RGB LED Strip Controller 44 Button IR Remote Codes

led_strip_controller_44button_remote_protocol.txt

RGB LED Strip Controller w/44 Button IR Remote Protocol
E.g. https://www.amazon.com/Flexible-Changing-Non-Waterproof-Controller-Included/dp/B01EWBZW0A/
"Hue hue hue" -you, after saving hundreds on your smart lighting

IR Wavelength: 940nm
Code Type: NEC
Code Length: 32 bit

##       Function           Code
===.====================.=======
01 | Brightness Up      | FF3AC5
02 | Brightness Dn      | FFBA45
03 | Play Button        | FF827D
04 | Power Button       | FF02FD
05 | Red Color 1        | FF1AE5
06 | Green Color 1      | FF9A65
07 | Blue Color 1       | FFA25D
08 | White Color 1      | FF22DD
09 | Red Color 2        | FF2AD5
10 | Green Color 2      | FFAA55
11 | Blue Color 2       | FF926D
12 | White Color 2      | FF12ED
13 | Red Color 3        | FF0AF5
14 | Green Color 3      | FF8A75
15 | Blue Color 3       | FFB24D
16 | White Color 3      | FF32CD
17 | Red Color 4        | FF38C7
18 | Green Color 4      | FFB847
19 | Blue Color 4       | FF7887
20 | White Color 4      | FFF807
21 | Red Color 5        | FF18E7
22 | Green Color 5      | FF9867
23 | Blue Color 5       | FF58A7
24 | White Color 5      | FFD827
25 | Red Up             | FF28D7
26 | Green Up           | FFA857
27 | Blue Up            | FF6897
28 | Quick              | FFE817
29 | Red Dn             | FF08F7
30 | Green Dn           | FF8877
31 | Blue Dn            | FF48B7
32 | Slow               | FFC837
33 | DIY1               | FF30CF
34 | DIY2               | FFB04F
35 | DIY3               | FF708F
36 | Auto               | FFF00F
37 | DIY4               | FF10EF
38 | DIY5               | FF906F
39 | DIY6               | FF50AF
40 | Flash              | FFD02F
41 | Jump3              | FF20DF
42 | Jump7              | FFA05F
43 | Fade3              | FF609F
44 | Fade7              | FFE01F

Thank you. it works

Awesome. Thank you. Do you know if there are MORE than 44 codes? Are there ways to send ANY color? Also, I have the PLAY = Off / POWER = On

any app on android for ir shit? i got an integrated ir lamp

if someone need with this:
0xFF3AC5
0xFFBA45
0xFF827D
0xFF02FD
0xFF1AE5
0xFF9A65
0xFFA25D
0xFF22DD
0xFF2AD5
0xFFAA55
0xFF926D
0xFF12ED
0xFF0AF5
0xFF8A75
0xFFB24D
0xFF32CD
0xFF38C7
0xFFB847
0xFF7887
0xFFF807
0xFF18E7
0xFF9867
0xFF58A7
0xFFD827
0xFF28D7
0xFFA857
0xFF6897
0xFFE817
0xFF08F7
0xFF8877
0xFF48B7
0xFFC837
0xFF30CF
0xFFB04F
0xFF708F
0xFFF00F
0xFF10EF
0xFF906F
0xFF50AF
0xFFD02F
0xFF20DF
0xFFA05F
0xFF609F
0xFFE01F

While this is technically the codes you get, the full code is 32 bits, 8 bits of address, 8 bits of address inverted, 8 bits of command, and 8 bits of command inverted. The 'address' is always 0x00, so the 0xFF here is just the address inverted.

So for example, 0xFF02FD (power button) is really 0x00FF02FD. Lets call this byte3 | byte2 | byte1 | byte0. Once you verify that byte3 == ~byte2 and byte1 == ~byte0, the command is just byte1, or just 0x02. These inverted codes are something like a checksum, if something gets garbled, you'll likely not garble two bytes in such a way that they are the inverse of each other.

Does this make any bit of damned difference? Not really, but if you want to save a bit of space encoding your lookup table, you can validate the bit inverse stuff, and then throw away the inverted bits and just use the code.

I guess this also says a remote can only ever have a max of 256 keys. To paraphrase Bill Gates, that seems like enough.