Description

The x86 is a type of instruction set architecture (ISA) for computer processors

Dive deep into the intricate world of x86 architecture internals and firmware-OS interactions with our comprehensive training program.

Explore the inner workings of x86 processors, memory management, instruction sets, and system architecture. Gain invaluable insights into firmware-OS interactions, boot processes, and system initialization protocols.

The x86 processors allow you to perform several activities at the same time from a single instruction.

The general-purpose instructions perform basic data movement, memory addressing, arithmetic and logical operations, program flow control, input/output, and string operations on integer, pointer, and BCD data types.

Equip yourself with the knowledge and skills needed to navigate the complexities of modern computing systems. Join us and unlock the secrets  .

TABLE OF CONTENT

MODULE I  :  Introduction

A. Overview
B. Importance

MODULE II  :  x86 Architecture Basics

A. Registers
B. Instruction Set
C. Memory Hierarchy

MODULE III :  Firmware

A. BIOS (Basic Input/Output System)
1. Purpose and Functionality
2. Boot Process

B. UEFI (Unified Extensible Firmware Interface)
1. Advantages over BIOS
2. Components and Features

MODULE IV :  Firmware-OS Interaction

A. Bootstrapping Process
B. System Initialization
C. Handover to Operating System

MODULE V :  Interrupts and Exception Handling

A. Role of Interrupts
B. Exception Handling Mechanisms

MODULE VI :  System Management Mode (SMM)

A. Purpose and Characteristics
B. SMM Handling in Firmware

MODULE VII : Advanced Configuration and Power Interface (ACPI)

A. Overview
B. Role in Power Management
C. ACPI Tables

MODULE VIII :  System Calls and API Interface
A. Communication Between Firmware and OS
B. System Call Mechanisms

MODULE IX :  Security Features in x86 Architecture
A. Secure Boot
B. Trusted Platform Module (TPM)

x86 architecture internals is studied under Intel

Other useful references 

Reference1

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