UART Protocol Explained: Basics, Interfacing, Configuration, Data Format, Pros and Cons

UART Protocol is explained with the following Timestamps:
0:00 - UART Protocol - ARM Processor
1:21 - UART Protocol Basics
2:08 - UART Interfacing
3:04 - Comparison of UART and Parallel Communication
3:34 - UART Configuration
5:19 - Data Format of UART
8:06 - Advantages of UART
8:51 - Disadvantages of UART

UART Protocol is explained with the following outlines:
1. Serial Communication Protocol
2. UART Protocol - Universal Asynchronous Receiver Transmitter Protocol
3. UART Protocol Basics
4. UART Interfacing
5. Comparison of UART and Parallel Communication
6. UART Configuration
7. Data Format of UART
8. Advantages of UART
9. Disadvantages of UART

Chapter-wise detailed Syllabus of the ARM Processor Course is as follows:

Development History of ARM Processor, ARM IP Core, Comparison of ARM Cortex A Cortex R & Cortex M, Features of ARM7, RISC Design Philosophy, RISC & CISC, Von Neumann and Harvard Architecture, Little Endian and Big Endian.

ARM7 Data Types, ARM7 Architecture & Data Flow Model of ARM7, CPSR Flag Register of ARM7, ARM State and Thumb State of ARM7, Modes of ARM7, ARM7 Programming Model, ARM7 Pipelining, ARM7 Interrupts, Memory with ARM7, AMBA Advanced Microcontroller Bus Architecture, Paging in ARM Processor, TLB & MMU in ARM, Advantages of MMU.

Cache Memory, Buffer Vs Cache Memory, TCM - Tightly Coupled Memory.

I2C Protocol - Inter Integrated Circuit Protocol, SPI Protocol - Serial Peripheral Interface Protocol, I2C Protocol Vs SPI Protocol, UART Protocol - Universal Asynchronous Receiver Transmitter Protocol, USB - Universal Serial Bus, RS 232 Serial Communication Protocol.

Assembly Language Vs C Language, Optimization Techniques in Embedded C Programming, ARM7 Development Tools.

ARM7 data formats, ARM7 Assembler Directives, ARM7 Addressing Modes.

Conditional Instructions of ARM7, Data Transfer Instructions of ARM7, Load & Store Instructions of ARM7, Arithmetic Instructions of ARM7, Multiplication Instructions of ARM7, Logical Instructions of ARM7, Stack Related Instructions of ARM7, Flag Related Instructions of ARM7, Special Instructions of ARM7, Semaphore Instructions of ARM7, How to Understand ARM7 Instructions.

Installation Guide to Keil for ARM7, Introduction to Keil for ARM7, Data Transfer Assembly Program in ARM7, Array Addition Assembly Program in ARM7, Factorial Assembly Program in ARM7, Expression Evaluation Assembly Program in ARM7, Largest Number in Array Assembly Program in ARM7, Even & ODD Numbers in Array Assembly Program in ARM7, Bitwise Logical Operation Assembly Program in ARM7, Decimal to Hex Conversion Assembly Program in ARM7, Hex to Decimal Conversion Assembly Program in ARM7.

Chapter-8b LPC2148 Experiments:
LPC2148 Features, LPC2148 LED Blinking C Program, LPC2148 Switch LED Interface C Program, LPC2148 SSD Interface & C Program, LPC2148 LCD Interface & C Program, LPC2148 PLL & C Program, LPC2148 Timer C Program, LPC2148 Serial Transmission C Program, LPC2148 Serial Reception C Program.

Engineering Funda channel is all about Engineering and Technology. Here this video is a part of ARM Processor.

#UART #SerialCommunication #EngineeringFunda

[EngineeringFunda]

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[-T-Shahid]

excellent explination
very thanks for upload this video

[MaddulapalliMytravarun]

Tq sir in behalf of all engineering funda friends

[sowmyajahnavi]

looks very similar to geeks for geeks article on UART

[varshanprabu]

Thankyou sir, for this wonderful content.

[RishiKumar-innv]

In an ideal state why TX signal is always high, not low for any particular reason for that?

[juqgdxx]

3:25 In practice parallel communication is slower than serial, due to the difficulty in:
- Ensuring that the signals on all parallel lines are synchronous
- Crosstalk and EMI interference between parallel lines running at the same frequency
While theoretically a parallel protocol running at the same frequency as a serial protocol would be faster, parallel protocols tend to run at much lower frequencies. A notable exception are buses on computer motherboards, though that comes at the cost of extremely complex PCBs and tens of thousands of man-hours of design and verification time for each PCB.

[ManiMani-cxho]

if 2 data bits are corrupted while transmitting from one device to other device then both having same parity is it receiver can receive wrong data .So, how can we avoid such type of errors in UART

[UET_TECH]

U SHOULD HAVE EXPLAINED DIAGRAM AS WELL

[IRshorts]

Sir i have study currently in 5 sem .
And i have no basic knowledge of electronic engineering branch due to covid period ....
Sir plz tell me how i can understand the basic knowledge of all subject of electronic in a short period of time which can help me to get better marks in semester exam ...
Can you plzz tell me that which subject i can study first to get better understanding of electronic engineering

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[ManjeetKumarPrabhakar]

Brother your teaching skills is not good, just improve it