much bigger step than a bench-top board with spotty software. (deepcomputing.io) ### Bottom line? What changed is simple: RISC-V on Framework just got more concrete. DeepComputing is no longer teasing a concept. It is selling a $699 board that turns Framework Laptop 13 into a modular testbed for a newer class of RISC-V chip — and that makes the ecosystem feel a little less theoretical. (deepcomputing.io)
