Free Computer Architecture PDF Library: From Transistors to Syste
Computer Architecture studies the design of computer systems, including processors, memory hierarchies, instruction sets, and performance optimization techniques.
Raspberry Pi: How to get started
Description: Download free Raspberry Pi: How to get started PDF. Learn how to choose a model, boot up, use GPIO pins, and program with Scratch. Perfect for beginners.
x86-64 Assembly Language Programming
Description: Explore x86-64 assembly language programming with clear explanations, instructions, registers, and practical projects for efficient coding.
Introduction to Microcontrollers
Description: A concise microcontroller guide covering embedded programming, I/O interfacing, motor-control fundamentals, practical code examples, and step-by-step projects.
How to Build a Computer from Scratch
Description: Download free How to Build a Computer from Scratch PDF. Learn hardware basics, building techniques, overclocking, and stress testing. Perfect for beginners.
Mobile Phone Repair and Maintenance
Description: Download free Mobile Phone Repair and Maintenance PDF. Learn types of phones, repair tools, diagnosing faults, and safety precautions. Perfect for beginners.
Basic Computer Maintenance
Description: Learn computer maintenance with this free PDF. Covers hardware upkeep, software updates, malware protection, and performance tips. Perfect for all users.
Advanced Computer Architecture
Description: Explore in-depth concepts of CPU design, I/O techniques, and system architecture with our comprehensive Advanced Computer Architecture PDF guide.
Computer Fundamentals
Description: Explore essential concepts of computer architecture, including memory operations, addressing modes, and data representation standards.
Boolean Algebra And Logic Simplification
Description: Master Boolean algebra and logic simplification techniques with this comprehensive guide — perfect for students and engineers in digital logic design.
Boolean Algebra and Digital Logic
Description: Learn Boolean algebra and digital logic basics, from theory to practical circuit design with helpful exercises. Perfect for students and engineers.
Elements of Processor (CPU) Architecture
Description: Learn key concepts of processor architecture, CPU design, and parallel computing with this comprehensive primer for engineers and scientists.
Digital Logic Design
Description: Download the comprehensive Digital Logic Design PDF and master circuit fundamentals, memory design, counters, and flip-flops for computer engineering.
SSD and HDD technology
Description: Explore in-depth SSD and HDD technology, forensic techniques, data recovery methods, and practical applications in digital evidence handling.
Your Guide To Solid State Drives
Description: Discover everything about Solid State Drives (SSD) – technology, advantages, and how to choose the best SSD for your needs in this comprehensive guide.
Instruction tables
Description: Detailed VIA Nano 3000 instruction timings, μop breakdowns, port mappings, and latency/throughput data—practical notes for compiler writers and engineers.
The microarchitecture of Intel, AMD and VIA CPUs
Description: Explore the detailed microarchitecture of Intel Haswell and Broadwell CPUs, covering pipelines, execution units, multithreading, and performance bottlenecks.
Reverse Engineering for Beginners
Description: Master the fundamentals of reverse engineering with this comprehensive guide, perfect for beginners seeking practical skills in assembly, debugging.
Introduction to Computer Design
Description: Explore foundational computer design concepts, number systems, and digital representations with this comprehensive PDF ideal for students and tech enthusiasts.
Introduction to Digital Computers
Description: Master digital logic fundamentals with this comprehensive guide on flip-flops, clocks, and two’s complement arithmetic for computer science learners.
X86 Disassembly
Description: Practical x86 disassembly: learn control-flow analysis, register/stack usage, calling conventions and jump-table analysis for debugging and reverse engineering.