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Computer hardware and architecture basics

Track :

Computer Softwares

Lessons no : 38

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Lessons | 38
Personal Computer Architecture
00:18:06

Personal Computer Architecture
Graphics Processing Unit GPU
00:09:31

Graphics Processing Unit GPU
Fetch Decode Execute Cycle and the Accumulator
00:01:52

Fetch Decode Execute Cycle and the Accumulator
Fetch Decode Execute Cycle in more detail
00:07:55

Fetch Decode Execute Cycle in more detail
Processor Addressing Modes
00:10:27

Processor Addressing Modes
Introduction to Logic Gates
00:07:14

Introduction to Logic Gates
Logic Gate Combinations
00:12:12

Logic Gate Combinations
Logic Gate Expressions
00:13:00

Logic Gate Expressions
Logic Gates and the Ripple Carry Adder
00:09:25

Logic Gates and the Ripple Carry Adder
Dynamic Random Access Memory DRAM Part 1 Memory Cell Arrays
00:10:28

Dynamic Random Access Memory DRAM Part 1 Memory Cell Arrays
Dynamic Random Access Memory DRAM Part 2 Read and Write Cycles
00:10:36

Dynamic Random Access Memory DRAM Part 2 Read and Write Cycles
Dynamic Random Access Memory DRAM Part 3 Binary Decoders
00:03:50

Dynamic Random Access Memory DRAM Part 3 Binary Decoders
Dynamic Random Access Memory DRAM Part 4 Multiplexers and Demultiplexers
00:08:41

Dynamic Random Access Memory DRAM Part 4 Multiplexers and Demultiplexers
Dynamic Random Access Memory DRAM Part 5 DIMM Organisation
00:07:38

Dynamic Random Access Memory DRAM Part 5 DIMM Organisation
Dynamic Random Access Memory DRAM Part 6 Burst Mode and Bank Interleaving
00:12:10

Dynamic Random Access Memory DRAM Part 6 Burst Mode and Bank Interleaving
Dynamic Random Access Memory DRAM Part 7 Memory Address Mapping
00:05:51

Dynamic Random Access Memory DRAM Part 7 Memory Address Mapping
Computer Networks Part One LANs and WANs
00:06:10

Computer Networks Part One LANs and WANs
Computer Networks Part Two Network Hardware
00:09:21

Computer Networks Part Two Network Hardware
Computer Networks Part Three Ethernet
00:03:53

Computer Networks Part Three Ethernet
Latches and Flip Flops 1 The SR Latch
00:12:14

Latches and Flip Flops 1 The SR Latch
Latches and Flip Flops 2 The Gated SR Latch
00:09:33

Latches and Flip Flops 2 The Gated SR Latch
Latches and Flip Flops 3 The Gated D Latch
00:07:48

Latches and Flip Flops 3 The Gated D Latch
Latches and Flip Flops 4 – The Clocked D Latch
00:11:40

Latches and Flip Flops 4 – The Clocked D Latch
Latches and Flip Flops 5 – D Type Flip Flop
00:13:50

Latches and Flip Flops 5 – D Type Flip Flop
Karnaugh Maps – Introduction
00:13:45

Karnaugh Maps – Introduction
Karnaugh Maps with 4 Variables
00:04:59

Karnaugh Maps with 4 Variables
Karnaugh Maps – Simplify Boolean Expressions
00:07:26

Karnaugh Maps – Simplify Boolean Expressions
The Hard Drive Buffer
00:04:20

The Hard Drive Buffer
RISC versus CISC
00:12:40

RISC versus CISC
Little Man Computer 1 Introduction
00:20:09

Little Man Computer 1 Introduction
Little Man Computer 2 Branching Code
00:17:30

Little Man Computer 2 Branching Code
Little Man Computer 3 Loops
00:22:45

Little Man Computer 3 Loops
Harvard Architecture versus Von Neumann Architecture
00:05:18

Harvard Architecture versus Von Neumann Architecture
Byte Order Endianness
00:13:16

Byte Order Endianness
OLD The Accumulator Register
00:09:46

OLD The Accumulator Register
The Fetch Decode Execute Cycle
00:16:45

The Fetch Decode Execute Cycle
The Accumulator
00:09:48

The Accumulator
Pipeline Architecture
00:08:23

Pipeline Architecture


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Computer hardware and architecture, in this course offers an in-depth understanding of the components and design principles behind modern computing systems. Explore the fundamentals of hardware, including processors, memory systems, storage devices, and input/output units, while gaining insight into architectural concepts like instruction set architecture (ISA), parallel processing, and system design. Learn how components like CPUs, motherboards, and power supplies interact to create efficient and reliable systems. Delve into advanced topics such as embedded systems, FPGA design, and hardware security. By the end of the course, you'll be equipped to analyze, design, and optimize computer systems, preparing you for careers in hardware engineering, system design, or IT infrastructure.