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VERILOG HDL training is an essential course to start career in VLSI design. Verilog HDL is an IEEE standard hardware description language used for the designing of digital integrated circuits. Participants learning Verilog HDL programming gains the understanding of VLSI and concepts required for advanced digital design. How to build logic using combinational and sequential devices is covered under the training. The training lays emphasis on synthesis and simulation constructs of Verilog HDL. Moreover, the trainees will learn the techniques to use ModelSIM and Xilinx.

After completing Verilog HDL training, the learners will be able to:

  • Elucidate the significance and process of VLSI
  • Use advanced digital design components to build a logical design
  • Work with data types, looping, level of abstraction, and different types of programing in Verilog HDL
  • Learn compiler directives and CMOS gate modeling
  • Write reusable code for synthesis of Verilog
Target audience
  • Final year engineering and IT graduate students
  • Professionals switching to VLSI design domain

Candidates having background of digital system designing and any programming language experience can undergo this training.

Module 1: Introduction to VLSI

Module 2: Advanced Digital Design

1. Combination Device

  • Adders
  • Subtractor
  • Mux/Demux
  • Encoder/Decoder
  • Parity checker/generator

2. Sequential Device

  • Flip Flops
  • Latchs
  • Register Application
    • Shifters
    • Counters
  • Memory
    • RAM
    • SRAM
    • ROM

3. Logic Implementation

  • Using FSM
  • Logic Mapping

Module 3: Verilog HDL

1. Introduction HDL's

  • Introduction to HDL's (Verilog)
  • Introduction to Design Levels

2. Data Types

  • Pre-defined Data Types
  • User Defined Data Type
  • Data Conversion

3. Levels of abstraction

4. Primitive Programming

  • Introduction to Primitive Programming
  • Module, Ports types Declaration
  • Identifiers
  • Primitives List
  • Use of Primitive

5. Data Flow Programming

  • Introduction to Data Flow Programming
  • Operators
  • Use of Operators
  • When Statements , Data Flow designing

6. Behavioral Programming

  • Introduction to Behavioral Programming
  • Always Block
  • Blocking and Non-blocking statements
  • Control statements
  • If -else statements
  • Case Statement

7. State Machine designing

11. Memory Designing

  • RAM Designing
  • ROM Designing

8. Function & TASK

9. System Tasks

10. Behavioral Modeling

  • Interfacing method

11. Verification

  • Delay Model
  • Initial Block
  • Fork -Join
  • Test Bench
  • Timing checks
  • Assertion based verification

12. Looping

  • For
  • While
  • Repeat
  • Forever
  • Wait

13. UDP

14. Compiler Directives

15. CMOS Gate Modeling

Module 4: Synthesis of Verilog

  • Code for synthesis
  • Writing reusable code

Module 5: Project Software Package

  • ModelSIM
  • Xilinx

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