On the battery is written rated capacity 2800 mAh, typical 3000 mAh
See image in the wiki: https://en.wikipedia.org/wiki/PinePhone#...dition.jpg

I also saw this document from Pine64 wiki:
http://files.pine64.org/doc/datasheet/pi...cation.pdf


From the factory document:
rated 2800 mAh
type (?) 2820 mAh

So, I also read 'rated' means that comes from the factory description.  Not sure what is 'Typical' or 'Type' capacity.

What is a typical capacity? why is higher than the rated? who and how is measured? Why 'Type' and 'Typical' are different?

Just curiosity in case someone knows...

thanks

I was going over the OS PP can run and saw 'Replicant' and /e/

From their websites, 'Replicant' looks Android version for free software and /e/ an OS for private data?
Not clear if they are Linux or what OS?
I thought Android was a Linux made private by Google, so how it can be free?

Can anyone shed some light here?

I would like to start Chatty remotely. I would like to handle text messages on a desktop computer.
Tried with ssh and X11Forwarding, but only starts Chatty on Pinephone, not on the computer.
Maybe via VNC? I just don't know if it's not too big a cannon

There's currently a minor issue that came up in the PineTime chat - that there isn't an affordable, nicely available and open platform for building a Bluetooth LE mesh network. It would be a very nice supplement the PineTime, but BT Mesh wouldn't be limited to just it.

The idea in general was that it would be nice to have something similar to the Sonoff S26/S20 - a hackable mains-powered home automation device. But with the ability to build a Bluetooth mesh. If the device were to use e.g. the nRF52840, it would also make it possible to build ZigBee, 802.15.4 and Thread networks which might appeal to even more people. Having the ability to attach a few sensors to the board or having a few (optionally?) built-in (like humidity/temp/motion/illumination) would be a cherry on top.

A visualization for those that aren't familiar with the Sonoff S20:


If the price were on-par with the Sonoff S20, it would very certainly appeal to a rather considerable amount of people. 

What do you think? @tllim, do you think this idea has any merit and that it's doable?

I have seen the news blog on the new Pinephone. the wireless charging stuff seems great but the foldable keyboard looks amazing!! will the phone just slide into the clam shell design? or will the phone come in that form factor? 

and does anybody have any recommendations on what glue to use to close my pinetime watch? 

thanks guys

A couple of weeks after I received my new PineTab, the screen cracked. As a result, the touchscreen is (mostly) nonfunctional, making the PineTab effectively unusable. I understand that replacement screens are not available, and are unlikely to be available until February or later. Does anyone have any ideas on any options to repair / replace the screen?

-NerdyOwl

I've been running a RockPro64 in the NASCase for a while now but recently has some issues with internet connectivity.

I had been able to ssh and use everything as normal with the exception of connecting to the internet. The issue seemed to have occur while a docker build was pulling a package and my LAN was switched off.

I just tried a fresh install of dietpi (as well as armbian, now) and am still having the same issue of having no internet connection while appearing to have other networking capabilities. I've reset everything to DHCP on my router. I'm stumped on this one. Does anyone have any idea of what else I should try?

Anyone know or have tried creating a live sd with a persistence partition? I am currently running Ubuntu but have booted Mobian a few times. Mobian looks promising. Could this be done similarly to Kali Linux? https://www.kali.org/docs/usb/kali-linux...rsistence/ Thoughts?

Let's get testing!

https://forum.manjaro.org/t/manjaro-arm-...hone/32307

https://osdn.net/projects/manjaro-arm/st...osh/beta1/

Here are steps that worked for me, to get Debian to boot from NVMe on the PineBook Pro.

1. Install NVMe adapter and NVMe drive
   
   
2. Get the NVME device name --lsblk should list it, the actual device will be something like = /dev/nvme0n1
   
   
3. Install Debian to the NVMe using this: https://github.com/daniel-thompson/pineb...-installer -- Note: The install failed with a hang (flashing amber-green) the first 2 times I tried it, and succeeded the 3rd time.
   
   
4. Install an updated uboot that supports NVMe onto the SPI: https://github.com/pcm720/u-boot-build-s...v2020.07-1. (Note the boot order is microSD, eMMC, then NVMe, so if you want the PBP to boot from NVMe, you need to disable booting from the eMMC)
   
   
5. Boot into manjaro on eMMC
   
   
6. Disable booting from the eMMC (so the PBP will boot from the NVMe): Rename the /boot/extlinux folder on the eMMC e.g. sudo mv /boot/extlinux /boot/extlinux.dontboot (so the PBP will not boot off the eMMC)
   
   
7. Reboot, and it should boot from NVMe
   Note: if you want to go back to booting from eMMC, mount the 1st partition off eMMC--that is eMMC partition that would normally be mounted to /boot on Manjaro) and change the name from extlinux.dontboot (or whatever you used in step 6) back to extlinux and reboot