hi, this is done for length matching. There is an upcoming video on that topic, but basically: you want your data signal to arrive in sync with your clock signal (or even a bit before). This can be done by making sure that traces on PCB have the same length, hence the accordeon structures for some short traces that need to be made longer. Hope this helps and stay tuned for that video ;-)
@@yacineyaker7485 awesome. I am sure there is a way in kicad, but never used it :-) If you look for "kicad length matching" you'll probably find some interesting videos. Cheers!
i have an interview in 10 minutes and before that i have watched your video lets hope for the best
Awesome, good luck!
Thank you so much ❤
Great explanation. Thanks :)
thank you for the kind words!
waiting for the detailed video sir,ur videos are very informative,keep going
Thank you, much appreciated!
Thanks for the info 😊
You're welcome!
Great content.. but could you please increase the volume a bit. You are almost silent with the volume all the way up!
thanks for your comment, will do!
hello. i'm new to pcb design and i would like to know what is the purpose of curving the traces like that? why not going straight?
hi, this is done for length matching. There is an upcoming video on that topic, but basically: you want your data signal to arrive in sync with your clock signal (or even a bit before). This can be done by making sure that traces on PCB have the same length, hence the accordeon structures for some short traces that need to be made longer. Hope this helps and stay tuned for that video ;-)
@@sentineo now i get and it make sense for high speed signals. is there a way to do it in kicad? just asking
@@yacineyaker7485 awesome. I am sure there is a way in kicad, but never used it :-) If you look for "kicad length matching" you'll probably find some interesting videos. Cheers!