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Mastering Risc-V In Systemverilog: From Isa To Working Cpu
Published 12/2025
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 1h 20m | Size: 612 MB [/center]
Build a RISC-V CPU from Scratch and Run Real Program
What you'll learn
Build a complete RISC-V 32I single-cycle CPU from scratch using SystemVerilog.
Design every major processor block, including ALU, Register File, Control Unit, and Memory.
Understand the RISC-V instruction set, how instructions are encoded, and how software translates into hardware operations inside the CPU.
Run assembly programs on a fully functional RISC-V processor and execute real algorithms, including Finding Maximum Value, Fibonacci, and Bubble Sort.
Requirements
An interest in digital logic, processors, or computer architecture, and the motivation to learn by actually building and running a real RISC-V processor.
Familiarity with SystemVerilog (modules, signals)
Understanding of binary and hexadecimal numbers.
Description
Are you ready to move beyond theory and actually build a working processor?This course takes you step by step through designing, coding, and simulating a fully functional RISC-V RV32I single-cycle processor.We start from the fundamentals of the RISC-V architecture and gradually construct every hardware block: Instruction Memory, Fetch, Decode, Register File, ALU, Data Memory, Branch Control, and the Control Unit.You'll see how each piece works on its own, and how they all connect into a real CPU capable of running machine code.Unlike theoretical architecture courses, this one is hands-on and project based.You won't just learn how a processor works, you will build one, simulate it in ModelSim, load assembly programs, and watch them execute.By the end of this course, you will:• Understand the RISC-V ISA deeply - instruction formats, immediates, registers, and execution flow.• Design every CPU block in SystemVerilog and connect them into a complete RV32I processor.• Decode real instructions and generate all associated control signals.• Run assembly algorithms such as Maximum Finder, Fibonacci, and Bubble Sort on your processor.• Simulate and debug the entire CPU in ModelSim with waveform analysis.• Think like a hardware architect - understanding datapaths, control logic, and instruction execution.This course is perfect for:• Students in Computer Engineering or Electrical Engineering who want real CPU-design experience.• Beginners in digital design seeking a guided, practical introduction to processor architecture.• Junior Design and Verification Engineers who wants to understand how a real processor works at the RTL level.No prior RISC-V experience is required.Basic Verilog/SystemVerilog knowledge is required, and everything else is taught step by step, from architecture to simulation.Join now, and let's build a complete RISC-V processor together!
Who this course is for
Designed for junior engineers and students with Digital Logic background who want to deepen their knowledge and gain real experience in processor design.
Ideal for learners who want to see how code truly executes on a processor and build strong SystemVerilog skills for academic and project success.
Perfect for engineers from related fields seeking foundational Digital Design skills and a meaningful real-world project to add to their portfolio.
Mastering Risc-V In Systemverilog: From Isa To Working Cpu
Published 12/2025
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 1h 20m | Size: 612 MB [/center]
Build a RISC-V CPU from Scratch and Run Real Program
What you'll learn
Build a complete RISC-V 32I single-cycle CPU from scratch using SystemVerilog.
Design every major processor block, including ALU, Register File, Control Unit, and Memory.
Understand the RISC-V instruction set, how instructions are encoded, and how software translates into hardware operations inside the CPU.
Run assembly programs on a fully functional RISC-V processor and execute real algorithms, including Finding Maximum Value, Fibonacci, and Bubble Sort.
Requirements
An interest in digital logic, processors, or computer architecture, and the motivation to learn by actually building and running a real RISC-V processor.
Familiarity with SystemVerilog (modules, signals)
Understanding of binary and hexadecimal numbers.
Description
Are you ready to move beyond theory and actually build a working processor?This course takes you step by step through designing, coding, and simulating a fully functional RISC-V RV32I single-cycle processor.We start from the fundamentals of the RISC-V architecture and gradually construct every hardware block: Instruction Memory, Fetch, Decode, Register File, ALU, Data Memory, Branch Control, and the Control Unit.You'll see how each piece works on its own, and how they all connect into a real CPU capable of running machine code.Unlike theoretical architecture courses, this one is hands-on and project based.You won't just learn how a processor works, you will build one, simulate it in ModelSim, load assembly programs, and watch them execute.By the end of this course, you will:• Understand the RISC-V ISA deeply - instruction formats, immediates, registers, and execution flow.• Design every CPU block in SystemVerilog and connect them into a complete RV32I processor.• Decode real instructions and generate all associated control signals.• Run assembly algorithms such as Maximum Finder, Fibonacci, and Bubble Sort on your processor.• Simulate and debug the entire CPU in ModelSim with waveform analysis.• Think like a hardware architect - understanding datapaths, control logic, and instruction execution.This course is perfect for:• Students in Computer Engineering or Electrical Engineering who want real CPU-design experience.• Beginners in digital design seeking a guided, practical introduction to processor architecture.• Junior Design and Verification Engineers who wants to understand how a real processor works at the RTL level.No prior RISC-V experience is required.Basic Verilog/SystemVerilog knowledge is required, and everything else is taught step by step, from architecture to simulation.Join now, and let's build a complete RISC-V processor together!
Who this course is for
Designed for junior engineers and students with Digital Logic background who want to deepen their knowledge and gain real experience in processor design.
Ideal for learners who want to see how code truly executes on a processor and build strong SystemVerilog skills for academic and project success.
Perfect for engineers from related fields seeking foundational Digital Design skills and a meaningful real-world project to add to their portfolio.
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