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Jessie
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In theory, could i run some pbx server software on the pinephone, considering it already has sim card slot and modem, could be a low cost solution...
Motivation? Have your local simcard calls available worldwide over vpn...

I’ve been a long-time lurker here, mostly following the development of the Star64 and the newer Quartz64 modules. I finally decided to stop sitting on the sidelines and actually start a project that’s been rattling around my brain for a while: building a localized, low-power cluster for testing distributed compilation.
I was recently looking at some of the benchmarks for the newer Quartz64 modules and a specific point that caught my eye was how the RK3566 handles multi-threaded workloads when the thermal envelope is tight. It’s fascinating to see how far we’ve come with these boards, but it’s also highlighting a bit of a "culture shock" I’m experiencing coming from the enterprise side of the industry.
By day, my world is built around absolute overkill. I spend most of my time managing workstations and servers powered by 48-core Xeon processors—specifically the 2.3GHz models with that massive 20GT/s UPI (Ultra Path Interconnect). When you’re used to having that kind of inter-processor bandwidth and nearly 100 threads in a single socket, you get a bit lazy with how you handle resource contention. In that environment, if my code is messy, the hardware usually has enough raw muscle to just brute-force through the overhead.
My personal insight from this hobby so far is that moving to Pine64 hardware is like learning to drive a manual car after years of using an automatic. Suddenly, the efficiency of my thread management actually matters. I’m hitting a wall where my distributed tasks are stalling, not because of the CPU clock speed, but because I’m realizing how much I’ve relied on enterprise-grade interconnects like the 20GT-UPI to handle the data hand-offs between cores. On these SBCs, the "cost" of moving data between nodes or even between cores on the same SoC is so much more apparent.
I’m trying to figure out if anyone else here has made the jump from high-end x86 server architecture to building ARM clusters for serious development work. Specifically, how are you handling the scheduling overhead when you don’t have an enterprise bus to bail you out? I’m starting to observe that my "lean" code isn't nearly as lean as I thought once it's running on a board that doesn't have a massive cache and a high-speed server backbone.
Are we reaching a point where the software stack for these decentralized ARM nodes is actually becoming more sophisticated than what we use on the enterprise side, simply because we have to be so much more mindful of the hardware limitations? I’d love to hear how you guys are optimizing your inter-process communication on these boards.

I'll try to document my experience as best as I can to help others.
If a noob like me can do it then so can you.

What are your thoughts on Mobian? Would you recommend something else?
Aside from the latest nightly, what specific version would you recommend?
Is there a particular phone/cell service you would recommend?

How do I get these parts working:
- Font Camera
- Rear Camera
- eSIM-card
- WiFi WPA3
- Encrypted Filesystem
- GPS
- Ironman Suit

Are there any power and battery management optimizations, tips and tricks?
Are they any Bluetooth, WiFi and Cellular tips you'd recommend for stability or problematic situations?

I have one of these https://pine64.com/product/yuzuki-avaota...-4gb-32gb/

Trying to get mainline on it: https://github.com/Agroecology-Lab/build

Running into issues with it https://github.com/Agroecology-Lab/build/issues/1

If anyone wants to play along or help that would be great

I have tried Postmarket OS on my Pine64 device, and it has the very annoying behavior of always auto-booting when I plug in the charger.

Is there any way to totally and completely disable this auto-boot behavior?

Thank you very much in advance.

Hello, are there any other DSi LCDs besides the official version for the A64 Pine? Is it possible to make it compatible with Raspberry Pi DSi LCDs using an adapter?

Motivation
Since some years my system (Rockpro64 V2.1 2018-07-02) is not starting properly after a power loss, with increasing occurrence. It seems after some hours of power loss (e.g. over night) it is working more reliable, but when waiting only a few minutes this is not working anymore at all. Only the power button can be used for startup my system reliable.

In the forum there can be find a similar thread with some general information about the schematic and some measurements with a new system. Many thanks to @Nikolay_Po for his investigations on a  new board. This was the base for my investigations and I solved it finally. I will describe my work step by step now, so others can repeat it and hopefully fix there system. If someone can give me an advice how to add/upload pictures, I will add my photos, so you can see what I have done.

Repeat the same measurement
"PMIC" is measured on C205 (right side) and "VCC5V0_SYS" is measured on C2006 (left side). Both can be found on top of the circuit board. The measurement results nearly equal the results from "Nikolay_Po" (the colours yellow and blue are interchanged in my measurement). So, perhaps, not the discrete components has changed its behavior but something inside RK808 changes over time. Or, the original values of the discrete components are chosen very close to the borders of the PMIC-system. No matter what it is, we can only change the discrete components - C204 catches my attention first.

Measure around and modify C204
The capacitor C204 can be found on the bottom of the circuit board (SD card slot at bottom left), in the area between C164 and C168, left of the resistor R89 and over the resistor R88. Another description: between the both big capacitor (C164 and C168) there are 4 small components in a flipped L-shape. C204 is the one in the corner of the "L".

The measurement was done with 2 channels, connected left and right of the C204 component. This means one is "VCC5V0_SYS" and the other one is the connection between C204, R89, D5 (soldered on the top side) and R88.

Try to increase the capacitor C204
Because it was working with a brand new board, most likely some aging process has changed the timings a bit. A second capacitor will increase the peak and the time a bit and maybe this can fix the problem. I added two connectors with wires left and right besides C204 and was able to add a second capacitor in parallel with an alligator clip.

1. choose 1uF --> working 100%
2. choose 100nF --> working 100%

Fix by soldering a SMD capacitor on top of C204
I disassembled some small SMD capacitors from a old circuit board and found one with around 150nF. This part I soldered on top of the C204 capacitor and this really fixed the problem for now.