Blended VLSI Physical Design
Join Maven Silicon's Blended VLSI Physical Design course to learn physical design intricacies with a balanced mix of theory and hands-on experience.
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Course Instructor
Maven Silicon
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Course Overview
Welcome to the Blended VLSI Physical Design course – a comprehensive program covering key modules such as Physical Verification, Signal Integrity, Placement, DFT, STA, Floorplanning, Routing, Clock Tree Synthesis, Synthesis and PDKs, CMOS Devices, and Introduction to Physical Design. Delve into practical labs, tool demos, and reference materials to master the intricacies of VLSI physical design.
Course Curriculum
19 Subjects
VLSI - Physical Design -Introduction to Physical Design
1 Exercises • 8 Learning Materials
Introduction to Physical Design
Design Styles
Video
9:36
Partitioning
Video
5:12
Floor-planning
Video
5:34
placement
Video
5:34
CTS
Video
6:35
Routing
Video
4:21
Static Timing Analysis (STA)
Video
5:24
Knowledge Check : Introduction to PD
Exercise
Reference Book : Introduction to Physical Design
Introduction to Physical Design
PDF
VLSI - Physical Design -CMOS Devices and Technologies
1 Exercises • 16 Learning Materials
Introduction to CMOS
Introduction to CMOS
Video
7:41
MOS Fundamentals
MOS Fundamentals
Video
20:40
MOS IV Characteristics
MOS IV Characteristics
Video
46:43
CMOS Inverter Design
CMOS Inverter Design
Video
50:56
CMOS Design
CMOS Design_1
Video
50:43
CMOS Design_2
Video
55:13
Layouts and Stick Diagrams
What is Layout
Video
5:31
Layout of Inverter and Nand gates
Video
2:53
Lamda Based Rules
Video
3:27
Stick Diagrams
Video
5:22
Stick Diagrams Eulers Method
Video
3:27
Foundries
Foundries : Semiconductor Eco System
Video
45:16
Advancements In MOSFETs
Advancements In MOSFETs
Video
38:44
Tanner Lab Videos
PD_Tanner_Tool_video_1
Video
20:58
PD_Tannner_Tool_Video_2
Video
38:10
PD_Tanner_Tool_Video_3
Video
27:24
CMOS Lab Manual
Reference Book
Knowledge Check : CMOS
Knowledge Check : CMOS
Exercise
VLSI - Design - Design for Testability
1 Exercises • 20 Learning Materials
DFT Theory
Introduction to DFT
Video
11:15
Types of Testing
Video
8:24
Basic Testing Principles
Video
11:39
Fault Collapsing
Video
12:27
What is DFT?
Video
10:50
DFT Techniques - Ad-hoc Techniques
Video
10:15
DFT Techniques- Structured Techniques
Video
9:15
BIST & boundary Scan
Video
12:8
Introduction to BIST, LBIST & MBIST
Video
19:59
Knowledge check: DFT
Exercise
DFT Reference Book
DFT Reference Book
PDF
Tessent Shell - Introduction
Introduction to Tessent Shell
Video
3:37
System Modes
Video
3:13
TSDB
Video
5:23
DFT lab Solutions
Lab 01 : MBIST
Video
16:16
Lab 02 : DRC
Video
16:56
Lab 03 : Boundary Scan
Video
8:49
Lab 04 : Scan Chain
Video
9:23
Lab 05 : IJTAG
Video
16:40
Lab 06 : EDT
Video
10:6
DFT Lab Manual
PDF
VLSI - Physical Design -Synthesis and PDKs
2 Exercises • 24 Learning Materials
Libraries and PDKs
Process Design Kits (PDKs)
Video
10:24
NDM Libraries
Video
4:00
Library query
Video
026
Library file (.lib)
Video
1:40
Technology File (.tf)
Video
1:59
Layout Vs Frame View (lef Vs frame)
Video
3:12
Synthesis
SoC Design Flow -- Various abstraction levels
Video
4:19
What is Synthesis
Video
2:14
Synthesis Flow
Video
2:9
Knowledge Check : Synthesis and PDKs
Knowledge Check : Synthesis and PDKs
Exercise
Feedback Form - PD
Feedback Form - PD Theory & Labs
External Link
Defining Timing Constraints using SDC
Defining Timing Constraints Using SDC
Video
2:36
Why SDC is so Important
Video
3:1
Different Sections of SDC -- Header
Video
2:36
Timing Constraints -- Base Generated and Virtual Clocks
Video
5:24
System Interface Commands
Video
2:39
Design Rule Constraints
Video
1:43
Timing Constraints -- Group path Uncertainty Jitter Latency
Video
4:29
Timing Constraints -- set input delay and set output delay
Video
3:34
Clock Domain Crossing (CDC)
Video
4:42
Timing Exceptions
Video
4:45
SDC Commands Classification in Fusion Compiler
Video
2:16
Module Test : Intro to PD, CMOS , Synthesis & PDK and DFT
Module Test : Intro to PD, CMOS , Synthesis & PDK andDFT
Exercise
Reference Books
Ref: Synthesis
PDF
Ref: Libraries and PDKs
PDF
Ref: SDC
PDF
VLSI - Physical Design -Static Timing Analysis (PD)
3 Exercises • 15 Learning Materials
Timing Analysis, STA, DTA , False path and Multicycle Path
Timing Analysis, STA, DTA, FalsePath, Multicycle Path
Video
2:14:26
STA in Digital Design Flow, Inputs and Outputs of STA Tools
Video
44:18
Clocks , Different Types of clocks, Uncertainties with the Clock
Clocks , Different Types of Clocks, Uncertainties With the Clock
Video
1:25:2
Timing Parameters In STA
Timing Parameters In STA
Video
54:42
Recovery and Removal Times and PVT Corners and their effect on Cell Delays
Video
1:50:38
Setup and Hold Times
Setup and Hold Times
Video
1:21:26
Setup and Hold In Equality Equations
Video
1:21:53
What is Prime Time
What is PrimeTime
Video
1:57:38
PrimeTime Lab Manual
Video
7:34
OCV and CRPR
OCV and CRPR
Video
1:31:10
Modelling of CMOS Logic Cells
Modelling of CMOS Logic Cells
Video
1:19:9
Different Techniques to improve timing
Different Techniques to improve timing
Video
12:51
Knowledge Check : STA
Exercise
Knowledge Check : STA
Knowledge Check - STA
Exercise
Reference Book : STA
STA: reference Book
PDF
STA Assignment
STA Assignment 1
PDF
STA Assignment 2
PDF
Module Test 2 : STA, SDC, Primetime
Module Test 2 : STA, SDC, Primetime
Exercise
VLSI - Physical Design -Primetime - Tool Demo and Lab Solutions
1 Exercises • 30 Learning Materials
Primetime Tool Demo
Introduction to Primetime Tool
Video
7:4
STA Process
Video
4:59
PrimeTime in the implementation flow
Video
7:37
Timing Analysis Flow in PrimeTime
Video
4:18
How to read and interpret the timing reports (Part-1)
Video
4:39
How to read and interpret the timing reports (Part-2)
Video
11:39
How to invoke PrimeTime and use it?
Video
9:6
How to setup PT Tool with various inputs?
Video
8:37
How to write tcl scripts to automate loading the inputs and report generation?
Video
5:27
How to run various reporting commands?
Video
10:30
How to use GUI and understand histogram?
Video
5:20
PRIMETIME Lab - 1 Solutions
Task_1_Restore_a_Prime_Time_Session
Video
9:45
Task_2_ Explore_some_helpful_commands
Video
7:00
Task_3_Validate_an_Existing_Prime_Time_Session
Video
8:37
Task_4_ Execute_the_Run_Script_and_Analyze_the_run
Video
8:15
Task_5_Analyze_STA_Reports
Video
10:48
PRIMETIME Lab - 2 Solutions
Task_1_validate_constraints
Video
7:39
Task_2_Analyse_Timing_Report_for_Input_Delay_Constraint
Video
10:11
Task_3_Analyse_Timing_Report_for_Output_Delay_Constraint
Video
7:8
PRIMETIME Lab -3 Solutions
Task_1_Setup_PrimeTime_for_Lab3
Video
3:51
Task_2_Generate_Summary_Reports
Video
12:27
Task_3_Analyse_Timing_Reports_for_Setup_and_Hold
Video
12:36
Task_4_ Apply_the_Correct_Timing_Report_Switches
Video
8:4
Task_5_Identify_Half-Clock_Cycle_Paths
Video
6:50
PRIMETIME Lab - 4 Solutions
Task 1 - Get to Know the Design Clocks
Video
14:1
Task 2 - Use the GUI to Report Clock Relationships
Video
18:11
Task 3 - Use the GUI to explore detail of timing paths
Video
11:15
Task 4 - Report a false violations
Video
10:00
Task 5 - Re - execute the run script to reduce violations
Video
3:10
STA Lab Manual
PrimeTime Lab Manual
PDF
Knowledge Check : Primetime
Knowledge Checks : Primetime
Exercise
VLSI - Physical Design -Fusion Compiler (Design Planning) - Tool Demos and Lab Solutions
1 Exercises • 43 Learning Materials
Physical Design Using Fusion Compiler Lab Manual
Fusion Compiler Lab Manual
PDF
Introduction to Fusion Compiler
Introduction to Fusion Compiler
Video
8:44
Lab 1 : Using Fusion Compiler GUI (VNC Demo))
Fusion Compiler GUI VNC Demo
Video
15:9
Reading RTL and DMM
Reading RTL
Video
11:35
Design Mismatch Manager (DMM)
Video
5:36
Lab 2 : Reading RTL and DMM (VNC Demo)
Reading RTL and DMM
Video
10:35
Compile Flow
Compile flow -- compile_fusion command
Video
3:30
Seven stages of compile_fusion
Video
5:11
DFT Insertion
Video
2:32
Objects
Video
6:40
Application Options
Video
3:15
Attributes
Video
5:7
Lab 3: Compile Flow (VNC Demo)
Compile Flow VNC Demo
Video
15:00
Minimum Setup (Lab -4)
Minimum Setup - 1
Video
4:53
Minimum Setup - 2
Video
7:3
Minimum Setup - 3
Video
1:37
UPF and Auto Floorplan (Lab - 4)
Unified Power Format (UPF)
Video
2:38
Incomplete UPF Feature
Video
3:49
Minimum UPF Requirements
Video
2:33
Enable Incomplete UPF Feature
Video
2:36
Auto Floorplan
Video
5:18
Creating Voltage Areas
Video
2:50
Macro Placement
Video
2:4
Timing Setup(Lab - 4)
MCMM
Video
2:18
Creating Modes Corners and Scenarios
Video
4:44
Modes Corners and Scenario Constraints
Video
1:39
Loading Constraints
Video
4:49
Minimize Modes and Corners with Scenario analysis
Video
2:25
Reporting The Scenarios
Video
1:38
Lab 4 : Technology , UPF, Floorplan and Timing Setup (VNC Demo)
Lab4: Technology, UPF, Floorplan and Timing Setup
Video
10:12
Lab 5: Concurrent Clock and Data Optimization
Concurrent Clock and Data Optimization
Video
5:1
Clock Balance Point Delays
Video
4:36
CCD for Hold Scenarios and Sub critical paths
Video
2:40
Targeted CCD
Video
1:4
Restricting the Amount of CCD Skewing
Video
1:50
Ignoring IO Timing for Boundary Registers
Video
4:6
Useful Skews for Macros
Video
5:58
Useful Skew for Macros together with CCD Optimization
Video
2:58
Setup for CCD Optimization
Video
3:12
Lab 6: Clock Gating and ICGs
Power Optimization and ICGs
Video
4:16
Total Power Optimization
Video
4:59
Multibit Banking
Video
6:13
Self Gating
Video
7:8
Knowledge Check : Fusion compiler
Knowledge Check : Fusion compiler
Exercise
VLSI - Physical Design -Fusion Compiler (Design Implementation) - Tool Demos and Lab Solutions
1 Exercises • 19 Learning Materials
Lab 7 : Introduction to Floorplanning
Floorplanning and Powerplanning_VNC
Video
14:44
Setting Up CTS (Lab - 8a)
Implicit sink and Ignore Pins
Video
4:3
Explicit Sink Pin
Video
3:48
Explicit Ignore Pin
Video
2:10
Modes and corners for Exceptions
Video
1:8
Inter clock skew balancing
Video
1:21
With Vs Without Inter clock Balancing
Video
1:35
Preserving pre-existing cells on clock tree
Video
3:44
Non Default Rules
Video
4:22
NDRs for Root Internal and Sink nets
Video
4:36
Timing and DRC Constraints
Video
5:58
Signoff (Lab10)
Signoff
Video
5:49
ECO Flow
Video
3:7
ECO Flow In Fusion Compiler
Video
036
Timing ECOs
Video
2:24
Spare Cells
Video
053
Manual ECO Vs Automated ECOs
Video
2:12
ECO Fusion Work Flow
Video
4:16
Signoff_ECO_Flow
PDF
Knowledge Check : Signoff / ECO
Exercise
VLSI - Physical Design -Floorplanning
2 Exercises • 14 Learning Materials
Floorplanning
What is Floorplanning
Video
4:37
Die Size Estimation and Utilization
Video
2:45
Aspect Ratio
Video
4:28
Initialize Floorplanning
Video
1:52
Macros
Video
3:39
Good and Bad Floorplan
Video
3:20
Placement Blockages
Video
3:46
Guidelines for Good Floorplan
Video
1:43
Knowledge Check : Floorplan
Exercise
Reference Book : Floorplanning
Ref: FloorPlanning
PDF
Powerplanning
Powerplanning Introduction
Video
5:5
Power Network Synthesis
Video
10:40
Running PNS
Video
5:4
Power Calculations
Video
2:48
Reference Book : Powerplanning
Power Planning
PDF
Knowledge Check : Powerplanning
Knowledge Check : Powerplanning
Exercise
VLSI - Physical Design -Placement
1 Exercises • 8 Learning Materials
Placement
Introduction to Placement
Video
4:14
Placement Flow
Video
7:10
Routing Resources and Congestion
Video
4:30
Timing Vs Congestion Driven Placement
Video
5:47
Floorplan settings to reduce congestion
Video
2:26
HFNS Gate Sizing and Cloning Scan chain Reordering
Video
3:55
Knowledge Check : Placement
Exercise
Reference Book : Placement
Placement
PDF
Physical Only Cells
PDF
VLSI - Physical Design -Clock Tree Synthesis
1 Exercises • 7 Learning Materials
Clock Tree Synthesis
Clock Tree Synthesis - Concept
Video
2:50
Pre-CTS
Video
3:13
What is Clock
Video
2:20
What is Clock Tree Synthesis
Video
2:6
Skew Groups
Video
2:26
CTS Cell Selection
Video
6:26
Knowledge Check : Clock Tree Synthesis
Exercise
Reference Book : CTS
Reference Book : CTS
PDF
VLSI - Physical Design -Routing
2 Exercises • 4 Learning Materials
Routing
Routing
Video
2:16
Routing Flow
Video
3:37
Metal Layer Stacks
Video
1:57
Knowledge Check: routing
Exercise
Reference Book : Routing
Routing
PDF
Module Test 3: Floorplanning, Powerplanning, Placement, CTS, Routing
Module test 3: Floorplanning, Powerplan, Placement, CTS, Routing
Exercise
VLSI - Physical Design -Signal Integrity and Crosstalk
1 Exercises • 3 Learning Materials
Signal Integrity and Crosstalk
Signal Integrity
Video
3:47
Crosstalk
Video
9:40
Knowledge Check : Signal Integrity and Crosstalk
Exercise
Reference Book : Signal Integrity and Crosstalk
Ref : SI and CT
PDF
VLSI - Physical Design -Physical Verification
2 Exercises • 19 Learning Materials
Physical Verification DRC and LVS
PD_Physical_Verification_DRC_and_LVS
Video
48:33
PD_Physical_Verification_Calibre_tool_Introduction
Video
1:6:7
PERC
Introduction to Calibre PERC
Video
44:38
PERC: Nets, Paths
Video
48:42
Calibre PERC - Net Coding Basics
Video
25:51
Knowledge Check
Knowledge Check - Physical Verification
Exercise
Physical Verification Labs
Physical Verification Using Calibre Tool Lab Manual
PDF
Introduction to Calibre GUI
Video
1:6:7
Calibre - Lab 1
Video
32:48
Calibre - lab 2
Video
23:4
Calibre - Lab 3 & 4
Video
18:13
Calibre tool Demo Videos
physical_verification
Video
5:30
Design_Rules
Video
12:56
calibre_drc_flow
Video
5:4
How to solve DRC Using Calibre nmdrc tool
Video
5:27
Layout Versus Schematic
Video
6:1
calibre nmlvs flow
Video
11:46
Reference Books : Physical Verification
Physical Verification : DRC & LVS
PDF
Reference Book : Calibre PERC
PDF
Feedback Form - PD Theory & Labs
Feedback Form - PD Theory & Labs
External Link
Module test 4 : SI & CT, Signoff, ECO and Physical Verification
Module test 4 : SI & CT, Signoff, ECO and Physical Verification
Exercise
VLSI - Physical Design -RISC-V PD Implementation - Project
10 Learning Materials
Router Mini Project PD Implementation Using Fusion Compiler
Router - Physical Design Implementation Using Fusion Compiler
PDF
RISC-V Design Specification
RISC- V IP Physical Design Implementation Using DC and ICC2
PDF
RISC-V QRG
PDF
RISC-V Implementation Using DC ICCII Flow
Video
3:32
Synthesis tcl script
Video
5:48
Synthesis Using DC - Running Script and Viewing Schematic
Video
2:24
Analysing area timing and Power reports
Video
2:1
Design setup and Floorplanning
Video
9:31
Power Planning
Video
4:7
Placement_CTS_Routing
Video
7:30
Practice Questions- PD
1 Exercises • 18 Learning Materials
Practice Questions - PD
Submit your solution for PD MASS question
Assignment
PD_MASS_Question - September 2024
PDF
PD_MASS_Question - August 2024
PDF
PD_MASS_Question - July 2024
PDF
PD_MASS_Question_Apr_2024
PDF
PD_MASS_Question_Mar_2024
PDF
PD_MASS_Question_Feb_2024
PDF
PD_MASS_Question_Jan_2024
PDF
PD_MASS_Question_December_2023
PDF
PD_MASS_Question_November_2023
PDF
PD_MASS_Question_October_2023
PDF
PD_MASS_Question_Sep_2023
PDF
PD_MASS_Question_Aug_2023
PDF
PD_MASS_Question_July_2023
PDF
PD_MASS_Question_June_2023
PDF
PD_MASS_Question_May_2023
PDF
PD_MASS_Question_April_2023
PDF
PD_MASS_Question_March_2023
PDF
PD_MASS_Question_Feb_2023
PDF
Frequently Asked Interview Questions- PD
17 Learning Materials
Sample Interview Questions - PD
Sample Interview Questions - July to September 2024
PDF
Sample Interview Question - Apr to June 2024
PDF
Sample Interview Questions -Jan to March 2024
PDF
Sample Interview Questions -Oct to Dec 2023
PDF
Sample Interview Questions - July to Sept 2023
PDF
Sample Interview Questions-April to June 2023
PDF
Sample Interview Questions-Jan to March 2023
PDF
VLSI - Physical Design - Tcl
3 Learning Materials
Introduction to Tcl
Introduction to Tcl-1
PDF
Introduction to TCL-2
PDF
Tcl Manual
Tcl manual
PDF
SystemVerilog For RTL Design
12 Learning Materials
SV for RTL Design
Introduction_to_SV_for_design
Video
3:47
Data_types
Video
19:53
Operators
Video
11:54
Procedural_blocks
Video
12:34
Procedural_statements
Video
16:9
Feedback Form
External Link
Tasks and Functions
Video
15:46
Packages
Video
6:38
Arrays
Video
13:35
Interfaces
Video
23:2
Case Study
Case study
Video
6:57
Feedback Form - Overall Experience
Feedback Form - Overall Experience
External Link
Course Instructor
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Maven Silicon
262 Courses • 326048 Students
Ratings & Reviews
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FAQ's
1. What is covered in a physical verification in VLSI course?
A physical verification in VLSI course covers topics like design rule checking (DRC), layout versus schematic checking (LVS), and electrical rule checking (ERC). The course also includes hands-on experience with tools to ensure the design meets the fabrication process requirements and operates correctly at the physical level.
2. What is taught in a physical design flow in VLSI course?
A physical design flow in VLSI course focuses on the step-by-step process of designing an integrated circuit, including floorplanning, placement, routing, and optimization. Students learn how to apply industry tools to implement these steps effectively while ensuring that the final design meets power, area, and performance specifications.
3. What can I expect in a VLSI physical design course?
A VLSI physical design course provides in-depth knowledge of the design process, covering topics like layout design, routing, timing analysis, and power optimization. The course includes hands-on training using industry-standard tools to develop the skills needed to create efficient physical designs.
4. What is included in VLSI physical design training?
VLSI physical design training involves learning how to design the physical layout of a chip using specialized tools. It includes training on layout design, placement, routing, and optimizing designs for performance and manufacturability. Practical experience with real-world projects is often a key part of the training.
5. What should I expect from a VLSI physical design online course?
A VLSI physical design online course offers flexibility for students to learn at their own pace. It covers key topics like design rules, layout optimization, and routing. The course also provides virtual labs and projects to help students apply their knowledge using professional tools and techniques.
6. What topics are covered in a physical design VLSI course?
A physical design VLSI course focuses on the process of transforming a logical design into a physical layout. Topics include floorplanning, placement, routing, signal integrity, and power optimization. Students also learn how to use design tools to ensure their designs meet industry standards.
7. What is VLSI physical design online training like?
VLSI physical design online training provides a comprehensive learning experience, including video lectures, hands-on exercises, and project work. Students gain skills in layout design, timing analysis, and routing using industry-standard tools, all while learning remotely at their own pace.
8. What does a VLSI physical design course teach you?
A VLSI physical design course teaches how to create the physical layout of integrated circuits. The course covers topics like placement, routing, timing analysis, and power optimization, with hands-on experience in using tools to ensure the designs meet performance and manufacturing requirements.
9. What are the career opportunities after completing a VLSI physical design course?
After completing a VLSI physical design course, students can pursue careers as physical design engineers, layout engineers, and chip designers in semiconductor companies. The course equips individuals with the skills needed for roles focused on designing and optimizing integrated circuit layouts, ensuring performance, power, and area requirements are met.
10. What is covered in a physical design course in VLSI?
A physical design course in VLSI covers the design process of creating an integrated circuit layout, including floorplanning, placement, routing, and power optimization. The course focuses on both theoretical concepts and practical applications using industry tools to prepare students for real-world VLSI design tasks.
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