A modular laptop showcasing futuristic glowing circuits on the screen, with RISC-V components and chips laid out around it, surrounded by confetti.

Framework’s RISC-V Mainboard: A Leap for Open-Source Tech

Today, I received a newsletter that made my day! Framework just announced the release of their RISC-V Mainboard! This is a huge milestone for the open-source community and hardware enthusiasts like myself!

Even though I’m not currently using a Framework laptop, I absolutely adore the work they’re doing. Framework is leading the way in creating modular, repairable, and open-source-friendly personal computing. This approach promotes sustainability and democratises technology, giving tech tinkerers greater control and customisation options. Who doesn’t love a good excuse to tinker, right?

Open Source, Open Future

The recent release of the DeepComputing DC-ROMA RISC-V Mainboard for the Framework Laptop 13 marks another significant milestone in this journey. Developer-focused, this mainboard is designed to mature the RISC-V software ecosystem. It’s the ultimate playground for hardware and software enthusiasts! While it might not yet offer a consumer-ready experience, it provides a unique opportunity to experiment with and contribute to open-source computing. The board is powered by the StarFive JH7110 processor and uses the open-source RISC-V Instruction Set Architecture (ISA). It’s compatible with the Framework Laptop 13 chassis and the Cooler Master Mainboard Case.

DeepComputing has also published setup guides for the hardware, as well as for installing Ubuntu and Fedora, ensuring a smooth start for those venturing into the RISC-V ecosystem. Whether you’re team Ubuntu or team Fedora, they’ve got you covered!

Framework’s Modular Commitment

In line with their modularity promise, Framework is also introducing the Framework Laptop 13 Shell. This shell includes a complete Framework Laptop chassis minus the mainboard, memory, storage, and Wi-Fi. It’s like a high-tech Lego set, just waiting for your personal touch. This allows for greater customisation and reuse of older components, significantly reducing tech waste.

Another exciting update is the availability of massive 8TB WD_BLACK SN850X drives, configurable with DIY Edition laptops and available on the Marketplace. For storage aficionados (or digital hoarders), you can now configure the Framework Laptop 16 with up to 26 TB of storage using a Dual M.2 Adapter. That’s a whole lot of space for cat videos and code repositories!

Community and Open Source Involvement

Framework continues to embrace open-source spirit by recently open-sourcing the mechanical design of the Framework Laptop 16 Graphics Module Shell. The community is already buzzing with new modules in development, including innovative input modules like an e-paper display module. It’s like a design party, and everyone’s invited!

Making Technology Accessible

To further their mission of making technology accessible, Framework is offering 11th Gen Factory Seconds systems with German and British English keyboards at reduced prices. Due to a fortunate purchasing mix-up (their mishap, our gain), they also have a limited quantity of Crucial-branded DDR4 modules available at a discounted rate.

Closing Thoughts

I fully support Framework’s vision and dedication to open-source hardware and software. Their work is not just about creating another laptop but enabling a future where technology is sustainable, accessible, and truly user-focused. Here’s to more modular, repairable, and open-source innovations that empower us all to be our own tech wizards!

For more details on the Framework Laptop 13 and 16, check out their official website.


If you’re excited about these developments, let’s discuss! Share your thoughts and experiences with modular and open-source computing in the comments below.


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ABOUT ME

Hey there! I’m Metin, also known as devsimsek—a young, self-taught developer from Turkey. I’ve been coding since 2009, which means I’ve had plenty of time to make mistakes (and learn from them…mostly).

I love tinkering with web development and DevOps, and I’ve dipped my toes in numerous programming languages—some of them even willingly! When I’m not debugging my latest projects, you can find me dreaming up new ideas or wondering why my code just won’t work (it’s clearly a conspiracy).

Join me on this wild ride of coding, creativity, and maybe a few bad jokes along the way!