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RISC-V single-cycle processor using Verilog: A tutorial on building a RISC-V microprocessor for an FPGA using Verilog
RISC-V single-cycle processor using Verilog: A tutorial on building a RISC-V microprocessor for an FPGA using Verilog
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RISC-V single-cycle processor using Verilog: A tutorial on building a RISC-V microprocessor for an FPGA using Verilog
RISC-V single-cycle processor using Verilog: A tutorial on building a RISC-V microprocessor for an FPGA using Verilog
A complete tutorial on building a basic single-cycle RISC-V processor using Verilog for FPGA implementation.
RISC-V single-cycle processor using Verilog: A tutorial on building a RISC-V microprocessor for an FPGA using Verilog
Item #: 232791323

RISC-V single-cycle processor using Verilog: A tutorial on building a RISC-V microprocessor for an FPGA using Verilog

89% of respondents would recommend this to a friend

Item #: 232791323

ZMW 1159

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A complete tutorial on building a basic single-cycle RISC-V processor using Verilog for FPGA implementation.
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What Stands Out

Comprehensive Tutorial
Step-by-step guidance facilitates understanding of RISC-V architecture, making it accessible for beginners and experts alike. This ensures a thorough grasp of microprocessor design and Verilog application.
FPGA Implementation
Focuses on practical application by enabling users to implement RISC-V on FPGA. This hands-on approach enhances learning with real-world applications, making concepts more tangible for students and engineers.
Open-Source Design
Utilizes open-source RISC-V standards, promoting flexibility and customization. Users can modify and expand their designs, fostering innovation and deeper understanding of processor functionality.

Product Details

Shop RISC-V single-cycle processor using Verilog: A tutorial on building a RISC-V microprocessor for an FPGA using Verilog online at a best price in Zambia. B0GQ24D6QQ
  • A tutorial on creating a basic single-cycle Harvard architecture RISC-V RV32I processor in Verilog to be run on an FPGA (tested Altera DE2 or Digilent Nexys 4 DDR).Starting with a simple implementation of a program counter, this tutorial builds to a complete RV32I implementation including memory mapped input / output and misaligned load and store handling.Contains the complete Verilog code (which is also freely available on github)Not a tutorial on Verilog, FPGAs or digital design generally.It assumes familiarity with these topics and also FPGA toolsets such as Vivadao and Quartus.
Publisher Independently published
Publication date 24 Feb. 2026
Language English
Print length 284 pages
ISBN-13 979-8249151010
Item weight 494 g
Dimensions 15.84 x 2.11 x 23.46 cm

Who Should Buy?

Suitable For
  • Students Learning CPU Design

    Ideal for students in computer architecture courses seeking hands-on experience with processor design using Verilog.

  • FPGA Enthusiasts

    Great for hobbyists and professionals who want to implement and test RISC-V cores on FPGA platforms.

  • Educators in Computer Science

    Useful for educators looking for comprehensive tutorials to teach RISC-V processor construction and Verilog programming.

Not Suitable For
  • Beginners in Programming

    Not suitable for complete beginners without prior knowledge of programming or digital design concepts.

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Architecture & Microprocessors Editorial Review

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RISC-V Single-cycle Processor Using Verilog A Tutorial On Building A RISC-V Microprocessor For An FPGA Using Verilog is a comprehensive guide published independently, offering insights into designing a RISC-V microprocessor for FPGA using Verilog. This detailed tutorial covers 284 pages filled with essential information for both beginners and experienced developers. The publication is in English and provides a robust foundation in microprocessor design, including practical implementations. Readers can expect to learn effectively, as the book breaks down complex concepts into manageable sections. Its clear structure and engaging writing style will appeal to anyone interested in digital design.

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Pros

  • Comprehensive guide for RISC-V microprocessor design
  • Ideal for both beginners and experienced developers
  • Clear explanations of complex concepts
  • Hands-on approach with practical implementations
  • Well-structured layout for easy learning

Cons

  • No supplementary online materials available

Product Price History

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Features & Benefits

  • Learn to build a single-cycle RISC-V microprocessor from scratch.
  • Step-by-step guidance for implementing the RV32I architecture.
  • Includes memory-mapped I/O and misaligned load/store handling.
  • Provides complete Verilog code, available for free on GitHub.
  • Designed for users familiar with Verilog, FPGAs, and FPGA toolsets.
  • Compatible with Altera DE2 and Digilent Nexys 4 DDR FPGA boards.

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