Online Winter Training Offer - Learn the HIGH VALUE combo courses!

Twenty19

Login or Create Your Twenty19 Account


New to Twenty19? No Worries. Register for free!

VLSI System Design

Rs 3499 Flash sale

90%

21 Reviews

This course is about Basic concepts of VLSI System Design. With this course you will explore on-site concepts applied in VLSI industry. The course will also develop an analytical approach to tackle technical challenges while Designing a Chip. Students having Basic Knowledge of Electrical and Electronics and are keen to learn about VLSI and Chip World can learn this course.

  • Learn Anytime/Anywhere
  • Clear your doubts
  • Project Based
  • Get Certificate

Buy "VLSI System Design"

Rs 3499 Have a Coupon Code ? Click 'Pay Online' & login to apply coupon code

pay online

or

Pay by DD/Cheque

Call us on 09962033243 in case of any difficulties.

  • Step 1 Buy this course by making an online or an offline payment

  • Step 2 Access the course anytime, anywhere, learn, practice, evaluate, clear your doubts & track your progress

  • Step 3 Complete the course & get Twenty19 Certificate

Buy & Start Training or Free Demo

1961 views
New Training
  1. Chapter 1

  2. Chapter 2

  3. Chapter 3

    • 3.1 - SpecificationsToCHIP
    • 3.2 - Chip Dimension And Intro To Preplaced Cells
    • 3.3 - Pre Placed Cells Concluded
    • 3.4 - Decoupling Capacitors And Power Plan
    • 3.5 - Example For Netlist And Pin Placement
    • 3.6 - Pin Placement And Intro To PNR
    • 3.7 - Example Continued For PNR
    • 3.8 - Placement And Optimize Placement
    • 3.9 - Optimize Placement Continued
    • 3.10 - Optimize Placement Concluded
    • 3.11 - STA ideal clocks
    • 3.12 - STA ideal clocks with Setup Time
    • 3.13 - STA ideal clocks with Example
    • 3.14 - STA ideal multiple clocks
    • 3.15 - STA ideal multiple clocks with example
    • 3.16 - STA Data slew check
    • 3.17 - STA Data slew check example
    • 3.18 - ClockTreeSyntehsis HTree
  4. Chapter 4

    • 4.1 - Introduction to Clock Tree
    • 4.2 - Skew Pulse Width Quality Checks
    • 4.3 - Duty Cycle Latency Quality Checks
    • 4.4 - Latenct Power Quality Check
    • 4.5 - Power Quality Check
    • 4.6 - Power Crosstalk Quality Check
    • 4.7 - Delta Delay Quality Check
    • 4.8 - Glitch Quality Check
  5. Chapter 5

    • 5.1 - HTree Skew Check
    • 5.2 - HTree Pulse Width Duty Cycle Check
    • 5.3 - Htree Latency Power Check
  6. Chapter 6

    • 6.1 - Clock tree Modelling
    • 6.2 - Clock Tree Buffering
    • 6.3 - Clock Tree Building
    • 6.4 - Clock Tree Observations
  7. Chapter 7

    • 7.1 - HTree Buffering Observations
    • 7.2 - HTree Skew Check
    • 7.3 - HTree Pulse Width Check Regular And Clock Buffer
    • 7.4 - Inverter Resistance Difference
    • 7.5 - Inverter Resistance Match Solution
    • 7.6 - HTree CBUF Pulse Width Check MET
    • 7.7 - Duty Cycle Latency Power check Intro
    • 7.8 - Dynamic Short Circuit Power Revisited
    • 7.9 - Leakage Power Revisit
  8. Chapter 8

    • 8.1 - Optimization CheckList
    • 8.2 - Short Circuit current Revisited
    • 8.3 - Leakage Current Revisited
    • 8.4 - Clock Tree Optimized
    • 8.5 - Optimized Clock Tree Power Latency Check
  9. Chapter 9

    • 9.1 - Clock Tree Uneven Clk End Points Spread
    • 9.2 - Logical To Physical Connection
    • 9.3 - Uneven clock Endpoints HTree CheckList
    • 9.4 - Advanced HTree Million Flops
  10. Chapter 10

    • 10.1 - Power Aware CTS Intro To Gates
    • 10.2 - Delay Table Usage 1
    • 10.3 - Delay Table Usage 2
    • 10.4 - Clock Gating Using AND Gate and Skew Cal
    • 10.5 - Skew Issue Solution
    • 10.6 - OR AND simultaneous clock gating technique
    • 10.7 - NAND gates as clock gating cells
    • 10.8 - Clock Gating Technique on Real Chip
  11. Chapter 11

    • 11.1 - Setup timing Analysis Real Clocks
    • 11.2 - Intro To Data Arrival And Required Time
    • 11.3 - Setup Timing Degrade by unbalanced Skew
    • 11.4 - Hold Timing Analysis Real Clocks
    • 11.5 - Hold Timing Degrade by unbalanced Skew
    • 11.6 - Summary
    • Mega QUIZ
  • About this Training

    This course will cover end-to-end description from basic Device Physics to Chip Design as we know Clock Tree Networks are Pillars and Columns of a Chip. You will learn about concepts of Industrial VLSI circuits, Clock Tree Synthesis Quality Checks, H-Tree and much more.

  • Project in this Training

    You will do a project in which you need to solve a Circuit and analyse the results. And finally suggest the better circuit solution for improved Chip performance.

  • Clear your Doubts

    You can ask all the questions in 'Clarify your Doubts' forum anytime, course experts will answer all your questions.

  • Get Certificate

    Receive an E-certificate from us once you complete the course. You can Download the Certificate from your Twenty19 account and also showcase it to your friends and family.

VLSI System Design

asked by VineethM

the depletion region will form to a certain extent after that negative charges will be attracted towards gate from n+ substrate to compensate the positive voltage from gate.

answered by saichaitanya, 5 months ago. [ 2nd - Jul, 2017 ]

VLSI System Design

asked by VineethM

No Answers yet

Microprocessors

asked by VineethM

No Answers yet

vlsi system design

asked by tenzintashi

For digital VLSI design using Verilog or VHDL we use Xilinx software.

answered by NAVNEETKISHAN, [ Jul, 2016 ]

what is a flip flop?

asked by mayureshdugade

A flip-flop is a binary storage device.It can store one bit of information. It is an edge triggered device as it works only when clock is having transition from high level to low level or vice versa.

answered by NAVNEETKISHAN, [ Jul, 2016 ]

Clock transition and Capacitance

asked by biplabRoy

No Answers yet

lecture 6.3

asked by biplabRoy

No Answers yet

Latency And buffers

asked by biplabRoy

No Answers yet

VLSI quiz doubt

asked by mayureshdugade

No Answers yet

Switching power

asked by NehaSharma

No Answers yet

Can I download the videos & learn?

You can re-watch the videos as many times you wish but we do not allow downloading on our platform as we keep track of your progress in regards to the course you learn.

What is special about Twenty19 courses?

Twenty19 Training are fun to learn and they are structured to be easily understood by anyone.The courses are developed with College students in mind.So courses will have a lot of real world examples and Twenty19 courses are easy to take up and earn a certificate.

If I have any doubt while learning, How can I clear my doubts?

You can raise your doubt in Clear your doubts forum anytime, training experts will answer all your questions. You can also reach us at +91 9962033243 (give us a missed call), send an SMS or drop an email to trainins@twenty19.com, one of our team member will call you to support.

Is it safe to use my debit/credit card for making the payment?

No doubt, Your transaction is always safe and secure with Twenty19.

Do I get a certificate of completion?

Yes!! you will receive an E-certificate from us once you complete the training. You can include this is in your Resume to get placed better.

How will I receive the certificate?

Twenty19 certificates will be emailed to your Twenty19 registered Email ID .The very next day of your training completion you will be receiving the certificate.You can download and print your certificate.

Have Questions? Get in touch with us

Call
+91 9962033243

Email
trainings@twenty19.com

This is a Free Demo for "VLSI System Design" Course

Experience this course with few video lessons rightaway!

Start Learning

Live Trainings Feed

Latest Questions in Forum

Suggest a new Training

Teach

Are you an expert in your industry & are passionate about teaching? Join us!

create a training


This feature is not available during Free Demo. Purchase the course to access

Purchase "VLSI System Design"


Buy & Start Learning

Send me amazing internships by email

Confirmation email has been sent to your email address. Please click on "Confirm to get Internship alerts" button in the email.
Please provide a valid email address.
There were some issues. Please try again later.

Close