thought try and avoid solder bridges to the adjacent pins, as I have not. and you can get away with 4.7K :P
thought try and avoid solder bridges to the adjacent pins, as I have not. and you can get away with 4.7K :P
Running #WLED and with an I2s microphone, I can now have a rave in my room, or twilight esk lighting.
It replaces my older driver that looked more like something from star gate univers. And ran on a noise PC PSU. that would click on and off.
Running #WLED and with an I2s microphone, I can now have a rave in my room, or twilight esk lighting.
It replaces my older driver that looked more like something from star gate univers. And ran on a noise PC PSU. that would click on and off.
all tested and working, the software was mostly done, but needed a lot of work.
the screens were setup in the bar and the BornFurs village, as we made them. they worked fairly well all Conn, with constant software updates and improvements.
all tested and working, the software was mostly done, but needed a lot of work.
the screens were setup in the bar and the BornFurs village, as we made them. they worked fairly well all Conn, with constant software updates and improvements.
they were not that hard to assemble and test, it just took way way longer than we thought.
they were not that hard to assemble and test, it just took way way longer than we thought.
we routed the USB so that the pi would be a host, to connect to the network. but if the screen is plugged into a pc, it puts the pi in client mode, and holds the hub in reset.
thus we can reprogram the pi easily.
we routed the USB so that the pi would be a host, to connect to the network. but if the screen is plugged into a pc, it puts the pi in client mode, and holds the hub in reset.
thus we can reprogram the pi easily.
with only a couple of connections on the back.
and used some foam to lift the pi, for thermal contact with the casing.
then jumper wires for power, and USB.
HDMI soldered on.
with only a couple of connections on the back.
and used some foam to lift the pi, for thermal contact with the casing.
then jumper wires for power, and USB.
HDMI soldered on.
we had a whole bunch of rapbery pi compute modules free, and some nice screens free. so tested the concept.
it worked!
so I designed a flat flex, to fit as much as possible and be easy to mount. ...
we had a whole bunch of rapbery pi compute modules free, and some nice screens free. so tested the concept.
it worked!
so I designed a flat flex, to fit as much as possible and be easy to mount. ...
I tested out JLC pcb's full color silkscreen printing, the result is a matte finish with good color. I got the colors from www.thelcars.com/colors.php
All the buttons work, and theres even some LEDs for status lights.
I tested out JLC pcb's full color silkscreen printing, the result is a matte finish with good color. I got the colors from www.thelcars.com/colors.php
All the buttons work, and theres even some LEDs for status lights.
cyberplace.social/@lambtor/111...
cyberplace.social/@lambtor/111...