- cross-posted to:
- hackaday@ibbit.at
- cross-posted to:
- hackaday@ibbit.at
With the powerful off-the-shelf hardware available to us common hardware hobbyist folk, how hard can it be to make a smartphone from scratch? Hence V Electronics’s Spirit smartphone project, with the video from a few months ago introducing the project.
As noted on the hardware overview page, everything about the project uses off the shelf parts and modules, except for the Raspberry Pi Compute Module 5 (CM5) carrier board. The LCD is a 5.5″, 1280×720 capacitive one currently, but this can be replaced with a compatible one later on, same as the camera and the CM5 board, with the latter swappable with any other CM5 or drop-in compatible solution.
The star of the show and the thing that puts the ‘phone’ in ‘smartphone’ is the Quectel EG25-GL LTE (4G) and GPS module which is also used in the still-not-very-open PinePhone. Although the design of the carrier board and the 3D printable enclosure are still somewhat in flux, the recent meeting notes show constant progress, raising the possibility that with perhaps some community effort this truly open hardware smartphone will become a reality.


what’s the alternative? you make a phone with riscv that has even less software support?
Well, yes. It’s not like this will be anyone’s daily driver anyway. Why not commit to openness?
To quote Obama: Better is good
Ease of access and familiarity for the large number of Raspberry Pi users is a good reason. Is there a popular, readily available RISC single board computer that has large community adoption? I’m not aware of one, but if there is, I’d like to know about it!
I get it, but it’s a chicken and egg situation. The could be the project to create a RISC-V base for cell phones. And then it grows from there.