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VLSI Basic Training Syllabus

  • INTEGRATED CIRCUIT
    • Introduction of IC Design
    • Analog and digital ICs
    • Different size of ICs
    • IC classification
    • Moor’s Law
    • Different Methodologies for IC Design
  • VLSI TECHNOLOGY (FRONT END AND BACK END)
    • VLSI technology
    • FPGA design
    • CPLD design
    • ASIC design
    • Difference between FPGA and CPLD
    • Applications of VLSI
    • Fabrication Flows and Fundamentals
    • Front End Flow Chart
    • Basic Digital Design
    • Combinational circuits
    • Sequential circuits
  • INTRODUCTION TO VHDL
    • VHDL
    • History of VHDL
    • Libraries, Standard packages
    • Software introduction
    • VHDL Overview and Concepts
    • Levels of Abstraction
    • Concurrent and sequential statements
    • VHDL Features
    • Advantages of VHDL
  • BASICS OF VHDL
    • Entity declaration
    • Architecture body
    • Data Types and declaration
    • Enumerated Data Types
    • Relational Operators
    • Logical Operators
    • Arithmetic Operators
    • Signal and Variables, Constants
  • DATA FLOW MODELING
    • Direct statement
    • When else statement
    • With signal select statement
    • Unaffected statement
  • BEHAVIORAL MODELING
    • Process Statement
    • Wait statement
    • If-then-else statement
    • Report statement
    • Assertion statement
    • Null statement
    • Case statement
  • STRUCTURAL MODELING
    • Component declarations
    • Component installations
    • Positional Mapping
    • Named Mapping
  • MIXED MODELING
    • Combination of Concurrent and sequentialstatement
  • PROJECT DESCRIPTION
  • PROJECT IMPLEMENTAION