RISC-V Project - DV

Take on the challenge of Design Verification in Maven Silicon's RISC-V project with custom training, applying your team's skills to verify and validate RISC-V designs effectively.

4.9

(26 ratings)

Course Instructor Maven Silicon

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Course Overview

Explore the RISC-V Project - DV course, which encompasses crucial modules such as RISC-V RV32I Quick Reference Guides and the comprehensive RISC-V Specification. Delve into the intricacies of RISC-V architecture, master the quick reference guides, and gain a deep understanding of the detailed specification. This course is designed to equip you with the skills needed for successful completion of the RISC-V Project in the realm of Digital Verification.

Course Curriculum

1 Subject

RISC-V Project - DV

4 Learning Materials

RISC-V RV32I Quick reference Guides

RISC-V RV32I reference Card for V-Plan

PDF

RISC-V RV32I - Quick Reference Guide for Instrcutions

PDF

RISC-V Specification

The RISC-V Instruction Set Manual

PDF

MSRV32I Core Design Specification

PDF

Course Instructor

Maven Silicon

259 Courses • 299560 Students

Ratings & Reviews

4.9 /5

26 ratings

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25 reviews

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89%

4

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Susmitha

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a year ago

AD

Ashish Dahare

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2 years ago

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Ajay Prakash Pandey

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2 years ago

good

FAQs

1. What is the RISC-V Project - DV course?

The RISC-V Project - DV course focuses on design verification (DV) for a RISC-V processor. Students will learn how to verify the functionality of a RISC-V processor using verification methodologies such as UVM (Universal Verification Methodology), SystemVerilog, and coverage-driven verification techniques.

2. What will I learn in the RISC-V Project - DV course?

In this course, you will learn how to verify a RISC-V processor design using industry-standard verification techniques. The course covers topics such as testbenches, functional verification, UVM for RISC-V, coverage analysis, assertion-based verification, and debugging of complex digital systems.

3. Do I need prior knowledge to take the RISC-V Project - DV course?

Yes, it is recommended to have a foundational understanding of digital design, SystemVerilog, and verification methodologies like UVM. Basic knowledge of RISC-V architecture and experience with Verilog or other hardware description languages will be helpful for understanding the processor and its verification process.

4. What tools are used in the RISC-V Project - DV course?

In the RISC-V Project - DV course, you will work with tools such as ModelSim, VCS, or Xilinx Vivado for simulation and UVM for testbench creation and execution. These tools will help you develop and run your verification environment to check the functionality of your RISC-V processor design.

5. What does the RISC-V Project - DV course focus on?

The course focuses on design verification of a RISC-V processor, including building a testbench, applying UVM methodology, creating functional and corner-case tests, and performing coverage analysis. You'll gain practical experience in ensuring the design behaves as expected through simulation and verification processes.

6. How long is the RISC-V Project - DV course?

The course duration typically ranges from a few weeks to a few months, depending on the course structure. The hands-on nature of the course, combined with practical assignments, allows students to apply verification techniques to real-world projects in a manageable timeframe.

7. Is the RISC-V Project - DV course suitable for beginners?

The RISC-V Project - DV course is designed for students who already have a basic understanding of digital design and verification concepts. Beginners in UVM or RISC-V might need to dedicate additional time to understand the verification environment, but the course is structured to provide a gradual learning curve.

8. What type of project will I work on in the RISC-V Project - DV course?

In the RISC-V Project - DV course, you will work on creating a testbench for a RISC-V processor design, applying UVM to verify its functionality. This includes writing tests for various processor features, performing coverage analysis, and debugging any verification failures to ensure the design meets its specifications.

9. How will the RISC-V Project - DV course help in my career?

The RISC-V Project - DV course will enhance your skills in functional verification, UVM, and SystemVerilog, which are essential for roles in VLSI verification. You will be prepared for careers in verification engineering, hardware design, and processor development, where you’ll verify complex digital systems like RISC-V processors.

10. What is the final outcome of the RISC-V Project - DV course?

Upon completing the RISC-V Project - DV course, you will have developed a full testbench and performed comprehensive verification for a RISC-V processor. The course outcome includes a fully verified processor design, simulation results, and a verification report, which will be valuable for your portfolio in VLSI verification roles.