Framework Laptop RISC-V: A Modular Leap Beyond x86
The Framework Laptop 13 just took a major step toward open hardware with support for the DC-ROMA RISC-V Mainboard III, built around a 2.5 GHz SpacemiT K3 octa-core RISC-V processor. Instead of locking users into traditional x86 architecture, Framework’s modular chassis now accepts a mainboard based on an open instruction set, widening the horizon for experimentation and long-term ownership. Deep Computing’s board is the first Framework-compatible option featuring the RVA23 RISC-V profile, and SpacemiT claims up to 60 TOPS of AI performance. Like other Framework mainboards, it can live inside a laptop shell or be used as a standalone RISC-V PC with a display, keyboard, mouse, and power supply. This flexibility turns the Framework Laptop 13 into a rare kind of device: a consumer-friendly platform where the processor architecture itself is just another upgrade path, not a permanent decision.
Modular Processor Upgrade Design Cuts E-Waste, Extends Lifespan
What makes this development especially significant is Framework’s modular processor upgrade model. Instead of replacing an entire laptop when a CPU becomes outdated, owners can swap the mainboard while keeping the existing display, keyboard, chassis, and ports. The DC-ROMA RISC-V Mainboard III packages the SpacemiT K3 with an M.2 2280 slot for PCIe NVMe or SATA SSDs, an M.2 2230 E-Key slot for Wi-Fi, a microSD card reader, and multiple USB 3.0 Type-C ports, including DisplayPort 1.4 output and 65W USB power delivery for charging. That means a single board upgrade can modernize performance, storage, connectivity, and AI capabilities without discarding a still-functional machine. By treating the mainboard as a drop-in module, Framework’s ecosystem builds a practical foundation for reducing e-waste and normalizing user-driven, modular processor upgrades in everyday laptops.
Open Source Processors Move Into Everyday Laptops
RISC-V laptops have long felt like niche developer toys, but Framework’s support suggests open source processors are edging closer to mainstream usage. The DC-ROMA RISC-V Mainboard III is being sold in multiple packages, including a standalone mainboard and a Pro bundle with a complete Framework Laptop 13. The standard model starts at USD 699 (approx. RM3,270) with 16GB of RAM and no SSD, while a 16GB + 1TB Standard configuration begins at USD 899 (approx. RM4,210). The Pro option starts at USD 1,499 (approx. RM7,020). These tiers position RISC-V not as a bargain-bin curiosity but as a serious alternative architecture that can sit alongside x86 offerings. Although the included Ubuntu 26.04 image is described as for RISC-V developer usage and not production-ready, the availability of commercial support from Canonical underscores that software ecosystems are maturing around open instruction sets.
Right-to-Repair and the Future of Open, Upgradeable Computing
Framework’s embrace of RISC-V aligns tightly with right-to-repair and open hardware principles. By decoupling the laptop’s physical shell from its processor and mainboard, Framework empowers users to repair, customize, and extend the life of their devices without vendor lock-in. The arrival of a RISC-V option turns the Framework Laptop 13 into a practical playground for open architectures, where enthusiasts and developers can explore new CPU designs without buying an entirely new machine. This is more than just a modular gimmick: it demonstrates how an upgradable platform can absorb emerging technologies, from open source processors to AI-accelerated chips, as they become viable. If other manufacturers follow Framework’s lead, modular processor upgrade designs could shift laptops from disposable appliances into long-lived, reconfigurable tools—advancing both sustainability and user control in personal computing.