[-] digitalRights4All@lemmy.zip 2 points 1 week ago

That was actually one of the things I was interested in as well. The pi 5 comes with two micro hdmi ports, which allows the device to be plugged into a monitor and used "as a desktop". You can even have the device propped up next to the monitor for a dual monitor experience. Some people already use a pi 5 for web browsing or document editing. I can easily imagine people using a single device for both personal home PC use as well as on the go computing and calling, and only having a dedicated device at home for heavy gaming or potentially home server use.

[-] digitalRights4All@lemmy.zip 1 points 1 week ago

50mmx130mmx82mm I measured it in freeCAD, so it might be a few millimeters off the real thing

[-] digitalRights4All@lemmy.zip 1 points 1 week ago

I don't necessarily disagree with you. And people do seem excited about the concept. I'm not even sure I'm far enough along to justify taking in donations though. So far I feel like all I've done is compile information that's already available online into one document. I appreciate your perspective

[-] digitalRights4All@lemmy.zip 3 points 1 week ago

Sorta copying my comment from another response, but it may answer your question as well: Right now I’m using this “Gravity: CAT1 A7670G Global 4G IoT Communication Module”, connected through USB-C https://www.dfrobot.com/product-2802.html I am able to text reliably using a chat software (it came preinstalled with gnome or KDE, not sure which), and connect to mobile data unreliably using ModemManager and mmcli. I haven’t been able to make a call yet, but I think this is due to a software issue, I’m still trying to get everything working reliably. Once I figure out how to do all of these things reliably, I will add it to the guide in the repo https://codeberg.org/muhammadmanwar/cheaphone

[-] digitalRights4All@lemmy.zip 2 points 1 week ago

Right now I'm using this "Gravity: CAT1 A7670G Global 4G IoT Communication Module", connected through USB-C https://www.dfrobot.com/product-2802.html I am able to text reliably using a chat software, and connect to mobile data unreliably using ModemManager and mmcli. I haven't been able to make a call yet, but I think this is due to a software issue, I'm still trying to get everything working reliably. Once I figure out how to do all of these things, I will add it to the guide in the repo https://codeberg.org/muhammadmanwar/cheaphone

[-] digitalRights4All@lemmy.zip 12 points 1 week ago

Thanks for the suggestions! I'm not actually looking for any donations though. It probably sounds weird, but I don't want to derive value from this, or even assign value to it, in the interest of keeping the information as freely accessible as possible. Not too get too ideological, seeking money often causes people to make a good idea bad, or to make a simple process inefficient, to make more money from it. I'm thankfully in a position where I can keep (slowly) working on this project in my free time, while still keeping my head above water.

That isn't to say that no one else should make money from this idea. I just don't want to personally.

I do like the idea of a copyleft license. I'll have to look into it a bit more. Thanks again for your suggestions!

[-] digitalRights4All@lemmy.zip 2 points 1 week ago

I'm not sure how to add more images to the post, sorry. But I uploaded images to a repo, in the pictures directory. There are also step by step instructions to make one yourself! https://github.com/muhammadmanwar/cheaphone OR https://codeberg.org/muhammadmanwar/cheaphone

[-] digitalRights4All@lemmy.zip 4 points 1 week ago

I'm not sure how to add more images to the post, sorry. But I uploaded images to a repo, in the pictures directory https://github.com/muhammadmanwar/cheaphone OR https://codeberg.org/muhammadmanwar/cheaphone

[-] digitalRights4All@lemmy.zip 7 points 1 week ago

This is definitely the angle I'm trying to work. The more people who know how to build these sorts of devices, the more software and hardware will be supported, and standard custom software/hardware pairings can be documented. But we won't know what works till we try it

[-] digitalRights4All@lemmy.zip 14 points 1 week ago

Wow! That does seem really similar to what I'm doing. And they seem further along than I am. I'll have to look into this project some more. Thank you!

[-] digitalRights4All@lemmy.zip 5 points 1 week ago

This is a very helpful suggestion, thank you! I have been having some issues figuring out spacing, the battery sticks out like a sore thumb right now, so if this can save me some space I may end up moving in this direction for further prototyping. Thanks!

[-] digitalRights4All@lemmy.zip 45 points 1 week ago

Thanks for the suggestion, I mirrored the repo here: https://codeberg.org/muhammadmanwar/cheaphone

I may end up switching entirely to code berg, but I'll see how bothersome it is to push changes to both before I fully migrate. Thanks again!

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submitted 1 week ago* (last edited 1 week ago) by digitalRights4All@lemmy.zip to c/linux@programming.dev

Hello all!

Due to the recent statements by Google (as well as their track record the last few years) I've decided I do not want to use Android as a phone operating system anymore. But Apple is just as bad, if not worse. So I've decided to build my own custom device.

I am working on building a phone using a single board computer, right now I'm using the raspberry pi 5. This is still a proof of concept, but I want to share my ideas with others, so like minded individuals can start messing around with this idea in their own homes to further this goal.

You can view more images of the device here, as well as the step by step instructions here (these are still very rough and incomplete) https://github.com/muhammadmanwar/cheaphone OR https://codeberg.org/muhammadmanwar/cheaphone

Right now it just runs raspberry pi OS, with a different desktop look and feel. Everything that normally works in a pi 5 works on this device, additionally I am experimenting with a Mobile Broadband modem, to allow the device to text and call, as well as access internet, like a normal phone off wifi

The total cost is around 200 dollars, not including the 3d printer to make the custom case.

This project is barely off the ground, and I've got a lot to learn before I can stop relying strictly on the raspberry pi 5, my end goal is to custom design SBCs, and release those designs for free alongside the plans for the device, so that interested parties can select their own System on a Chip to use for the device. I need to get into designing boards, I'm interested in trying Stephen Hawes' Lumen PnP (https://www.youtube.com/watch?v=JlkTcxh-9gA) for that phase.

But that's for the future, for now, I'm hoping to get more people interested in the prototype so that I'm not the only one noodling around on this idea. I'd love some feedback, and if anyone was willing to put one together for testing, I would appreciate it greatly!

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digitalRights4All

joined 1 week ago