Framework introduces Laptop 13 motherboard with RISC-V processor

Framework is working on a new motherboard for its modular 13″ laptop. This is equipped with a RISC-V processor for the first time. Until now, the manufacturer only had laptops with a CPU from Intel or AMD. No release date has been announced yet.

Framework has collaborated with DeepComputing for the upcoming RISC-V motherboard, which previously released its own RISC-V laptop. The mainboard has a JH7110 CPU StarFive, which has four SiFive U74 cores based on the RISC-V instruction set architecture. According to Framework, the open architecture RISC-V fits well with the company's own philosophy, which makes its laptops easier to upgrade for the user.

The manufacturer emphasizes that the first RISC-V motherboard will mainly be intended for developers and hobbyists who want to try out RISC-V. The product is not recommended for daily use. According to the manufacturer, the performance is not nearly at the same level as the Intel and AMD versions of the Laptop 13. Due to limitations of the CPU, the RISC-V motherboard also does not have replaceable memory modules or SSDs. Instead, it gets soldered memory, eMMC storage and support for microSD cards.

Framework reports that the RISC-V mainboard is currently in an 'early stage of development'. It is therefore not known when exactly it will go on sale. The manufacturer is also not sharing a suggested retail price for the motherboard, which users can plug into their existing Laptop 13 or an external Framework case.

RISC-V is an instruction set architecture, also called isa, that is completely open source . Chip designers can therefore develop their own CPUs and processor cores based on this architecture at no cost. Chip companies can also adapt or expand the RISC-V instruction set to their own wishes. Other RISC architectures, such as Arm's, are only licensed for a fee. RISC-V is already being used more often, but mainly in embedded devices. The isa is hardly used in consumer devices.

The Framework Laptop 13 mainboard with RISC-V processor. Source: DeepComputing