Framework embraces RISC-V processor trend with new laptop mainboard — partners with DeepComputing for StarFive JH7110 SoC board

Framework has announced that it’s partnering with DeepComputing to create a mainboard powered by a RISC-V processor. This mainboard will be a drop in replacement for the modular Framework Laptop 13, giving more people easy access to the RISC-V CPU architecture. You can also purchase the RISC-V mainboard separately from the laptop, perhaps instead buying the Cooler Master Mainboard Case to use it as a Mini-PC.

DeepComputing is the company behind the first RISC-V laptop and has recently been released in its second generation. But despite all its work on the DC-ROMA RISC-V Laptop II, the company was also busy in the background, building the Framework RISC-V Mainboard. In fact, the company already has a working prototype, and it will show it off at the RISC-V Summit Europe next week.

Framework’s philosophy of ‘an open system ecosystem is more powerful than the sum of its parts’ is a perfect fit with RISC-V’s open standard Instruction Set Architecture (ISA). Contemporary Framework laptops are available with either an Intel Core Ultra or AMD Ryzen 7040 processor — proprietary x86 chips owned by Intel and AMD. Aside from these two chips, which own most of the PC market, we also have the Apple M-silicon and Qualcomm Snapdragon chips, with the latter going on-sale yesterday as Microsoft Copilot+ PCs. However, these chips are based on the ARM ISA, which is owned and licensed by Arm Holdings.

On the other hand, because RISC-V is an open and royalty-free standard, anyone can use and build on it without needing to ask for permission from RISC-V International, the Swiss-based non-profit association that maintains the ISA, or pay licensing fees.

This means building on RISC-V could be cheaper than competing proprietary architectures, that’s why many companies and startups are interested in iterating on it. The recent AI boom is even forecasted to grow this standard’s industry adoption by 50% annually until 2030. Some examples of this include SiFive, which partnered with a Chinese manufacturer to build a RISC-V development board, and Google, which uses RISC-V cores for its AI silicon. X-Silicon Inc. has even created a RISC-V chip that runs CPU, GPU, and NPU workloads simultaneously.

Aside from cost considerations, RISC-V’s open nature means the U.S. cannot restrict other companies and countries from accessing it. The RISC-V Foundation, which was based in the California, even moved to Switzerland in 2019 because of Washington’s restrictive trade regulations and renamed itself to RISC-V International. This move to a historically neutral country meant laws cannot be used to limit anyone’s access to the ISA.

Nevertheless, American lawmakers are still investigating China’s access to this technology, especially as Washington is working hard to restrict Beijing’s access to advanced tech. However, since it remains open, many Chinese startups and companies are taking advantage of this ISA, allowing them to produce chips that aren’t restricted by American sanction.

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Framework sees this trend, so by working with DeepComputing to introduce a RISC-V mainboard, it would make it easier for more people to get interested in and experiment with the standard. Although the company says that this RISC-V laptop will not have the performance of its AMD and Intel processors, it will be “a great way to start playing with RISC-V though (sic) inside of a thin, light, refined laptop.”