Learn IC Design & Computer Science – RISC-V, FPGA, Linux & Programming Tutorials。 Master IC design, RISC-V CPU, FPGA, Verilog, and Linux programming with clear, step-by-step tutorials. Built for beginners and engineers who want real hardware + software skills.
- What Is an FPGA? How Is It Different from a CPU and ASIC?
- What Is an ASIC? Why Are Custom Chips So Powerful?
- What Is an SoC? How Does a System on a Chip Work?
- What Is an MCU? How Is a Microcontroller Different from a CPU?
- What Is a GPU? Why Is It Good at Parallel Computing?
- CPU vs GPU: What Is the Difference?
- Linux Distros List: Ubuntu, Debian, Fedora, Arch, and More
- What Is a CPU? How Does a Processor Work?
- What Does 3nm, 5nm, and 7nm Mean in Chip Manufacturing?
- What Is a Die in Semiconductor Manufacturing? Understanding Wafer, Die, Chip, and Packaging
- What Is a Silicon Wafer? How Silicon Wafers Are Made and Used in Chip Manufacturing
- How Are Chips Made? From Silicon to Finished Processor
- What Is a Transistor? The Building Block of Modern Chips
- What Is an Integrated Circuit (IC)? How Does an IC Work?
- What Is a Semiconductor? Why Are Semiconductors So Important?
- What Is a Chip? How Does a Computer Chip Actually Work?
- What Is an FPGA? How It Works and FPGA vs. CPU
- SSD Explained: NAND, TLC, QLC, Cache, and How to Choose the Right Drive
- Computer Storage Explained: HDD, SSD, SATA, M.2, and NVMe
- What Is a Linux Distribution? Kernel, Desktop, Packages Explained
- DDR RAM Explained: From DDR1 to DDR5 and Beyond
- GNU and Linux Explained: From the Kernel to a Complete Operating System
- How Does AI Turn a Sentence into an Answer? Tokens, Vectors, Matrices, and Attention Explained
- How Linux Began: Unix, GNU, and the Open Source Movement
- Why AI Needs More Than a Fast CPU
- RISC-V AI Extensions Explained: From Vector Processing to Matrix Acceleration
- What Is C? What It Can Do and How It Connects to Operating Systems
- What Is a Process? How Your Operating System Runs Programs
- Windows vs. macOS vs. Unix vs. Linux: Differences and Connections Explained
- Linux Kernel vs Windows Kernel: What’s the Difference, and What Is a Monolithic Kernel?
- What Is a Computer Program? How Instructions Make Computers Work
- What Is a System Call? How Programs Request Services from the OS
- How a Multiplexer Works: How Digital Circuits Choose Between Inputs
- User Mode vs Kernel Mode: How the OS Protects Your Computer
- What Is RISC-V? How Software Talks to a CPU
- What Is a Kernel? The Core of an Operating System Explained
- What Is an Operating System? How the OS Manages Hardware and Programs
- How the CPU Talks to Memory: Loads, Stores, Addresses, and the Memory Bus
- Why Is the XOR Gate So Important Inside a Computer?
- Why NAND Gates Can Build an Entire Computer
- What Is Machine Learning? How a Computer Learns from Data
- How Virtual Memory Really Works, Part 3: Inside a Process Address Space
- How Virtual Memory Really Works, Part 2: Page Faults, Demand Paging, Memory Protection, Shared Memory, and Copy-on-Write
- What Are Programming Languages Written In?
- How Virtual Memory Works（1）: Virtual Addresses, Pages, Page Tables, and the MMU
- How the CPU Executes an Instruction: Fetch, Decode, Execute Explained
- C Programming Careers in 2026: Where C Is Still Used — and the Salaries These Jobs Pay
- How C and Unix Grew Together — and Why Linux Still Depends on C
- Why C Still Matters in the Age of Python and AI ?
- C vs C++: What Is the Difference?
RISC-V
RISC-V is a modern, open instruction set architecture designed for clarity, flexibility, and long-term scalability.
Unlike closed architectures, RISC-V gives engineers full control — from instruction design to CPU implementation.
This makes it ideal for:
- Custom silicon and SoC design
- FPGA-based CPU development
- Operating system research
- Hardware/software co-design
In this category, you won’t just learn theory — you’ll learn how to build real CPUs.
- RISC-V AI Extensions Explained: From Vector Processing to Matrix Acceleration | LLM, Risc-V
- What Is RISC-V? How Software Talks to a CPU | Risc-V
- The State of the RISC-V Linux Ecosystem in 2026 | Linux Tutorial, Risc-V
- Why Linux and RISC-V Are a Perfect Match | Risc-V
- Running Linux in RISC-V in Real EcoSystem | Risc-V
- Linux and RISC-V: From Concept to Real Systems | Linux Tutorial, Risc-V
- Linux and RISC-V: Understanding the Future of Open Computing | Linux Tutorial, Risc-V
- Registers and Core Concepts | Risc-V
- RV32I vs PicoRV32 — Visual Diagrams (Deep Mapping) | Risc-V
- PicoRV32 Tutorial : Practical + Beginner-Friendly | Risc-V
Learn Linux the Right Way
Linux is everywhere — servers, cloud, embedded systems, and even CPUs you design.
In this section, you’ll learn:
- How Linux actually works (not just commands)
- How to use it for real engineering tasks
- How to connect Linux with hardware (FPGA, RISC-V, embedded systems)
No fluff. Just practical knowledge that builds real skills.
- Linux Distros List: Ubuntu, Debian, Fedora, Arch, and More | Linux Tutorial
- What Is a Linux Distribution? Kernel, Desktop, Packages Explained | Linux Tutorial
- GNU and Linux Explained: From the Kernel to a Complete Operating System | Linux Tutorial
- How Linux Began: Unix, GNU, and the Open Source Movement | Linux Tutorial
- How C and Unix Grew Together — and Why Linux Still Depends on C | C Programming, Linux Tutorial
- What Is a Motherboard? Understanding the Basic Components of a Computer Motherboard | Linux Tutorial
- The State of the RISC-V Linux Ecosystem in 2026 | Linux Tutorial, Risc-V
- Lesson Plan: Linux Distributions Explained | Linux Tutorial
- Linux File System Navigation Commands | Linux Tutorial
- From Silicon to Intelligence: Decoupling the RISC-V + Linux + RISCstar Software Stack | Linux Tutorial
Digital Circuits for Engineers
Digital circuits are not just theory — they are the building blocks of real systems.
From Boolean logic to sequential design, this category teaches how signals turn into computation, and how simple gates scale into complex processors.
If you want to understand FPGA, RISC-V, or CPU design — this is your starting point.
- Three Important Operation Rules of Boolean Algebra | Digital Circuit
- Boolean Algebra and Their Operation Rules. | Digital Circuit
- Basic Knowledge of Boolean Algebra and Logical Operations | Digital Circuit
- Simplification and Matching of Boolean Algebra | Digital Circuit
- Basic of Combinational Logic Operations | Digital Circuit
- Basic Logical Operations : AND, OR, NOT Logic Gates | Digital Circuit
- Boolean Algebra and Logic Gates | Digital Circuit
- How to Execute the Boolean Algebra in a Look-up Table | Digital Circuit
- What is A Bistable Element ? | Digital Circuit
- Learn Digital Circuit System From Beginning | Digital Circuit
C Programming
C is the bridge between software and hardware. It’s essential.
From memory layout to system calls, this category teaches how code turns into machine-level execution.
If you’re working with Linux, RISC-V, FPGA, or embedded systems — C is not optional.
- What Is C? What It Can Do and How It Connects to Operating Systems | C Programming
- What Is a Computer Program? How Instructions Make Computers Work | C Programming
- C Programming Careers in 2026: Where C Is Still Used — and the Salaries These Jobs Pay | C Programming
- How C and Unix Grew Together — and Why Linux Still Depends on C | C Programming, Linux Tutorial
- Why C Still Matters in the Age of Python and AI ? | C Programming, LLM
- C vs C++: What Is the Difference? | C Programming, C++ Programming
- How to Determine Whether a Number is Prime in C Program | C Programming
- Calculating π Using an Infinite Series in C Program | C Programming
- break and continue Statements in C | C Programming
- go to Statement in C Program | C Programming
FPGA and Verilog
- FPGA vs ARM: You’re Thinking About It Wrong | FPGA and Verilog
- Pololu Product Cheat Sheet Tailored for FPGA + Robotics Projects | FPGA and Verilog
- FPGA Hands-On Projects Section | FPGA and Verilog
- How to Get Started in FPGA: A Complete Beginner’s Guide (2026 Edition) | FPGA and Verilog
- What is The Difference Between Verilog and Verilog HDL ? | FPGA and Verilog
- What is Jtag ? | FPGA and Verilog
- What is Digital Design? | FPGA and Verilog
- What is an FPGA ? What is the Application Areas of FPGA ? | FPGA and Verilog
- Using Bidirectional Ports in FPGA and Implementing in Verilog | FPGA and Verilog
- Verilog Comment Statement and File Header Writing | FPGA and Verilog