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VLSI & ASIC Design

VLSI or very large scale integration is a process by which integrated circuits are made by juxtaposing thousands of different transistors on to one single chip. A microprocessor is a befitting example of a VLSI device.ASIC, on the other hand, refers to application specific integrated circuit. It includes the making of those ICs that has been designed for very specific purposes with the desired needs in mind. In our lectures, we are going to talk of some of the most diverse details that can help people in learning the core details of these technologies.We have basic lectures for setting the foundation in the field of VLSI technology. Once you have a basic overlay, we are then going to work upon the higher and the advanced concepts like the verification of the design, establishing the communication, low power VLSI and more. Our online lectures are split into a series of different videos. As the videos are segregated under different topics, it becomes a lot easier to understand the matter and assimilate the meaning.By going through these online videos, you will be able to get a clear and better understanding of how this whole technology operates.

Showing 20 of 13 courses
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Advanced VLSI Design
IIT Bombay via NPTEL

CMOS VLSI Design for Power and Speed consideration :Historical Perspective and Future Trends in CMOS VLSI Circuit and System Design - Logical Effort - A way of Designing Fast
  • FREE
  • Self Paced
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CMOS Mixed Signal VLSI Design
IIT Bombay via NPTEL

Introduction to CAD tools and Technology and modern network synthesis theory - Ultra Dynamic Voltage Scaling : Error Resiliency, Power dissipation and Reliability - Design of
  • FREE
  • Self Paced
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VLSI Devices : Modeling and Simulation
Other

Capacitance Voltage characteristics , threshold voltage - Flat-Band voltage - Gate oxide charges, interface states, streching of C-V plots - Transport through gate oxide, MOSF
  • FREE
  • Self Paced
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Digital VLSI System Design
IIT Madras via NPTEL

Introduction to VLSI Design - Combinational Circuit Design - Programmable Logic Devices - Programmable Array Logic - Review of Flip-Flops - Sequentional Circuits - Sequentiona
  • FREE
  • Self Paced
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Design Verification and Test of Digital VLSI Circuit
IIT Guwahati via NPTEL

Contents: Introduction : Introduction to Digital VLSI Design Flow - High Level Design Representation - Transformations for High Level Synthesis - Scheduling, Allocation and B
  • FREE
  • Self Paced
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VLSI Technology I
IIT Kharagpur via NPTEL

Contents: Introduction to VLSI - Design and Technology Overview of VLSI - Yield and cost Estimation of VLSI Chips - Defects, Contamination & Clean Room Requirements - Wafer C
  • FREE
  • Self Paced
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Analog VLSI and CAD
IIT Kharagpur via NPTEL

  • FREE
  • Self Paced
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VLSI Broadband Communication Circuits
IIT Madras via NPTEL

Contents: Introduction to broadband digital communication,Introduction to broadband digital communication,Serializers and deserializers,Forgot to hit "record"!,CMOS logic, si
  • FREE
  • Self Paced
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VLSI Device Modeling(Circuits and Systems)
IIT Kharagpur via NPTEL

Contents: Introduction and Historical Background - VLSI Classification - Review of Bipolar & MOS Transistor Structure - Isolation Techniques in Advanced VLSI - Bipolar IC Fab
  • FREE
  • Self Paced
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VLSI Data Conversion Circuits
IIT Madras via NPTEL

This course covers the analysis and design of CMOS Analog-to-Digital and Digital-to-Analog Converters,with about 7 design assigments. The syllabus is as follows : (i) Intro
  • FREE
  • Self Paced
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Low Power VLSI Circuits and Systems
IIT Kharagpur via NPTEL

Basics of MOS circuits: MOS Transistor structure and device modeling MOS Inverters MOS Combinational Circuits - Different Logic Families Sources of Power dissipation: Dy
  • FREE
  • Self Paced
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VLSI Technology
IIT Madras via NPTEL

Introduction - BJT Fabrication - MOSFET Fabrication for IC - Crystal Structure of Si-Defects in Crystal + Crystal growth - Vapour phase Epitaxy - Doping during Epitaxy-Molecul
  • FREE
  • Self Paced
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VLSI Circuits
IIT Madras via NPTEL

Introduction to VLSI Circuits - Combinational Circuit Design - Programmable Array Logic - Review of Flip - Flops - Sequentional Circuits - MSI Implementation of Sequential Cir
  • FREE
  • Self Paced