Sequential (161) binding
https://johnkamchihau.blogspot.com/2026/06/take-look.html?m=1
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Ref: https://johnchihau.blogspot.com/2026/06/student-112-m-australia-fire.html?m=1
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John : These 2 articles mention about the architecture of "Write lines". You might have a look first.
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Me: Ok.
John: The modern architecture is that there's no difference between serial and parallel input.
Me: Ok.
John: Take a look.https://johnchihau.blogspot.com/2026/08/before-we-start-you-might-read-this.html?m=1 . It said, "Wifi1 give my cellular phone an address of (0.0.0.0)". Between my cellular phone and the wifi1, it's a serial communication. In another words, it take 4 clock cycle to complete the address giving.
Me: No, you are wrong. It fact, during 1 up cycle of the clock line, wifi1 send to my Cellular phone a single signal with 4 carrier waves. Those 4 carrier waves refer to 0, 0, 0, 0. Somethings like the 1st picture above.
John: In modern architecture, there is no difference between serial or parallel output.
Me: Correct. We call that kind of input as a "Serial-like parallel input.".
John : A serial-like parallel input is as fast as a parallel input.
Me: In code we have,
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Int select_wifi = 0000;
Function Channel_open(select/wifi)
{
A channel is opened to Chip B. As if what is said in this article. https://johnchihau.blogspot.com/2026/08/before-we-start-you-might-read-this.html?m=1 .
}
Me: We must use a serial-like parallel input to open a channel to Chip B.
John: It's fastest.
Me: Yes, we can't wait for 4 up cycle of a clock line. And then, we open a channel to Chip B.