Neuer Blog: Den ESP32 schlafen legen, um Strom zu sparen
--> https://cool-web.de/esp8266-esp32/esp32-cyd-light-deep-sleep-timer-powersave-schlafmodus.htm
Neuer Blog: Den ESP32 schlafen legen, um Strom zu sparen
--> https://cool-web.de/esp8266-esp32/esp32-cyd-light-deep-sleep-timer-powersave-schlafmodus.htm
Since I know MX Linux by heard, my config of the Pi5 SBC with MX was quite fast.
#MXLinux #rPI #respin
#SBC #ARM #Pie #Raspberry #GPIO #Electronics #OpenSource #POSIX
Thanks to the SBC distro I've been brought back the the light & powefull LXQt DE. It's a breeze and a whif of elegance in blistering speed to work on the Raspberry Pi5.
I will install LXQt on my X86 system also so that machine can Fly like an Eagle
Thank you for the excellent work programmers!
I can literally use any peripheral that is recognized by X86 Linux kernel on the ARM Linux kernel.
In this example on Audio Interface is being tested on the SBC
#SBC #ARM #Pie #Raspberry #GPIO #Electronics #OpenSource #POSIX kernel #ARM #X86
It turns out that thonny is alreay on my SBC microSD where I installed the distro with recommended programs
@kurt
That is quite a bummer. I wonder what the reason might have been for the programming team to revoke that possibility.
The current ways of preparing the Headless Install through customization, are of no value to you because your OS / computer cannot run the imager, which brings you in a chicken egg situation
Orienting myself in the IDE of mu (for python)
Initially it looks strange; no normal menu for help/about
It must be geared towards UI novices?
Another plus point for the Raspberry Pi5
The machine works very gracefully with extremely slow USB sticks
Of course is the kernel specifically the kernel modules which do the Magical Work, but it's so beautiful to see how the buffers are dynamically changed to compensate for the extremely slow device
I dont like the Raspberry Pi update interface, no details are echoed
It's designed for the novice, linux user
I type
`sudo apt-get update`
Then I type
`sudo apt-get full-upgrade`
It's debian so all details are echoed in full galore form
One program that was written very well, with both the beginning and the master user in mind is this one
Raspberry Pie imager. If you barely know how to move in a graphic user interface you will still be able to make the image.
If you're a seasoned POSIX operator like me, the imager will still do exactly what you want and give you the proper results
nmcli has executables both for ARM and also for elf binaries.
As you can see in this photograph I've run the program on my X86 machine and my Pi5
Because of this Omission in Wayland, which does it in a totally different manner, the pop-up window of the clipboard manager cannot function. I'm still going to use it though because at least the icon appears in the status bar
#Wayland #Xorg #parcellite
#SBC #ARM #Pie #Raspberry #GPIO #Electronics #OpenSource #POSIX
As long as I make sure that the clients that I want to run on the Raspberry Pi5 don't need anything more than what Wayland can offer in the graphics environment, everything runs smoothly
This setup is achievable if I get a PCI Express extender for the SBC and put in a PCI Express Graphics Processing Unit.
At this point in time the SBC only has two GPU outputs one to center IPS LED panel the other two displays are driven by other machines which of course have Dual display outputs running.
Now I need to check which project I will run as the first one. I'm thinking of a simple flip flop circuit, with discrete components and then with the Raspberry Pi as the controller and the Crystal oscillator, all from the GPIO
Passive vs active cooling: 11 degrees C difference in my case.
I put an external fan, activated by HA + gpio, to cool the computer cabinet when the room temperature goes above a certain threshold. It is surprisingly satisfying to see the temperature go up/down when the fan changes state.
Because of careful planning, sheer {un}luck and Quantum Entanglement, I can add significantly important components to this present that I have gotten, a very short while ago, to boost the functionality of this very nice, made and produced in the UK, Nano computing system of which you can see the name in the photograph {Alt text included}
I can go from the basic storage that was provided in the present all the way up to Two Hundred Fifty Six GB. I even got a very nice Red White enclosure with an important cooling fan for the system, with the inclusion of cooling blocks!
I also got a neat 27 Watts USB-C power supply for the system.
The only things missing are the two Micro HDMI to HDMI cables.
That also means that I cannot power up the system and see what actually goes on.
What I can see however, is that the moment I apply Power to the system, the status Led goes from dark to red stays a second or four at that state, then becomes green which means that the POST has executed successfully.
#NanoPC #64Bits #microHDMI #LPDDR4x #8192GB POE #PCIe #HAT+ #GPIO #TRXcom #Cam #NCC #NTC #CMIIT #IFT #Abrocon #AMATEL
The #ArgonOneUP to me has some PineBook vibes but abusing USB-C for a #GPIO connector is not just cursed but dangerous as in "Do they have some protection circuitry to protect it from stupid plugging it into a #USBc charger?"
Plus I'm shure they could've made it cheaper, last longer on battery and be more hackable if they used like 18540 or 14500 cells instead.
@blog thx for the #HonestWords.
To me that touchscreen sounds awful.
Most 3rd party products that aim to compete with any established brand at least get the #price lower than the established players if they can't be assed to at least have the same level of #documentation, #quality or #support than i.e. #RaspberryPi.
For €100 I can get some 1080p screen if not a decent #touchscreen if I snipe the right corners and ain't afraid of returns and refurbished parts.