Understanding UART

This video explains the technical overview of the UART (universal asynchronous receiver/transmitter) serial protocol, including a description of the frame structure and the significance of each frame bit.

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[AJRobinson]

After watching 6 videos, this one was clear, concise, wasn't 13 minutes long, didn't have awful hand-writing, and included everything I needed to know. Thanks!

[jigyasupant]

Highly appreciate the efforts put in to explain everything in a concise manner. Thanks!!

[abhimanyu]

Small Correction S has value hex value as 0x53 and decimal value as 83.

[norvalchenu]

I found this video very useful. Thank you so much!!

[BALO_BERSERK]

Excellent video. You clarified many doubts and I understood new concepts.

[siricortana]

Short and comprehensive -- amazing video!

[shvideo]

Excellent video so very clearly explained. This is the best I have seen on this topic. Thank you for covering all the bases.

[occamraiser]

Ahh, happy days of measuring one and a half start bits to work out the width of the clock/pulses to manually read the data from a remote UART. Life was such fun writing process control software in the 1980s :)

[saumittrasarker]

Thank you sir for a clear concept video. best wishes for you.

[limenspicewithshaheenkhali]

Thnku so much for such an easy explanation

[pascalkreis]

Very well done. Thank you for this great explanation.

[Someone-fuwz]

When someone understands a thing he knows how to explain it clearly! Thank you :D

[akashbidap]

admirably explained sir enjoyed the video


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[selvakumarr]

The parity bit is more clear now. Thanks.

[SuperGoodka]

thanks a lot! its very easy to understand

[gyricyace]

yeah rohde & schwarz rulezzz ;) pretty good explanation, with few precise questions left to be solved by myself, but i will figure that out soon! keep up the good work! thanks a lot

[milo]

very usefull and concise, thank you!!!

[motivationalcomred]

uart(universal asynchronous reciever transmitter) - parity(error detection) - asynchronous so both sender and reciever should transmit at same speeD(baud rate) - tx, rx are registers used in transmitting and recieving data

[aumotion]

Nowadays UART often reaches 3 Mbps, i have even used 6 Mbps. Serious SOC have many UARTs peripherals. UART is trivial to handle on the software side. UART is ... GREAT.

[JeremyCook]

As others have said, very good - not too long, but seems to hit the important details well!