CC1101: Receive data in asynchronous mode / set the threshold

Thanks, I read the documentation already. What would you recommend on the external MCU? Try to match the baud rate of my signal when reading the pin (GDO2) or read all the time..? (In that case I probably read way too many values in a very short timeframe)

My current issue is that I do get data from my off-the-shelf 433MHz transmitter, but either I'm too slow and can't record the whole signal of one button press or I read a few bits of the actual signal so often that I see only 1s or only 0s in my result array.

If possible, read with 3 times oversampling with a majority vote. This to suppress any glitches on the output signal. 

Does this mean to read 3x as frequently as the signals baud rate like this?

while True:
   #do something
   delay(1/(3*baudrate))

Hmm either I have a huge lot of glitches or something's wrong.

I recorded the signal with 2M samples per second and after analysing with Octave I found out that around 2000 samples make up one pulse. So one pulse takes 0,001 seconds. The pulse consists of 3 thirds which can each be a 1 or a zero (at least I set the data rate up like this in TX mode and didn't change the setup). So a logical "high" pulse is 110 and a "low" is 100. If these 3 data points take 0,001 seconds and we oversample by a factor of 3, we will get a "delay" value of around 0,0001.

Does this make sense or do I have an error in this logic?

Here's the output of a 4000 bit "recording" from the antenna.

11000000000000011000000000010000000000110000000000100000000000100000000000000000000000000000000000000000000110000111111111101111111111001111111110111111100111111001101111110111011011111110011110011110001111111001111101110011110001001101100110000111111101101100110001111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111101111110110111111011011111101111111110111011111011101111110110111110011011111001100001000100011100111000111001111111111111111111111111111011111111101111111110111111111111110111111111011111110011111111111111011011111011100011111101100111110110111100110001111110011110010000111111011000011000111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111100101111101110111100100111101111111111111111101100111101101111101101000001101110001100001001001111001001111001000010001000000011111111111111111111111111110101111111111111111111111111111101111011111101111011110111111111111111111111110111110111011111101111001100111001111111111111111111111111111101111111101111001001000010011000011110100111101101111011011110111111110111111101101111011011110010110100101111101001100011001100110011001000001011000000000000001000011110000001100000000000010000001110110111101000111111011110110011111111110110111101101111011001111110111001000111100111111111111111111011110001001100101000100000000011101011101011110110111001010110110111101000010010011101101110010011101001110010101001000100010010000000010010100100000011100000111000001000001111001111110111101000111101111011101111111111111111101101111010001100110100111100111111110111110011110000100110001101010101110101111011111101111110110111101011100101111010111101011000100010010011001101110010101011000000100000010000000000111100111111111111111111111111110111001001111101111110101111101001110110100110100101110011111111111111111111110101111001000000111111111101111111111111010111011111100101110110111010110101011111101110110111010000001001001100100101110100011111111111111111111111111111111111111110111111101011110011110011111111111111011111111110000000000001111111111101111111111110111111011111011111101011101111110101110100010010011110001111001111000110000000100000001110110111111111011111010111110111111111111111111111111000000111111111111011101111010010000010100101100111100011100011100000000000000001111111101101110111011111011111110111101101001100111111111111111111111000101101011110111111011011101001110011100000111111111111101111111111111110111111111111111111110100111101111001111011101001111001111111111111001111001110000111111111111111110111101000010001100010000101000110010011110111111111110111111110110111111110100111100011001111001111111111110010000000101000100111110010010011111000100000011100000000001000000001011111111111111111101011010011110011111111111111111111111111111111111111111110110101010101110111111111111110011000110000000110101010000011110010111111111010111111111111011001100110101111111101011110110111011111010110010010000110011001100100100000010011101101111100110010001011111101111000001001111011110100111010000000000101001100011101111110111111101110101010110000010100110111111001100010001001011111000001001111111111111111111111100110111111011110100001101111010101010011010100010100001010100100000000001011101101011111010101111100101110101100100011110101011001010000000000111111111011111011111111111111111111111111111101111011111111010001000110010001111111001111101001011101111010010000101011011110101111111111111001101110011111101111101011111111111111001110100111111011111100100001001100011001111010110011111111010011010101000101100010000000001101001011100101111011010111110100011111101010001010111111101010010100000100011111111001111111111111111111111110010111101111110101010100001011000010101111111110010101011111010100111010111010111001000010001011101111111111110101101000101111110100101110011111010000011101110001110000111111101011001111110100001111111101011111011100010000000101111101111111

Another question: How could I "sync" the loop (that includes a very specific delay) so that it aligns with the signal? Maybe read the pin with a very short time delay until a "1" is received and start the main loop after that?
Also, I am getting inverse values (1 all of the time when there's no signal). Is that an issue (I currently just flip the bits after the whole reception etc.) and if so how do I tell the CC1101 to invert the signal?