I2C Bus Communication Protocol Tutorial with Example

[@partha95123]

Very Good Explanation. Just see the video at higher speed.

[@tydengr]

Best I2C on youtube. Thank you much.

[@udaymyna]

Very useful... Small correction in stop cmd it is low to high.

[@robertlongoria765]

Great clear and delivered at a good pace. Only desire for me is to see some multi I2C Aurdino code!! Thanks!

[@adnanshabibi]

13:10 the most imp point u r not explaining. Going Very fast. Kindly explain how receiver make sda low when master is making changes till now.

[@spinloki]

Very clear and detailed explanation. Thanks!

[@lozD83]

5:40 Is this a wired AND connection? I must've missed you saying so

[@alpinewhite]

9:10. Did you mean "low to high" for the stop bit? You said "high to low"

[@ajohnjebaraj9638]

yeah..see the below written words..he's saying it wrong by mistake..

[@sudhakiran495]

Yes he said reverse

[@arunprasath6906]

very useful video Embedded C keep it up...u worked hard to prepare this video

[@EmbeddedC]

Thanks for your feedback :)

[@Praveenkumar-kd4yc]

Wow, Nice and clear explanation. Easy to understand. Thanks for it !

[@EmbeddedC]

Tnks :)

[@durgaraju7629]

hi sir excellent vedio on iic

[@rubenfernandes3871]

14:23, After the 1st ACK, master sends Register Address. That byte is not data.

[@kunliu5004]

awesome video, very clear, and helpful. thank you so much

[@vishalkothawade5713]

Hi,
In stop condition explanation, SDA goes low to high...but while saying it is said..."SDA goes high to low" which is a mistake...please correct it...
Thank You,

[@PreludeSon]

It helps if you speed up the video while watching this tutorial.

[@greeshr1977]

Good explanation Thanks for this video

[@voipims]

hi , you have explained only very basic thing...but can you explain how i2c works at hardware level or how i2c hardware works? like open-collector , current flow..etc...also please explain how two master races in case of arbitration and how 1 master wins ?

[@bhavanisana2256]

Nice explanation

[@nileshpathak9443]

thanks nice explanation

[@sagarjadhav2662]

Thanks

[@alibehrouz9833]

it was tutorial i2c between advertisement !!!!!!!!!!!!!!!

[@CindysHomeKitchen]

great video, you are extremely smart, helped me alot!

[@EmbeddedC]

Thanks for your feedback :) keep following for more update !!

[@niketachaudhari6694]

Thanks sir very useful keep it up
thanks again

[@mau_lopez]

Good video, thanks, you need to improve your audio recording

[@EmbeddedC]

we will improve

[@pavanshinde8649]

sir , could you share the soft copies of i2c protocol which you have explained in the above tutorial.?
which would be very helpful!!

[@adnanshabibi]

At 9.15 u are saying sda goes from high to low for stop. But it is going low to high.

[@durgaraju7629]

thanks sir

[@VineethMuthanna]

Nice Video, Moster, very helpful :p

[@jaganmohanroyalnanubala3095]

Extraordinary super but small mistake at 9.10min actually low to high

[@worldonscreen]

Please make demo?

[@hemanthk9759]

nice video but too many ads😢😢😢

[@TanmayvMukim]

Its showing low to high in stop condition but you are saying high to low, plz check it & correct it.

[@mohammedkhandwawala6758]

Nice Video. Can You work on your animation and make the video more interactive. Overall the content of the video was good.

[@s.n.asundinissimagoudar6962]

Good one

[@hitenchauhan7752]

sir where is c coding ??? i cant found

[@varunkumar8882]

content is good but voice is very hard to understand at various points..

[@merebaap4420]

Good video but not explain read using i2c

[@mani_vk_29]

5:18.

[@adnanshabibi]

U want to say master or moistur.

[@hetshah7490]

Play on 1.25x

[@superezbz]

You mean logical AND. &&

[@wowfail6835]

there was no example

[@kirtikansal684]

good explaination till single master to multiple slaves but after that nothing is clear ...do wxplain the arbitration logic and how clock synchronisation will occur in multiple masters to multiple slaves
moreover ur English is horrible...u spell master as monster..so plss take care of it..

[@EmbeddedC]

thanks for ur feedback, arbitration logic and clock synch video will be updated soon

[@Pdj_n]

Nice one