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Understanding Hardware Components and Power Consumption

A Comprehensive Guide to Computer Hardware and Storage

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Understanding Hardware Components and Power Consumption

A Comprehensive Guide to Computer Hardware and Storage

Hardware Components and Power Consumption

  • • Main Hardware Components: CPU, GPU, RAM, Motherboard, Storage, PSU

  • • Power Consumption & Performance: Efficiency vs. Performance

  • • Sustainability Considerations: Energy-efficient hardware

  • • Examples: Low-power CPUs, SSDs vs. HDDs, Efficient cooling systems


Storage and Differences

  • • HDD: Mechanical, slower, more affordable

  • • SSD: No moving parts, faster, more durable

  • • NVMe: High-speed SSD, better for performance computing

  • • Comparison: Speed, durability, cost & capacity

  • • Storage Capacity Calculations: File sizes, disk partitions


Binary Numbers and Hexadecimal

  • • Binary System: Base-2 (0s and 1s), used in all computing

  • • Hexadecimal System: Base-16, shorthand for binary

  • • Conversions: Binary to Decimal, Decimal to Hexadecimal

  • • Importance in memory addressing and computations


Storage and Memory Functionality

  • • Storage (HDD/SSD): Long-term data storage, retains data

  • • Memory (RAM): Short-term, temporary data processing

  • • 1 KB = 1024 Bytes, 1 MB = 1024 KB

  • • Why 1024 instead of 1000? Binary system logic


Comparison of Computer Systems and Servers

  • • Laptops: Portable, power-efficient, lower performance

  • • Desktops: High performance, upgradeable, requires power

  • • Servers: High processing power, handles multiple users

  • • Choosing the Right System: Gaming, business, storage


Own Computer Design

  • • Ideal Configuration: CPU, RAM, Storage, GPU, PSU, Case

  • • Justification for Choices: Performance, budget, energy efficiency

  • • Budget Plan: Estimated total cost of components (Excel sheet)


Hardware, Software, and Operating Systems

  • • Layers of a Computer System: Hardware → OS → Software → User

  • • Operating Systems: Windows, macOS, Linux - key differences

  • • Functions of an OS: Managing hardware, running applications


Presentation Format & Guidelines

  • • Tools: PowerPoint, Word, Canva, or similar

  • • Structure: Clear headings, bullet points, visuals

  • • Use images, tables, and graphs where necessary

  • • Ensure readability and engagement