Overview
A solid understanding of the VLSI Design and solution techniques provide students a boost when they work as industrial designer so that they will be able to identify the key problem points and focus his creative attention. Very-Large-Scale Integration (VLSI) is the process of creating Integrated Circuits by combining thousands of transistors into a single chip.
Course Details
Day 1:
Session 1: Presentation on Recent Trends In IC Fabrication Industry
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Introduction To VLSI
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Why We Need VLSI
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Where VLSI?
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Evolution In VLSI
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Area Of Applications
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DATA Flow in Chip Designing Process
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Introduction to Designing Of Chip
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Introduction to Verification of Chip.
Session 2: Introduction to HDL
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What Is HDL
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Need Of HDL
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Introduction To Verilog HDL
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Introduction to ModelSim
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My First Verilog Program
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Code Designing
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Design Verification and Simulation
Session 3: Project Application Explanation & Hands-On Experiments
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Modules and Ports
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Gate Level Modeling
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Data Flow Modeling
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Behavioral Modeling
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Examples
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Introduction To FPGA And ASICs
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Interfacing
Day 2:
Session 4: Introduction to Adders
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Introduction to Adders
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Theory based Example
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Implementation of Ripple adder on FPGA
Session 5: Introduction to BCD
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Introduction to BCD
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Basics of Seven Segment Decoder
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Pin Description of IC4774
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Implementation of BCD To Seven Segment Decoder On FPGA
Session 6: Introduction to Shift Register
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Introduction to Shift Register
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Few Examples
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Implementation of 8 Bit Shift Register On FPGA
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