Looking for a tiny joystick (max 12mm in length and 3.5mm in height excluding the plastic part)
March 20, 2023, 21:12
in extreme heat
but i do have vents
and it doesnt get too warm in my country either
so im not too concerned about that
I have esp32 in enclosure with vents. Way larger case than you would ever want on your wrist.
And it gets hot so much it is ... unpleasant.
You can definitely hold it, it is not scolding hot, but is unpleasant. Entire case.
i see
but thats with phones too
Phones have way larger area
true
And you do not have them "glued" to your body 24/7
yep
should i make the case wider?
instead of 42x42mm
maybe like 50mm?
I don't think you understand... sec...
all right
Esp32 can pull as much as 600mA. 5*0.6 = 3W
hm
but i need to be able to run a nintendo emulator on it too
without it running at 10fps
or lower
With 3W, maximum delta t of 10°C and very limited airflow you are looking at 30ccm heatsink.
NOT a job for wristwatch.
30 cubic centimeters.
Just heatsink.
0.5cm by 5 by 6
thats not gonna be on your wrist anymore
6cm
oh and runing emulator on esp32? that is DEFINITELY not low power task.
not even sure if it can handle it at all.
how about
an esp32-s2
or s3
which nintendo
NES
like retro
not switch or wii or whatever 😅
looks like ESP can do it.
at roughly 10fps
at full load
itll be empty quickly though?
3W
less than an hour on 350mA battery.
damn
how about s2 or s3
are they more powerful versions of esp32?
yes
but they run using less power
i found a better GPS module
thats smaller and runs at 3.7mA
with 9-axis
cg
<@456538086453805068>should i get SPI or 8080
?
for the TFT display
the touch
i heard 8080 is easier to work with
but im not sure
not sure what 8080 is
that is CPU.
im stupid
lmao
8080 bus interface
no idea what that is.
no
its intel 8080
i was right
the MCU-LCD interface 8080 bus
proposed by intel
Therefore, 8080 is used to refer to the MCU-LCD screen in many documents. It can be mainly divided into 8080 mode and 6800 mode, and the difference between the two is mainly the timing. There are 8 bits, 9 bits, 16 bits, 18 bits, and 24 bits for data bit transfer. Connections are divided into: CS/, RS (register selection), RD/, WR/, and data lines. The advantages are: the control is simple and convenient, no clock and synchronization signals are required. The disadvantage is: it consumes GRAM, so it is difficult to achieve a large screen (above 3.8). For LCM with MCU interface, the internal chip is called LCD driver. The main function is to transform the data/command sent by the host into the RGB data of each pixel, so that it can be displayed on the screen. This process does not require point, line, frame clocks.
The LCD Driver IC of the MCU interface is equipped with GRAM. As a co-processor of the MCU, it accepts the Command/Data sent by the MCU and can work relatively independently. Pay attention to, the internal chip of LCD Module (LCM) is called the LCD driver. The main function is to transform the data/commands sent by the host computer into the RGB data of each pixel, so that it can be displayed on the screen. This process also does not require point, line, frame clocks.
im getting SPI i guess
ah this thing, parallel display.
needs WAY more wires
four?
no.
four is for SPI.
i sent you the link of the one im getting
ye, trying to copy it without that affiliate tracking crap
oop my bad
i see way more pins than 4
those two connectors are NOT 4 wires.
true
lmao
im getting SPI
<@456538086453805068> would it be possible to use an ESP32 without a board
and just attach the components themselves using soldering
and wire
dont. Signal degradation.
all right
any way to make the esp32 more compact besides a small board?
um... no?
all right