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What you'll get

  • Govt. Verified Certification
  • Job Credibility
  • Certification Valid for Life
  • Lifetime Access To E-learning
  • On-demand video
  • Flexible Learning
  • Certificate of Completion

Exam details

  • Mode of Exam : Online
  • Duration : 1 Hour
  • Multiple Choice Questions are asked
  • No. of Questions are asked : 50
  • Passing Marks : 25 (50%)
  • There is no negative marking

Course Content

Total: 33 lectures
  • The PC, History and Logic
  • The Von Neumann Model
  • A Data Processor
  • Introduction To The Motherboard
  • Starts with the CPU
  • The CPU and the motherboard
  • The South Bridge
  • Inside and around the CPU
  • Moores' Law
  • The Cache
  • The L2 Cache
  • Data and Instructions
  • FPU's and Multimedia
  • Examples of CPU's
  • The evolution of the Pentium 4
  • Choosing a CPU
  • The CPU's Immediate Surroundings
  • Overclocking
  • Different types of RAM
  • RAM Technologies
  • Advice on RAM
  • Chipsets and Hubs
  • Data for the monitor
  • Introduction To the I/O System
  • From ISA to PCI Express
  • CPU and the motherboard
  • The PC's I/O System
  • I/O buses using IRQ's
  • Check Your Adapters
  • I/O and The South Bridge
  • SCSI, USB and Firewire
  • Hard Disks, ATA and SATA
  • System Software

Description

Computer architecture refers to a carefully designed to solve problems, stay working for the long term, and also offers higher performance to a user. In fact, computer architecture is a set of rules that defines how the software and hardware will be joined with the help of technology to perform a task with the computer. This course covers the fundamentals of computer architecture and other advanced-level topics. You should learn PC architecture

What you will explore in this online program of computer architecture?

In this course, you will learn many essential topics as follows:

  • Introduction of important concepts
  • Design of the CPU
  • Learning about RISC and CISC architectures
  • designing a control unit
  • understanding computer arithmetics
  • learning about simple processors
  • Theory of pipelining
  • designing a modern memory system
  • Also, learning about assembly language and many other relevant topics.

Also, this course is advisable for those who are professionals like computer engineers, electronics engineers, computer architecture, or a compiler writer. You should take the course because by the end of the course you will have an understanding of modern computing systems and design as well. You will also able to design modern and complex microprocessor's computer architectures. In the future, you can get opportunities to work with Intel, AMD, IBM, Apple, and many other companies related to computer architecture.

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