Use it to read cards
I know, but no current smart card works with that CAM.
Use it to read cards
I know, but no current smart card works with that CAM.
I had the same CAM. The "Irdeto" decryption isn't in use anymore. You can safely throw it into the dumpster, like I did.
I am not sure where I should place the "intel-gpu-max-10-bit.sh"-file. Didn't find any information about it.
However, it's proprietary software, which I'm somewhat allergic to, with the same privacy/tracking/security issues as Android.
You could use a tracking blocker like Pi-hole at your LAN.
haeckle Psychedelic stuff, dude. ![]()
Here is a hint from planet Yoga:
essetikappa You can run Kodi on an Amazon Fire TV stick.
Is it perhaps even illegal, or rather forbidden, to write like this?
It's not illegal, but exhausting. We have a tendency not to read trash talk. So if you want answers, be short and precise.
Which type of file transfer do you mean? From your desktop PC to SBC?
dislocate6236 If you can't write English very well, write less, and double-check your content for spelling errors.
Not a good start! Maybe it was quoting AI without saying which and the model? And/or something else?
We want proper quotation whenever AI is involved. The rule change is no reaction to your content. We made this decision to avoid bot postings. Sorry.
Since today (!) we have modernized forum rules. Please read them carefully.
MPD is pretty much the gold standard for this.
Background: A low-latency system usually works with a reduced A/V buffer size and a fixed response time. During channel change the buffer has to be filled again for the initial frame, which takes longer with your GPU. In fact it takes too long for your low-latency needs, so you get a black screen.
Word decoding: "[bersetyer" has spelling errors. It stands for the German word "Übersetzer". The English word for this is "translator".
Maybe an update broke your proxy, and now the GUI can't ping any web locations:
Feb 13 10:31:50.446781 ZBOX2 connmand[691]: No valid proxy with proxy auto-configuration (PAC) URL http://wpad.sth7.de/wpad.dat for wlan0 [ wifi ] online check URL http://ipv4.connman.net/online/status.html
Feb 13 10:31:50.446871 ZBOX2 connmand[691]: Interface wlan0 [ wifi ] IPv4 online check to http://ipv4.connman.net/online/status.html failed: no valid proxy
Feb 13 10:31:52.176615 ZBOX2 tvheadend[1810]: cwc: 10.101.10.120:34000: Connection failed: No route to host
You use a low-latency setup:
2026-02-13 21:50:35.656 T:1119 debug <general>: void ActiveAE::CActiveAE::ConfigureLowLatency(): Low latency mode: true - Initial buffer level: 20ms (resample: false)
Do you have "Game Mode" activated on your TV?
Do you use a custom refresh rate or display synchronization at LE's video settings?
For shutdown / poweroff you can use a Python script to check the GPIO state (started from autostart.sh or as a Linux service). Example:
#!/usr/bin/python
# This script was authored by AndrewH7 and belongs to him.
# (www.instructables.com/member/AndrewH7)
# You have permission to modify and use this script only for your own personal usage.
# You do not have permission to redistribute this script as your own work.
# Use this script at your own risk.
import sys
sys.path.append('/storage/.kodi/addons/virtual.rpi-tools/lib')
import RPi.GPIO as GPIO
import os
# Replace YOUR_CHOSEN_GPIO_NUMBER_HERE with the GPIO pin number you wish to use.
# Make sure you know which rapsberry pi revision you are using first.
# The line should look something like this e.g. "gpio_number = 7".
button_gpio_number = 3
led_gpio_number = 13
# Use BCM pin numbering (i.e. the GPIO number, not pin number).
# WARNING: this will change between Pi versions.
# Check yours first and adjust accordingly.
GPIO.setmode(GPIO.BCM)
# It's very important the pin is an input to avoid short-circuits.
# The pull-up resistor means the pin is high by default.
GPIO.setup(button_gpio_number, GPIO.IN, pull_up_down = GPIO.PUD_UP)
GPIO.setup(led_gpio_number, GPIO.OUT)
# Switch LED on.
# LED will switch off automatically at shutdown by using normal GPIO state.
GPIO.output(led_gpio_number, True)
# Use falling edge detection to see if pin is pulled low to avoid repeated polling.
# Send command to system to shutdown.
try:
GPIO.wait_for_edge(button_gpio_number, GPIO.FALLING)
os.system("shutdown -h now")
except:
pass
# Revert all GPIO pins to their normal states (i.e. input = safe).
GPIO.cleanup()
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You need the GPIO library to make this work. Maybe you'll find something similar to RPi Tools for your hardware.