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RISC-V Project - DFT

Explore Design for Testability in Maven Silicon's RISC-V project with custom training, optimizing RISC-V designs for effective and reliable testing processes.

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(2 ratings)
Course Instructors Maven Silicon Deepika Paramesh Nelavalli Kaveri Chandana Maven Silicon Training Support
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Course Overview

Embark on the RISC-V Project - DFT course, delving into essential modules like the detailed RISC-V Specification and the quick reference guide for RISC-V RV32I. Gain comprehensive insights into the RISC-V architecture, understand its intricate specifications, and master the quick reference guides. This course is tailored to provide you with the expertise required for effective completion of the RISC-V Project in the realm of Design for Testability.

Course Curriculum

1 Subject

RISC-V Project - DFT

3 Learning Materials

RISC-V Specification

The RISC-V Instruction Set Manual

PDF

MSRV32I Core Design Specification

PDF

RISC-V RV32I Quick Reference Guide

RISC-V RV32I - Quick Reference Guide for Instrcutions

PDF

Course Instructor

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Maven Silicon

304 Courses   •   352324 Students


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Deepika

1 Courses   •   2 Students

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Paramesh Nelavalli

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Kaveri

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Chandana

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Maven Silicon Training Support

47 Courses   •   3698 Students

Ratings & Reviews

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2 ratings

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1 reviews

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Susmitha

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2 years ago

JP
Jim Pelagio

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3 years ago

Complete RISC-V reference guide

FAQs

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

The RISC-V Project - DFT course focuses on Design for Testability (DFT) techniques applied to RISC-V processor designs. It teaches students how to implement test structures such as scan chains, BIST (Built-In Self-Test), and DFT insertion to ensure that the RISC-V processor is testable and can be effectively validated for manufacturing.

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

In the RISC-V Project - DFT course, you will learn how to apply DFT techniques such as scan insertion, BIST, boundary scan, and ATP (Automated Test Pattern generation) to a RISC-V processor design. The course covers topics like improving test coverage, ensuring fault tolerance, and preparing designs for manufacturing testing.

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

It is recommended to have a basic understanding of digital design, RISC-V architecture, and VLSI design concepts. Familiarity with Verilog or SystemVerilog is also important, as you'll be working with these languages to implement DFT structures in the processor design.

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

In the RISC-V Project - DFT course, you will use tools like Synopsys DFT Compiler, Cadence Modus, and Mentor Graphics Tessent for implementing DFT structures, scan insertion, and fault simulation. These tools are industry-standard for adding test features and simulating test coverage for designs.

5. What is the focus of the RISC-V Project - DFT course?

The course focuses on applying Design for Testability techniques to a RISC-V processor. You will learn how to add test structures, use scan chains, implement BIST features, and enhance the testability of the processor design for manufacturing testing and functional verification.

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

The course typically takes a few weeks to a few months to complete, depending on your experience level and the course structure. The course includes hands-on projects where you will apply DFT techniques to your RISC-V processor design and simulate its testability.

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

This course is suitable for students with a basic understanding of VLSI design and digital systems. Beginners in DFT or RISC-V may need extra time to get comfortable with the concepts. However, the course will cover foundational DFT techniques and provide practical experience with test insertion.

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

In this course, you will work on a project that involves implementing DFT techniques for a RISC-V processor. This includes adding scan chains, performing BIST insertion, and ensuring the processor can be effectively tested for faults during manufacturing. You will also simulate and verify the effectiveness of your DFT implementation.

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

Completing the RISC-V Project - DFT course will enhance your knowledge of testability techniques, which are critical for roles in VLSI design, processor development, and test engineering. You will be prepared for careers where you design and verify testable hardware, specifically in companies focused on processor design and manufacturing.

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

Upon completing the RISC-V Project - DFT course, you will have successfully implemented Design for Testability structures in a RISC-V processor. The final outcome includes a testable processor design, DFT implementation report, and a verified processor ready for manufacturing testing.

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