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RISC-V ISA & RV32I RTL Architecture Design

Explore the intricate architecture of RISC-V ISA and RV32I RTL design with Maven Silicon to uncover the principles behind designing efficient and reliable RTL structures.

5
(2 ratings)
Course Instructor Sivakumar P R
To enroll in this course, please contact the Admin
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Course Overview

Embark on a comprehensive journey in "RISC-V ISA & RV32I RTL Architecture Design" covering fundamental VLSI concepts, SoC design, and the distinctions between ASIC and FPGA. Navigate through the VLSI design flow, explore digital electronics, and delve into key topics like STA, sequential circuits, memories, and the intricacies of RISC-V ISA. Witness the evolution from RISC-V Instruction Set Architecture to RTL architecture design, culminating in the implementation of a 5-stage pipelined design. Engage with hands-on modules to reinforce your understanding of this dynamic field.

Schedule of Classes

Course Curriculum

1 Subject

RISC-V ISA & RV32I RTL Architecture Design

1 Exercises53 Learning Materials

Introduction to VLSI & SoC Design

Electronic System

Video
26:43

Smartphone - SoC - Architecture

Video
9:55

SoC Design

Video
16:59

ASIC Vs FPGA

Video
12:7

Knowledge Check : Introduction to VLSI

Exercise

ASIC Design Flow

ASIC Design Flow - Part-1 (Specification)

Video
13:4

ASIC Design Flow - Part-2 (Architecture to RTL Design)

Video
9:32

ASIC Design Flow - Part-3 (Verification to Gate Level Simulation)

Video
9:5

ASIC Design Flow - Part-4 (DFT to STA)

Video
10:7

ASIC Design Flow - Part-5 (Layout to GDS - II and AMS Flow)

Video
14:3

Digital Electronics

Introduction to Digital Electronics

Video
13:26

Number Systems and Codes

Number Systems and Codes

Video
37:45

Logic Circuits

Logic Circuits

Video
55:7

Combinational Circuits

Combinational Circuits - I

Video
28:25

Combinational Circuits - II

Video
44:8

Sequential Circuits

Sequential Circuits - I

Video
40:58

Sequential Circuits - II

Video
45:15

Finite State Machines

FSM

Video
37:39

Memories

Memories

Video
25:54

STA : Introduction

STA in Design Flow

Video
5:24

Why & What is Timing Analysis?

Video
7:40

Types of Timing Analysis

Video
10:22

False Paths & Multi Cycle Paths

Video
19:36

STA: Clock

Clock - Part -1

Video
17:35

Clock - Part - 2

Video
17:41

STA : Timing Parameters

Timing Parameters in STA - Part-1

Video
15:49

Timing Parameters in STA - Part-2

Video
13:58

Timing Parameters in STA - Part-3

Video
10:24

STA: Timing Analysis Procedure

Timing Analysis on Sequential Circuits - Part-1

Video
18:30

Timing Analysis on Sequential Circuits - Part-2

Video
12:48

STA Procedure

Video
10:27

STA : Techniques to Improve Timing

Different Techniques to improve timing

Video
12:51

RISC-V Instruction Set Architecture

RISC-V Overview

Video
9:42

RISC-V Open ISA Part-1 - (Introduction to Various ISA's and Extensions of RISC-V)

Video
12:17

RISC-V Open ISA Part-2 (SoC architecture based on RISC-V ISA)

Video
9:15

RISC-V ISA Part-1 ( introduction)

Video
10:43

RISC-V ISA Part-2 ( RISC-V Registers and Modes)

Video
15:58

RISC-V ISA Part-3 ( introduction to Privileged Architecture)

Video
20:42

Base ISA

Video
15:6

RV32I Base Instructions(R & I type)

Video
23:9

RV32I Base Instructions(S & B Type)

Video
23:30

RV32I Base Instructions(J Type)

Video
15:19

RV32I Base Instructions (U type)

Video
17:11

RISC-V RV32I RTL Architecture Design

RISC-V Execution Stages and Flow

Video
8:36

RISC-V Register File and RV32I Instructions Format

Video
12:52

RV32I R Type ALU Datapath

Video
9:29

RV32I I Type ALU Datapath

Video
6:33

RV32I S Type ALU Datapath - Load & Store

Video
13:4

RV32I B Type ALU Datapath

Video
8:23

RV32I J Type ALU Datapath JAL & JALR

Video
9:26

RV32I U Type ALU Datapath and Summary

Video
10:18

RISC-V RV32I 5 Stage Pipelined RTL Design

CPU Performance and RISC-V 5 Stage Pipeline Overview

Video
15:12

RISC-V 5 Stage Pipeline Data Hazards & Design Approach

Video
16:3

RISC-V 5 Stage Pipeline Control Hazards & Design Approach

Video
13:51

Course Instructor

tutor image

Sivakumar P R

14 Courses   •   332 Students

CEO and Founder, Maven Silicon

Ratings & Reviews

5 /5

2 ratings

1 reviews

5

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4

0%

3

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2

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1

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S
Susmitha

a year ago

NG
Nickolay Gilimovich

3 years ago

good

FAQs

1. What is RISC-V ISA and how does it relate to RV32I RTL architecture design?

RISC-V ISA (Instruction Set Architecture) is an open-source instruction set used in processors, providing a simple, modular design that is highly customizable. RV32I refers to the 32-bit base integer instruction set of RISC-V, and RTL architecture design refers to the Register-Transfer Level implementation of the processor, where the functional behavior of each instruction is modeled in hardware.

2. What does RV32I stand for in the RISC-V ISA?

RV32I refers to the 32-bit base integer instruction set within the RISC-V ISA. The "32" indicates that the processor works with 32-bit data, and "I" stands for the integer subset of instructions, which are the fundamental operations supported in RISC-V processors.

3. How is the RV32I RTL architecture designed?

The RV32I RTL architecture is designed by creating a hardware description of the RISC-V processor at the Register-Transfer Level. This involves specifying how data moves between registers and how the arithmetic and logical operations are performed for each instruction in the RV32I instruction set. Tools like Verilog or VHDL are typically used to model the design and simulate its functionality.

4. What is the difference between RISC-V ISA and RTL design?

The RISC-V ISA defines the high-level set of instructions that a processor can execute, while RTL design describes how these instructions are implemented at the hardware level. ISA is the architecture's specification, and RTL defines how these instructions are physically executed in the processor by designing the individual components like registers, ALUs, and control units.

5. What are the key features of RV32I?

RV32I includes 32-bit registers, an efficient instruction set with a fixed-width of 32 bits per instruction, and basic operations such as addition, subtraction, bitwise logical operations, and load/store instructions. RV32I is the simplest form of RISC-V, making it ideal for embedded systems and educational purposes.

6. What tools are commonly used for designing RV32I RTL architecture?

Common tools for RV32I RTL architecture design include Verilog, VHDL, and simulation tools like ModelSim or Xilinx Vivado. These tools help to describe the hardware behavior, simulate the design, and eventually synthesize it into a physical implementation.

7. Why is RV32I widely used in embedded systems?

RV32I is popular in embedded systems due to its simplicity, low power consumption, and flexibility. The 32-bit instruction set is well-suited for embedded applications, allowing for efficient processing while maintaining a relatively small footprint in terms of both hardware resources and power consumption.

8. What are the challenges of designing RV32I at the RTL level?

Designing RV32I at the RTL level involves challenges such as ensuring proper data flow between registers, managing the control logic for different instructions, and achieving timing closure for high-performance designs. Debugging the hardware implementation and optimizing it for power efficiency and speed can also be complex tasks in RISC-V design.

9. Can I extend the RV32I ISA for custom applications?

Yes, one of the key advantages of RISC-V is its open-source nature and modular design. You can extend the RV32I ISA by adding custom instructions or creating custom hardware accelerators, tailoring it to meet the specific needs of your application, whether it's for IoT, machine learning, or other specialized domains.

10. What are the benefits of learning RISC-V ISA & RV32I RTL architecture design?

Learning RISC-V ISA & RV32I RTL architecture design offers deep insights into processor architecture and hardware design. It provides you with the skills to design, implement, and optimize custom processors for a variety of applications. With the rise of RISC-V in industry, this knowledge opens up career opportunities in embedded systems, ASIC design, and custom processor development.

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