Breaking: DC-ROMA RISC-V Mainboard III Now Available for Framework Laptop 13
The DC-ROMA RISC-V Mainboard III designed for the Framework Laptop 13 is now on sale, starting at $699. It marks the first time a SpacemiT K3 processor powers a laptop mainboard in this popular modular system.
First teased earlier this year, this third-generation board is the most powerful RISC-V mainboard ever offered for Framework’s upgradable chassis. Enthusiasts can order it directly from Deep Computing’s store, with shipments expected to begin within weeks.
What Makes This Mainboard Different?
Previous DC-ROMA mainboards for Framework packed less capable RISC-V chips, limiting software compatibility and performance. The new board uses the SpacemiT K3, a 64-bit, multi-core RISC-V processor that brings significantly higher clock speeds and improved I/O.
“This is a major step forward for RISC-V in the laptop market,” said Dr. Alina Chen, a hardware analyst at Open Silicon Research. “For the first time, users can run real workloads on a RISC-V system without the performance penalty that plagued earlier models.”
Pricing and Availability
The mainboard alone costs $699, but customers must provide their own Framework Laptop 13 case, display, keyboard, and battery. A full DIY laptop kit is also available for a higher price, though Deep Computing has not yet detailed that option.
Early adopters should note that the board uses DDR4 SO-DIMM memory (sold separately) and supports both M.2 NVMe storage and Wi-Fi 6 via a removable module.
Background: RISC-V Goes Mobile
RISC-V, an open-standard instruction set architecture (ISA), has long been confined to embedded systems and research boards. Frameworld’s modular laptop ecosystem gave the community a chance to build consumer-grade hardware around this open ISA.
The previous DC-ROMA mainboards used lower-end cores like the JH7110, limiting practical use to lightweight Linux distros and basic terminal tasks. The SpacemiT K3, by contrast, features a multi-core design with vector extensions, enabling modest desktop use and even some media playback.
What This Means for Open Hardware
This launch signals that RISC-V laptop performance is no longer a novelty. While still far behind x86 or ARM in raw speed, the K3 can handle daily web browsing, coding, and document editing in a RISC-V-optimized Linux environment.
“We’re entering an era where RISC-V can be a realistic choice for privacy-conscious users and open-source advocates,” added Dr. Chen. “The Framework partnership gives it a form factor that people actually want to carry.”
For developers, this mainboard provides an affordable way to test and optimize software for the RISC-V ecosystem without relying on emulation or costly FPGA boards. The long-term hope is that growing software support will eventually make RISC-V a viable alternative to proprietary architectures.
Challenges and Limitations
Prospective buyers should manage expectations. The SpacemiT K3 still lags behind Apple’s M-series or Intel’s Core i5 in multi-threaded tasks. Graphics performance relies on an integrated GPU that is not yet fully supported by all Linux drivers.
Furthermore, many common applications — including mainstream browsers and office suites — lack native RISC-V binaries, forcing users to rely on emulation or older builds. The open-source community is actively porting software, but it will take months before the ecosystem matures.
Outlook: A Stepping Stone
Despite these hurdles, the DC-ROMA RISC-V Mainboard III represents a vital stepping stone toward a more open computing future. As more developers gain access to capable RISC-V hardware, the pace of software optimization will accelerate.
For now, the mainboard is available at $699. Framework enthusiasts who want to experiment with RISC-V should consider this the best option yet.