The Computer System Clock

[@cysecgnz]

One of the best explanations I've seen on this. Thank you so much.

[@johnphilipjones]

Thank you
Best wishes Phil

[@isme364]

you explain complex concepts very well thank you

[@johnphilipjones]

Glad it was helpful
Best wishes
Philip

[@mkhnuser]

I really want to thank you for what you are doing for online education. Would you consider creating a playlist of computer architecture-related topics?

[@johnphilipjones]

Thank you for your comment it is appreciated. I could start such a playlist. I would be interested in the topics in this area that you would like to see me produce?
Best wishes
Phil

[@brunella_nd8920]

wow that is the best explanation i've seen on this Topic. Thank you sir

[@johnphilipjones]

Thank you
Best wishes
Phil

[@markharrisllb]

I am the world’s least technical person and I followed every word of this, simply brilliant.

[@johnphilipjones]

Thank you for the feedback glad you liked it.
Best wishes
Phil

[@MrAitSous]

Thank you so much for the great explanations about system clocks and for a nice examples.

[@johnphilipjones]

Thank you
Best wishes Phil

[@Hedayatpour2002]

I learned a lot from this video. Thank you for sharing it

[@johnphilipjones]

Glad it was helpful.
Best wishes Phil

[@programmingworld8500]

I learned a lot from this video. Thank you so much for the great explanations about system clocks.

[@johnphilipjones]

Great to hear
Best wishes Phil

[@fawwazaiman8123]

Thanks for your knowledge! It's simpler and easier to understand!
Once again thank youuu! 👍👍

[@johnphilipjones]

Glad it was helpful.
Best wishes Phil

[@innocentinnox]

10:56
Imagine a Superfast Chef
Let’s say you’re watching a super-efficient chef in a kitchen. Every clock cycle (each "tick" of the clock), this chef completes one step in a recipe. If this chef runs at 3.5 GHz, it means:
The chef can perform 3.5 billion cooking steps per second.
Now, imagine this chef is tasked with making sandwiches:
- One step might be grabbing a slice of bread.
- The next step is adding a slice of cheese.
- Then adding another slice of bread.
If you wanted to make 1 sandwich with 3 steps, the chef could technically make over a billion sandwiches in just one second at that speed! 🤯🤯

[@rolandokungbowa1201]

Goated RUclips Tutor 👍

[@johnphilipjones]

Thank you
Best wishes Phil

[@johndoe-bj1eo]

Thank you for the brilliant explanations

[@sillycoder9690]

Great info, thank you very much!!!

[@johnphilipjones]

Glad it was helpful.
Best wishes Phil

[@Linguaexpress]

Great video

[@hanshima_]

Thank you, sir.

[@Darkside13139]

Thank you, you made it so clear.

[@johnphilipjones]

Glad it was helpful.
Best wishes Phil

[@pavan8001]

Thank you so much sir

[@johnphilipjones]

Most welcome
Best wishes
Phil

[@josefabianrodriguez2045]

Thanks John for your great contribution to the knowledge. I just have a query, clock signal and clock pulse is the same?

[@johnphilipjones]

Thank you for your generous comment. The clock signal is a series of regular clock pulses.
Best wishes Phil

[@DieselZee]

Great video. Can you explain how Microprocessors are engineered to produce multiple GHz?

[@johnphilipjones]

This link may helpl:
computer.howstuffworks.com/question307.htm
Best wishes Phil

[@senthilramalingam9500]

Thank you so much...

[@johnphilipjones]

You're most welcome
Best wishes Phil

[@balasubramanianp1372]

Thanks . How does the crystal and pulse generator work?

[@johnphilipjones]

If you apply a voltage across an appropriate crystal, it will produce a sinusoidal electric signal. You then send this through a circuit containing a filter and 'schmitt trigger'. This will then produce a square wave.

[@balasubramanianp1372]

@@johnphilipjones Thanks

[@Somali-iv9pu]

thanks alot i guessme being dumb its good that you go slowly for us. thanks again

[@johnphilipjones]

Thank you for commenting it is appreciated. I doubt very much that you are dumb. The fact that you like the video shows that you are a person of great intelligence and taste.
Best wishes Phil

[@uditgohil7547]

Thank you sir ❤

[@johnphilipjones]

Thank you for commenting it is appreciated.
Best wishes
Phil

[@wtwong6636]

thank you so much!

[@johnphilipjones]

Glad it helped!
Best wishes Phil

[@craizhunterx9033]

Thank youuu

[@aliranjbar6601]

Thanks.

[@johnphilipjones]

You're welcome
Best wishes Phil

[@themers2474]

Very helpful! Thank you!!!

[@johnphilipjones]

Glad it was helpful and thanks for commenting it is appreciated.
Best wishes
Phil