Sequential (151) binding

https://johnchihau.blogspot.com/2026/05/httpschihaukam_01912024526.html?m=1

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Ref: https://johnchihau.blogspot.com/2026/07/sequential-150-baud-rate.html?m=1

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John : Take a look at the pictures above.  It's same as the IC of your personal computer. 

Me: In another words,  if you are able to hack a personal computer,  you are definitely able to hack an aeroplane. 

John : Correct. Before we start,  you might read it. https://johnchihau.blogspot.com/2026/05/httpschihaukam_0748269059.html?m=1. It said,  the (receiver-multiplexer) input 1 bit of data by the help of the (address selector). 

Me: Ok.

John : In the Pictures above,  there're 2 multiplexer.  1 is receiver-multiplexer. 1 is transmitter multiplexer. 

Me: Ok.

John: You also see su/ob/da. They are the fields within a register.

Me: Ok.

John: Su is subject.  Ob is Object.  Da is data. 

Me: In another words, Subject is my telephone number. Object is the telephone number of the person being called. Data is the calling data.

John : Yes,  in the 1st picture,  I'm in address A. Suddenly,  I move to Address D as the 2nd picture shown.

Me: Ok.

John: Between my mobile phone and the (transmitter-multiplexer),  it's a serial communication. 

Me: Ok.

John:  However,  after the (transmitter-multiplexer),  it's a parallel communication.  Therefore, when my address is changed,  the (transmitter-multiplexer) do that for us,

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Clear old address (A) [Both Cache and Register]

Mov new address (D), old Subject [Both Cache and Register]

Mov new address (D),  old object [Both Cache and register]

Mov new address (D),  old data [Both Cache and Register]

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John : Lastly, the address of my register and Cache update. Because,  it's a parallel output and input,  it's very fast.

Me: Ok.

John: See the 3rd picture. It's a tower of receiver and transmitter. 

Me : Ok,.