Advanced Microprocessor - 80386 And Pentium
Published 5/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English
| Duration: 4h 49m
Master 80386 and Pentium Microprocessors with Decades of Expertise from Our Esteemed Faculty
What you'll learn
Features of 80386 Microprocessor
Modes of 80386 Microprocessor
Real and Protected mode of 80386 Microprocessor
Programming Model of 80386 Microprocessor
Address Translation Mechanism of 80386 Microprocessor
Segment Descriptor of 80386 Microprocessor
GDT and LDT concept of 80386 Microprocessor
Paging, Protection and Multitasking of 80386 Microprocessor
Features and Architecture of 80386 Microprocessor
Pipelining of Pentium Processor
Cache Memory of Pentium Processor
Comparison of Core i3, Core i5, & Core i7
Serial communication Protocols
Requirements
No specific skillset is needed.
Description
Processors serve as the brain of computing devices, executing instructions and carrying out tasks swiftly and efficiently. Their architecture and capabilities shape the performance and functionality of electronic devices, influencing everything from basic operations to complex computations.This specialized Advanced Microprocessor course delves into Intel's 80386 and Pentium processors, catering to students seeking a profound understanding of general-purpose microprocessors and contemporary terminology. Ideal for aspiring professionals, students and working individuals, this unique offering covers fundamental to intricate microprocessor concepts, ensuring adeptness in comprehending high-end architectures.This course covers the following topics.- Features of 80386 Microprocessor- Block diagram of 80386 Microprocessor- Flag register and modes of 80386- Real Vs Protected mode of 80386 Microprocessor- GDT and LDT concept of 80386 Microprocessor- Paging and Protection Mechanism of 80386 Microprocessor- Multitasking of 80386 Microprocessor- Features of Pentium Microprocessor- Pentium Architecture- Pipelining in Pentium Processor- Cache memory in Pentium Processor- Comparison of Core i3, i5, and i7 MicroprocessorThis course equips learners with a holistic understanding of microprocessor intricacies. By navigating through the course sequentially, participants gain profound insights into advanced microprocessor terminologies, ensuring a robust grasp of higher-end architectures. Designed to cater comprehensively to engineering, science, and diploma branches, this course offers a holistic understanding of microprocessors, making it suitable for a diverse range of learners.Wishing you the best as you embark on this enlightening journey into the realm of advanced microprocessors.Thank You.
Overview
Section 1: Course Introduction
Lecture 1 Introduction
Section 2: 80386 Microprocessor Basics
Lecture 2 Feature of Microprocessor 80386
Lecture 3 Block Diagram of Microprocessor 80386
Lecture 4 Flag Register of Microprocessor 80386
Lecture 5 Programming Model of 80386
Lecture 6 Control Registers of 80386
Section 3: Modes of 80386 Microprocessor
Lecture 7 Modes of Microprocessor 80386
Lecture 8 Comparison of Real Mode & Protected Mode
Section 4: GDT, LDT and Address Translation Mechanism of 80386 Microprocessor
Lecture 9 Address Translation Mechanism
Lecture 10 Segment Descriptor of Microprocessor 80386
Lecture 11 GDT of Microprocessor 80386
Lecture 12 LDT of Microprocessor 80386
Section 5: Paging, Protection and Multitasking Mechanism of 80386 Microprocessor
Lecture 13 Paging of Microprocessor 80386
Lecture 14 Protection Mechanism of Microprocessor 80386
Lecture 15 Multitasking of Microprocessor 80386
Section 6: Features and Architecture of Pentium Processor
Lecture 16 Features of Pentium Microprocessor
Lecture 17 Architecture of Pentium Microprocessor
Section 7: Pipelining, Branch Prediction and Cache Memory Concept in Pentium Processor
Lecture 18 Pipelining in Pentium Microprocessor
Lecture 19 Branch Prediction Logic in Pentium Microprocessor
Lecture 20 Cache Memory in Pentium Microprocessor
Section 8: Comparision of Core I3, Core I5 and Core I7 Processor
Lecture 21 Comparison of Core I3 Core I5 & Core I7
Section 9: Serial Communication Protocol
Lecture 22 I2C
Lecture 23 SPI
Lecture 24 I2C Vs SPI
Lecture 25 UART
Lecture 26 USB
Lecture 27 RS 232
Lecture 28 Microprocessor Question Bank with Answer
Students (Engineering, Diploma, Science),Hardware Engineers,Tech Enthusiasts,Embedded Systems Engineers,For those interested in delving deeper into the field of microprocessors,Industry Professional
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