Agenda :

• Design Verilog HDL of 4-bit binary counter
• Test bench creation & simulation
• Perform synthesis & report readings
• Focus on constraints to obtain optimum gate level netlist
• Perform Physical design flow & Physical verification (DRC/LVS)
• Final GDSII file generation

Tools used :

Cadence Incisive/Xcelium
Cadence Genus
Cadence Innovus
Cadence PVS

Agenda :

• Introduction to Custom IC Design Flow
• MOSFET Characteristics
• Voltage Transfer Characteristics of CMOS Inverter
• Schematic capture using the Virtuoso schematic editor
• Creating layouts using the Virtuoso layout editor
• Physical verification & parasitic extraction using assura/pvs
• Post layout simulation (back annotation)
• GDSII generation (Tape out)

Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor
Assura/PVS

Agenda :

• Design a Verilog HDL of Arithmetic & Logic Unit
• Test bench creation & Simulation
• Perform synthesis & report readings
• Focus on constraints to obtain optimum gate level netlist
• Perform Physical design flow & Physical verification (DRC/LVS)
• Final GDSII file generation

Tools used :

Cadence Incisive/Xcelium
Cadence Genus
Cadence Innovus
Cadence PVS

Agenda :

• NMOS Transistor as an Amplifier
• Design of Single Stage Common Source Amplifier with PMOS Current Mirror
• Schematic capture using Virtuoso schematic editor
• Transient, DC & AC analysis of the design using spectre simulator
• Creating layouts using the Virtuoso layout editor
• Physical verification & parasitic extraction using Assura/pvs
• Post layout simulation (back annotation)

Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor
Assura/PVS

Agenda :

• Design a Verilog HDL of UART
• Test bench creation & Simulation
• Perform Synthesis & report readings
• Focus on constraints to obtain optimum gate level netlist
• Perform Physical Design flow & Physical Verification (DRC/LVS)
• Final GDSII file generation

Tools used :

Cadence Incisive/Xcelium
Cadence Genus
Cadence Innovus
Cadence PVS

Agenda :

• Design of Two Input CMOS NAND Gate
• Schematic capture using Virtuoso schematic editor
• Transient DC & AC analysis of the design using Spectre simulator.
• Creating Layout using virtuoso layout editor.
• Physical verification & parasitic extraction using Assura/pvs.
• Post layout simulation (back annotation).

Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor

Agenda :

• Design of single-bit Full Adder
• Schematic capture using the Virtuoso schematic editor
• Transient DC & AC analysis of the design using Spectre simulator.
• Creating Layout using virtuoso layout editor.
• Physical verification & parasitic extraction using Assura/pvs.
• Post layout simulation (back annotation).
• Design a Verilog HDL of Full Adder
• Test bench creation & simulation
• Perform synthesis & report readings
• Focus on constraints to obtain optimum gate level netlist
• Perform Physical design flow & Physical verification (DRC/LVS)
• Final GDSII file generation

Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor
NcSim/Xcelium
Genus
Innovus
PVS

Agenda :

• Design of Differential Amplifier
• Schematic capture using the Virtuoso schematic editor
• Transient AC analysis of the design using spectre simulator
• Creating layouts using the Virtuoso layout editor
• Physical verification & parasitic extraction using assura/pvs
• Post layout simulation (back annotation)

Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor

Agenda :

• Design a Verilog HDL of Sequence Detector
• Test bench creation & Simulation
• Perform Synthesis & report readings
• Focus on constraints to obtain optimum gate level netlist
• Perform Physical Design flow & Physical Verification (DRC/LVS)
• Final GDSII file generation

Tools used :

Cadence Incisive/Xcelium
Cadence Genus
Cadence Innovus
Cadence PVS

Agenda :

• Design a Verilog HDL code for 4-Bit Booth Multiplier
• Test bench creation & Simulation
• Perform Synthesis & report readings
• Focus on constraints to obtain optimum gate level netlist
• Perform Physical Design flow & Physical Verification (DRC/LVS)
• Final GDSII file generation

Tools used :

Cadence Incisive/Xcelium
Cadence Genus
Cadence Innovus
Cadence PVS

Agenda :

• Schematic Capture & Simulation using Virtuoso Schematic Editor
• Creating Layout using Virtuoso Layout Editor
• Physical Verification & Parasitic Extraction
• Post layout Simulation
• GDSII generation

Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor

Agenda :

• Design a Verilog HDL code for Traffic Light Controller
• Test bench creation & Simulation
• Perform Synthesis & report readings
• Focus on constraints to obtain optimum gate level netlist
• Perform Physical Design flow & Physical Verification (DRC/LVS)
• Perform Post Layout Simulation
• Final GDSII file generation

Cadence Tools used :

Incisive/Xcelium
Genus
Conformal
Modus
Innovus
PVS

Agenda :

• Schematic Capture & Simulation using Virtuoso Schematic Editor
• Creating Layout using Virtuoso Layout Editor
• Physical Verification & Parasitic Extraction
• Post layout Simulation
• GDSII generation

Cadence Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor
Assura/PVS

Agenda :

• Design a Verilog HDL code for 4-Bit Divider
• Test bench creation & Simulation
• Perform Synthesis & report readings
• Focus on constraints to obtain optimum gate level netlist
• Perform Physical Design flow & Physical Verification (DRC/LVS)
• Final GDSII file generation

Cadence Tools used :

Incisive/Xcelium
Genus
Conformal
Modus
Innovus
PVS

Agenda :

• Schematic Capture & Simulation using Virtuoso Schematic Editor
• Creating Layout using Virtuoso Layout Editor
• Physical Verification & Parasitic Extraction
• Post layout Simulation
• GDSII generation

Cadence Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor
Assura/PVS

Agenda :

• Design a Verilog HDL code for 32-bit pipelined multiplier
• Test bench creation & Simulation
• Perform Synthesis & report readings
• Focus on constraints to obtain optimum gate level netlist
• Perform Physical Design flow & Physical Verification (DRC/LVS)
• Final GDSII file generation

Cadence Tools used :

Incisive/Xcelium
Genus
Conformal
Modus
Innovus
PVS

Credits / Reference : Washington State University, USA. EE 434: ASIC & Digital Systems

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Schematic Capture & Simulation using Virtuoso Schematic Editor
• Delay Estimation using calculator
• Creating Layout using Virtuoso Layout Editor
• Physical Verification & Parasitic Extraction
• Post layout Simulation

Cadence Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor
Assura/PVS

Credits / Reference : Washington State University, USA. EE 434: ASIC & Digital Systems & Biju Patnaik University of Technology, Rourkela, Odisha. REC6C203, 2019-2020

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design a Verilog HDL code for Vending Machine
• Test bench creation & Simulation
• Perform Synthesis & PPA reports analysis
• Focus on constraints to obtain optimum gate level netlist
• Perform Physical Design & Physical Verification (DRC/LVS)
• Timing & Power Analysis
• Post-layout simulation
• Final GDSII file generation

Cadence Tools used :

Cadence Xcelium
Genus
Conformal LEC
Innovus
Tempus
Voltus & PVS

Credits / Reference : All Rights & Credits to NIT Trichy, University of Washington & Farmingdale-state-college.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design of Differential Amplifier
• Schematic capture using virtuoso schematic editor
• Transient ac analysis of the design using spectre simulator
• Creating layout using virtuoso layout editor
• Physical verification & parasitic extraction using assura/pvs
• Post layout simulation (back annotation)

Cadence Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor

Credits / Reference : All Rights & Credits to Anna university & VTU.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design a Verilog HDL code for Booth Multiplier
• Test bench creation & Simulation
• Perform Synthesis & PPA reports analysis
• Focus on constraints to obtain optimum gate level netlist
• Perform Physical Design & Physical Verification (DRC/LVS)
• Timing & Power Analysis
• Post-layout simulation
• Final GDSII file generation

Cadence Tools used :

Cadence Xcelium
Genus, IMC, Modus DFT
Conformal LEC
Innovus, Tempus
Voltus & PVS

Credits / Reference : All Rights & Credits to PES Univeristy, NIT Trichy & IIT Kharagpur.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Discussion on available opamp design
• Schematic capture of 4-bit R2R DAC using virtuoso schematic editor
• Transient ac analysis of the design using spectre simulator
• Creating layout using virtuoso layout editor
• Physical verification & parasitic extraction using assura/pvs
• Post layout simulation (back annotation)

Cadence Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor

Credits / Reference : All Rights & Credits to Aligarh Muslim University, VTU (15 scheme).

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Schematic Capture & Simulation using Virtuoso Schematic Editor
• DC, AC & Transient analysis
• Creating Layout using Virtuoso Layout Editor
• Physical Verification & Parasitic Extraction
• Post layout Simulation

Cadence Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor
Quantus & Assura/PVS

Credits / Reference : All Rights & Credits to Anna University, Tamil Nadu.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design a Verilog HDL code for 8-bit magnitude comparator
• Test-bench creation & Simulation
• Code Coverage Analysis
• Perform Synthesis & PPA reports analysis
• DFT insertion
• Focus on constraints to obtain optimum gate level netlist
• Logic Equivalence check
• Perform Physical Design & Verification(DRC/LVS)
• Timing & Power Analysis
• Post-layout simulation & Final GDSII file generation

Cadence Tools used :

Cadence Xcelium
Genus, IMC, Modus DFT
Conformal LEC, Tempus
Voltus, Quantus & PVS

Credits / Reference : All Rights & Credits belong to @ CoE Pune, University of Calcutta & Sri Venkateshwara University-UP.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Discussion on available SRAM Cells
• Schematic capture of 6T - SRAM Cell using virtuoso schematic editor
• Transient analysis of the design using spectre simulator
• Creating layout using virtuoso layout editor
• Physical verification & parasitic extraction using Assura/PVS
• Post layout simulation (back annotation)

Cadence Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor
Voltus, Quantus & PVS

Credits / Reference : All Rights & Credits belong to VTU (2021 scheme).

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design a Verilog HDL code for Elevator Controller
• Test-bench creation & Simulation
• Code Coverage Analysis
• Perform Synthesis & PPA reports analysis
• DFT insertion
• Focus on constraints to obtain optimum gate level netlist
• Logic Equivalence check
• Perform Physical Design & Verification(DRC/LVS)
• Timing & Power Analysis
• Post-layout simulation
• Final GDSII file generation

Cadence Tools used :

Cadence Xcelium
Genus, IMC
Modus DFT, Conformal LEC
Innovus, Tempus
Voltus, Quantus & PVS

Credits / Reference : All Rights & Credits belong to Sri Venkateshwara University-UP, J.C.Bose University of Science & Technology-Faridabad & Jawaharlal Nehru Technological University-Hyderabad.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Discussion on available D-flip flop
• Schematic capture of D-flip flop using virtuoso schematic editor
• Transient analysis of the design using spectre simulator
• Creating layout using virtuoso layout editor
• Physical verification & parasitic extraction using Assura/PVS
• Post layout simulation (back annotation)

Cadence Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor

Credits / Reference : All Rights & Credits belong to IIT(ISM) Dhanbad, VTU & Anna University.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• MIPS Instruction set and Algorithm
• Architectural Exploration
• Design Verilog HDL code for MIPS
• Test bench creation and Functional Simulation
• Formal Verification (Coverage Analysis)
• Perform Synthesis and PPA reports analysis
• Focus on constraints to obtain optimum gate level netlist
• Pre and Post-Synthesis Logic Equivalence Check
• synthesis with DFT

Cadence Tools used :

Cadence Incisive/ Xcelium
IMC, Genus
Modus
Conformal LEC

Credits / Reference : All Rights & Credits belong to Centurion University, University of South Florida, Osmania University, etc.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Data Preparation for Physical Design
• Floor and Power Planning
• Placement, CTS, and Routing (APR)
• Timing and Power Analysis
• Post-layout simulation and Logic Equivalence Check
• Physical Verification, DFM and Sign-off
• Final GDSII file generation

Cadence Tools used :

Cadence Innovus
Tempus, Voltus
Quantus, PVS, Xcelium
Conformal LEC & Virtuoso

Credits / Reference : All Rights & Credits belong to CoE Pune, JNTU Anantapur, University of Utah, California State University.

Note : Experiments are being made available for educational & informational purposes only.

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Agenda :

• Sample and Hold circuit
• Opamp as Comparator
• Importing verilog code blocks into virtuoso
• R2R DAC schematic

Cadence Tools used :

Schematic capture - virtuoso schematic editor
Simulator - Spectre AMS.

Credits / Reference : All Rights & Credits belong to Anna University.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design Analysis and Verification Plan
• Write RTL code (Verilog) for MAC Unit
• Test bench creation for Functional Simulation
• Formal Verification (Coverage Analysis)
• Design Synthesis and PPA reports analysis
• Focus on SDC constraints to obtain optimum gate-level netlist
• Design for Testability (DFT)
• Pre and Post-Synthesis Logic Equivalence Check (LEC)

Cadence Tools used :

Cadence Xcelium, IMC
RTL Joules
Genus, DFT
Conformal LEC

Credits / Reference : All Rights & Credits belong to NIT Trichy, Centurion University, Punjab Technical University, National Cheng Kung University.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• MAC Unit data preparation for Physical Design
• Floor and Power Planning
• Placement, CTS, & Routing
• Timing and Power Analysis
• Post-layout simulation and Logic Equivalence Check
• Physical Verification, DFM and Sign-off
• Final GDSII file generation

Cadence Tools used :

Cadence Innovus
Quantus, Tempus
Voltus, PVS, Xcelium
Conformal LEC and Virtuoso

Credits / Reference : All Rights & Credits belong to NIT Trichy, Centurion University, Punjab Technical University, National Cheng Kung University.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design of two input CMOS NOR gate
• Schematic capture using virtuoso schematic editor
• Transient, dc and ac analysis of the design using spectre simulator
• creating layout using virtuoso layout editor
• physical verification and parasitic extraction using assura/pvs
• post layout simulation (back annotation)

Cadence Tools used :

Virtuoso Schematic Editor
Spectre Simulator
Virtuoso Layout Editor

Credits / Reference : All Rights & Credits belong to JNTU, Hyderabad.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design Analysis and Verification Plan
• Write RTL code (Verilog) for PWM Generator
• Test bench creation for Functional Simulation
• Formal Verification (Coverage Analysis)
• Design Synthesis and PPA reports analysis
• Focus on SDC constraints to obtain optimum gate-level netlist
• Design for Testability (DFT)
• Pre and Post-Synthesis Logic Equivalence Check (LEC)

Cadence Tools used :

Cadence Xcelium, IMC
RTL Joules, Genus
Modus, Conformal LEC

Credits / Reference : All Rights & Credits belong to IIT Bombay, NIT Trichy.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Introduction to ASIC Physical Design, Verification and Sign-off
• PWM Generator Design Analysis and IO Planning
• Data Preparation for Physical Design
• Floor and Power Planning
• Placement, CTS, and Routing (APR)
• Timing and Power Analysis
• Post-layout simulation and Logic Equivalence Check
• Physical Verification, DFM and Sign-off
• Final GDSII file generation

Cadence Tools used :

Cadence Innovus, Tempus
Voltus, Quantus
PVS, Xcelium
Conformal LEC & Virtuoso

Credits / Reference : All Rights & Credits belong to IIT Bombay, NIT Trichy.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Introduction and Schematic Architectures of Full adder
• Schematic Capture and Simulation using Virtuoso Schematic Editor
• Delay Estimation using calculator
• Creating Layout Using Virtuoso Layout Editor
• Physical Verification & Parasitic Extraction
• Post layout Simulation

Cadence Tools used :

Simulator - Spectre
Virtuoso Layout Editor
Schematic capture
Virtuoso Schematic Editor

Credits / Reference : All Rights & Credits belong to IIT Bombay, NIT Trichy.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design Analysis and Verification Plan
• Write RTL code (Verilog) for Serial Peripheral Interface
• Test bench creation for Functional Simulation
• Formal Verification (Coverage Analysis)
• Design Synthesis and PPA reports analysis
• Focus on SDC constraints to obtain optimum gate-level netlist
• Design for Testability (DFT)
• Pre and Post-Synthesis Logic Equivalence Check (LEC)

Cadence Tools used :

Simulator - Spectre
Virtuoso Layout Editor
Schematic capture
Virtuoso Schematic Editor

Credits / Reference : All Rights & Credits belong to IIT Bombay, NIT Trichy.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Introduction to ASIC Physical Design, Verification and Sign-off
• SPI Netlist Analysis and IO Planning
• Data Preparation for Physical Design
• Floor and Power Planning
• Placement, CTS, and Routing (APR)
• Timing and Power Analysis
• Post-layout simulation and Logic Equivalence Check
• Physical Verification, DFM and Sign-off
• Final GDSII file generation

Cadence Tools used :

Cadence Innovus, Tempus
Voltus, Quantus
PVS, Xcelium
Conformal LEC, Virtuoso

Credits / Reference : All Rights & Credits belong to Centurion University, University of South Florida, Osmania University.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design Analysis and Verification Plan
• Write RTL code (Verilog) for Mod-10 counter
• Test bench creation for Functional Simulation
• Formal Verification (Coverage Analysis)
• Verification of RTL using Jasper Gold
• Design Synthesis and PPA reports analysis
• Focus on SDC constraints to obtain optimum gate-level netlist
• Design for Testability (DFT)
• Pre and Post-Synthesis Logic Equivalence Check (LEC)

Cadence Tools used :

Cadence Incisive/ Xcelium
Jasper Gold, Genus
IMC, Modus
Conformal LEC

Credits / Reference : All Rights & Credits belong to NIT Tiruchirappalli, NIT Silchar, NIT Patna, etc.

Note : Experiments are being made available for educational & informational purposes only.

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Agenda :

• Introduction to ASIC Physical Design, Verification and Sign-off
• Mod-N(Mod-10) Counter Analysis and IO Planning
• Mod-N(Mod-10) Counter data preparation for Physical Design
• Floor and Power Planning,
• Placement, CTS, & Routing
• Timing and Power Analysis
• Post-layout simulation and Logic Equivalence Check
• Physical Verification, DFM and Sign-off
• Final GDSII file generation

Cadence Tools used :

Innovus, Quantus
Tempus, Voltus
PVS, Xcelium
Conformal LEC and Virtuoso

Credits / Reference : All Rights & Credits belong to NIT Tiruchirappalli, NIT Silchar, NIT Patna, etc.

Note : Experiments are being made available for educational & informational purposes only.

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Agenda :

• Design Analysis and Verification Plan
• Write RTL code (Verilog) for FIFO
• Testbench creation for Functional Simulation
• Coverage Analysis of Testbench
• Formal Verification of RTL using Jasper Gold
• Design Synthesis and PPA reports analysis
• Focus on SDC constraints to obtain optimum gate-level netlist
• Design for Testability (DFT)
• Pre and Post-Synthesis Logic Equivalence Check (LEC)

Cadence Tools used :

Cadence Incisive/ Xcelium
Jasper Gold, Genus
IMC, Modus
Conformal LEC

Credits / Reference : All Rights & Credits belong to NIT Tiruchirappalli, NIT Silchar, NIT Patna, etc.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Introduction to ASIC Physical Design, Verification and Sign-off
• Recap of FIFO Front-end design and Report analysis
• FIFO Netlist data preparation for Physical Design
• Sanity Checks
• Floor and Power Planning,
• Placement, CTS, & Routing
• Timing and Power Analysis
• Post-layout simulation and Logic Equivalence Check
• Physical Verification, DFM and Sign-off
• Final GDSII file generation

Cadence Tools used :

Innovus, Quantus
Tempus
Voltus, PVS, Conformal LEC
Xcelium

Credits / Reference : All Rights & Credits belong to NIT Tiruchirappalli, NIT Silchar, NIT Patna, etc.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design Analysis and Verification Plan
• Write RTL code (Verilog) for I2C
• Testbench creation for Functional Simulation
• Coverage Analysis of Testbench
• Formal Verification of RTL using Jasper Gold
• Design Synthesis and PPA reports analysis
• Focus on SDC constraints to obtain optimum gate-level netlist
• Design for Testability (DFT)
• Pre and Post-Synthesis Logic Equivalence Check (LEC)

Cadence Tools used :

Cadence Incisive/ Xcelium
IMC
Jasper Gold, Genus
Modus, Conformal LEC

Credits / Reference : All Rights & Credits belong to Centurion University Odisha, Southern Illinois University Edwardsville, etc.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Introduction to ASIC Physical Design, Verification and Sign-off
• Recap of I2C Front-end design and Report analysis
• I2C Netlist data preparation for Physical Design
• Sanity Checks
• Floor and Power Planning
• Placement, CTS, & Routing
• Timing and Power Analysis
• Post-layout simulation and Logic Equivalence Check
• Physical Verification, DFM and Sign-off
• Final GDSII file generation

Cadence Tools used :

Innovus, Quantus
Tempus, Voltus
PVS, Conformal LEC
and Xcelium

Credits / Reference : All Rights & Credits for the lab experiment belong to Centurion University Odisha, Southern Illinois University Edwardsville, etc.
"© Abhiyantha - Training Arm of Entuple Technologies Pvt. Ltd. All rights reserved. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited."

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design Analysis and Verification Plan
• Write RTL code (Verilog) for shift and add multiplier
• Testbench creation for Functional Simulation
• Coverage Analysis of Testbench
• Formal Verification of RTL using Jasper Gold
• Design Synthesis and PPA reports analysis
• Focus on SDC constraints to obtain optimum gate-level netlist
• Design for Testability (DFT)
• Pre and Post-Synthesis Logic Equivalence Check (LEC)

Cadence Tools used :

Cadence Incisive/ Xcelium,
IMC, Jasper Gold
Genus, Modus
Conformal LEC

Credits / Reference : All Rights & Credits belong to VTU.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design data preparation for Physical Design
• Floor and Power Planning
• Placement, CTS, & Routing
• Timing and Power Analysis
• Post-layout simulation
• Physical Verification and Sign-off
• Final GDSII file generation

Cadence Tools used :

Cadence Innovus,
Tempus
Voltus
PVS, Xcelium

Credits / Reference : All rights & credits for the lab experiment belong to VTU.
"© Abhiyantha - Training Arm of Entuple Technologies Pvt. Ltd. All rights reserved. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited."

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Introduction to Digital Circuit Design in VLSI
• Digital Circuit Implementation Topologies
• Overview of CMOS Logic Design
• Implementing Complex Boolean Expressions using CMOS
• Advantages and Disadvantages of CMOS Logic
• Schematic Capture – Designing the Boolean Expression in Cadence Virtuoso
• Simulation Setup – Configuring simulation parameters in ADE L
• Transient & DC Analysis – Evaluating circuit behavior and performance
• Propagation Delay Calculation – Setting up and analyzing timing parameters
• Q&A Session

Cadence Tools used :

Virtuoso Schematic Editor
TADE L (Analog Design Environment L)
Spectre Simulator

Credits / Reference : All rights & credits for the lab experiment belong to VTU 2022 Scheme.
This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Preview of Session-1
• Introduction to Euler's Path
• Stick diagram
• Layout Capture – Designing the Boolean Expression in Cadence Virtuoso
• Physical Verification –Setup and analysis of DRC and LVS using Assura
• Post Layout simulation – Evaluating circuit behavior and performance
• Propagation Delay Calculation – Setting up and analyzing timing parameters
• Q&A Session

Cadence Tools used :

Virtuoso Layout Editor
ADE L (Analog Design Environment L)
Spectre Simulator
Assura

Credits / Reference : All rights & credits for the lab experiment belong to VTU 2022 Scheme.
This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Brief overview of digital design flow in Cadence
• Importance of decoder circuits in digital systems
• Gate-level implementation overview
• Writing and applying SDC constraints for Pure combinational circuits
• Writing synthesizable Verilog code for 2-to-4 decoder
• Simulation using Xcelium/Incisive
• Running synthesis
• Viewing synthesis reports (area, timing, etc.)
• Implementation in Innovus
• Q&A

Cadence Tools used :

Xcelium/incisive
IMC, Genus
Innovus

Credits / Reference : All rights & credits for the lab experiment belong to VTU 2022 Scheme.
This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Electronics product design Cycle
• Importance PSpice model & Component footprint
• Simulation overview
• Schematic Design: Capture the electronic circuit using OrCAD X Capture.
• Predict the Behavior of Your Circuit: Simulate the design using OrCAD PSpice AD and analyze results.
• Generate the Bill of Materials (BOM): Automatically compile component details for procurement.
• Introduction to PCB and Layout Design Process: Understand the flow from schematic to board
• Route the Layout: Use OrCAD X PCB Editor to place components and route connections
• Generate Fabrication Files/Data for Layout: Prepare Gerber files and manufacturing data for PCB fabrication

Cadence Tools used :

OrCAD Capture,
PSpice AD
PCB Editor

Credits / Reference : All Rights & Credits belong to Anna University, This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note : Experiments are being made available for educational & informational purposes only.

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Agenda :

• Introduction
• Schematic Architectures of Half adder
• Basic Gates Details (Truth tables, Boolean expressions)
• Design problem-statement
• Schematic Capture of CMOS XOR and AND gates
• Transient and DC analysis of Logic gates
• Schematic and Symbol implementation of Half- Adder
• Transient and DC analysis - using spectre simulator

Cadence Tools used :

Virtuoso Schematic Editor,
Spectre Simulator

Credits / Reference : All rights & credits for the lab experiment belong to Dr. A. P. J. Abdul Kalam Technical University, Lucknow. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note : Experiments are being made available for educational & informational purposes only.

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Agenda :

• Implementation of Layout for Basic logic gates (XOR, AND, INVERTER)
• Implementation of Layout for Half Adder
• Physical Verification & Parasitic Extraction
• Post layout Simulation
• GDSII Extraction

Cadence Tools used :

Virtuoso Schematic Editor,
Virtuoso Layout Editor,
Spectre Simulator
PVS

Credits / Reference : All rights & credits for the lab experiment belong to Dr. A. P. J. Abdul Kalam Technical University, Lucknow. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Layout Capture of CMOS (PMOS and NMOS)
• Accurate Physical Representation of Circuit Functionality
• Compliance with Design Rules (DRC)
• Optimized Area Utilization

Cadence Tools used :

Virtuoso Layout Editor

Credits / Reference : All rights & credits for the lab experiment belong to Dr. A. P. J. Abdul Kalam Technical University, Lucknow. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note : Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design Analysis and Verification Plan
• Write RTL code (Verilog) for Universal Shift Register
• Test bench creation for Functional Simulation
• Coverage Analysis using IMC tool
• Formal Verification of RTL using Jasper Gold
• Design Synthesis and PPA reports analysis
• Focus on SDC constraints to obtain optimum gate-level netlist
• Design for Testability (DFT)
• Pre and Post-Synthesis Logic Equivalence Check (LEC)

Cadence Tools used: Cadence Xcelium, IMC, Jasper Gold, Genus, Modus, Conformal LEC

Credits / Reference: All rights & credits for the lab experiment belong to Anna University 2021 Regulation. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Introduction to ASIC Physical Design, Verification and Sign-off
• Universal Shift Register Netlist data preparation for Physical Design
• Sanity Checks
• Floor and Power Planning,
• Placement, CTS, & Routing
• Timing and Power Analysis
• Post-layout simulation and Logic Equivalence Check
• Physical Verification, DFM and Sign-off
• Final GDSII file generation

Cadence Tools used: Cadence Xcelium, IMC, Jasper Gold, Genus, Modus, Conformal LEC

Credits / Reference: All rights & credits for the lab experiment belong to Anna University 2021 Regulation. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Schematic Capture of CMOS INVERTER and AND gates
• Transient and DC analysis of Logic gates
• Schematic and Symbol implementation of 3:8 Decoder
• Transient and DC analysis - using spectre simulator

Credits / Reference: All rights & credits for the lab experiment belong to Dr. A. P. J. Abdul Kalam Technical University, Lucknow. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Implementation of Layout for Basic logic gates (AND, INVERTER)
• Physical Verification & Parasitic Extraction
• Post layout Simulation
• GDSII Extraction

Credits / Reference: All rights & credits for the lab experiment belong to Dr. A. P. J. Abdul Kalam Technical University, Lucknow. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Design Analysis and Verification Plan
• Write RTL code (Verilog) for 4-bit Binary to Gray Converter
• Test bench creation for Functional Simulation
• Coverage Analysis using IMC tool
• Formal Verification of RTL using Jasper Gold
• Design Synthesis and PPA reports analysis
• Focus on SDC constraints to obtain optimum gate-level netlist
• Design for Testability (DFT)
• Pre and Post-Synthesis Logic Equivalence Check (LEC)

Credits / Reference: All rights & credits for the lab experiment belong to R22 - EC605PC: CMOS VLSI Design Laboratory. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Introduction to ASIC Physical Design, Verification and Sign-off
• Recap of Front-end design and Report analysis
• Netlist data preparation for Physical Design
• Sanity Checks
• Floor and Power Planning,
• Placement & Routing
• Timing and Power Analysis
• Post-layout simulation and Logic Equivalence Check
• Physical Verification, DFM and Sign-off
• Final GDSII file generation

Credits / Reference: All rights & credits for the lab experiment belong to R22 - EC605PC: CMOS VLSI Design Laboratory. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Introduction
• Schematic Architectures of 4:1 MUX
• Basic Gates Details (Truth tables, Boolean expressions)
• Design problem-statement
• Schematic Capture of CMOS INVERTER,AND and OR gates
• Transient and DC analysis of Logic gates
• Schematic and Symbol implementation of 4:1 MUX
• Transient and DC analysis - using spectre simulator

Credits / Reference: All rights & credits for the lab experiment belong to Dr. A. P. J. Abdul Kalam Technical University, Lucknow, Pondicherry University. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

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Agenda :

• Review of schematic capture of 4:1 Multiplexer (PART-I)
• Implementation of Layout for Basic logic gates (AND, INVERTER, OR)
• Implementation of Layout for 4:1 Multiplexer
• Physical Verification & Parasitic Extraction
• Post layout Simulation
• GDSII Extraction

Credits / Reference: All rights & credits for the lab experiment belong to Dr. A. P. J. Abdul Kalam Technical University, Lucknow, Pondicherry University. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Introduction to Full Adder using 3 Modelling Styles
• Architecture and functional description of Full Adder
• Design Analysis and Verification Plan
• Write RTL code (Verilog) for Full Adder Circuit using 3 modelling styles
• Test bench creation for Functional Simulation
• Coverage Analysis using IMC tool
• Design Synthesis and PPA reports analysis
• Focus on SDC constraints to obtain optimum gate-level netlist
• Pre and Post-Synthesis Logic Equivalence Check (LEC)

Tools used: Cadence Xcelium, IMC, Genus, Conformal LEC.

Credits / Reference: All rights & credits for the lab experiment belong to JNTU Hyderabad. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Review of Part-1 : Full-Adder using three Modelling Styles
• Introduction to ASIC Physical Design, Verification and Sign-off
• Recap of Full Adder Front-end design and Report analysis
• Full Adder Netlist data preparation for Physical Design using three modeling styles
• Sanity Checks
• Floor and Power Planning,
• Placement, CTS, & Routing
• Timing and Power Analysis
• Post-layout simulation and Logic Equivalence Check
• Physical Verification, DFM and Sign-off
• Final GDSII file generation

Tools used: Innovus, Quantus, Tempus, Voltus, PVS, Conformal LEC, Xcelium.

Credits / Reference: All rights & credits for the lab experiment belong to JNTU Hyderabad. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Introduction to Encoder & Applications
• Design Analysis and Verification Plan
• Write RTL code (Verilog) for 8:3 Encoder
• Test bench creation for Functional Simulation
• Coverage Analysis using IMC tool
• Formal Verification of RTL using Jasper Gold
• Design Synthesis and PPA reports analysis
• Pre and Post-Synthesis Logic Equivalence Check (LEC)

Tools used: Cadence Xcelium, IMC, Jasper Gold, Genus, Modus, Conformal LEC.

Credits / Reference: All rights & credits for the lab experiment belong to JNTU Hyderabad. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Review of Part-1 : Introduction to 8:3 Encoder
• Introduction to ASIC Physical Design, Verification and Sign-off
• Recap of 8:3 Encoder Front-end design and Report analysis
• 8:3 Encoder netlist data preparation for Physical Design
• Sanity Checks
• Floor and Power Planning,
• Placement, CTS, & Routing
• Timing and Power Analysis
• Post-layout simulation and Logic Equivalence Check
• Final GDSII file generation

Tools used: Innovus, Quantus, Voltus, Conformal LEC, Xcelium.

Credits / Reference: All rights & credits for the lab experiment belong to JNTU Hyderabad. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Introduction to Demultiplexers and Comparators
• Design Analysis and Verification Plan
• Write RTL code (Verilog) for Demultiplexer and Comparator
• Test bench creation for Functional Simulation
• Coverage Analysis using IMC tool
• Formal Verification of RTL using Jasper Gold
• Design Synthesis and PPA reports analysis
• Pre and Post-Synthesis Logic Equivalence Check (LEC)

Tools used: Cadence Xcelium, IMC, Jasper Gold, Genus, Modus, Conformal LEC.

Credits / Reference: All rights & credits for the lab experiment belong to JNTU Hyderabad. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Introduction to Sequential Logic
• Combinational vs Sequential Circuits
• D-Latch Architecture and Operation
• Truth Table and Characteristic Equation
• CMOS Inverter and Transmission Gate
• Schematic Capture of D Latch Using Virtuoso Schematic Editor
• Schematic and Symbol Implementation of D-Latch
• Transient Analysis using Spectre Simulator
• Layout Implementation of D-Latch
• DRC and LVS Verification
• Post-Layout Simulation Analysis

Tools used: Cadence Virtuoso, Spectre, Assura and Quantus.

Credits / Reference: All rights & credits for the lab experiment belong to JNTU Hyderabad. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Review of PART-1
• Implementation of Layout for Basic logic gates (NOR, AND, INVERTER)
• Implementation of Layout for D-LATCH
• Physical Verification & Parasitic Extraction
• Post layout Simulation
• GDSII Extraction

Tools used: Virtuoso Schematic Editor, Spectre Simulator, Virtuoso Layout Editor, PVS.

Credits / Reference: All rights & credits for the lab experiment belong to JNTU Hyderabad. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Review of PART-1
• Implementation of Layout for Basic logic gates (NOR, AND, INVERTER)
• Implementation of Layout for D-LATCH
• Physical Verification & Parasitic Extraction
• Post layout Simulation
• GDSII Extraction

Tools used: Virtuoso Schematic Editor, Spectre Simulator, Virtuoso Layout Editor, PVS.

Credits / Reference: All rights & credits for the lab experiment belong to JNTU Hyderabad. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session

Agenda :

• Review of PART-1
• Implementation of the layout for Basic logic gates (2:1 MUX, AND, NOR)
• Physical Verification & Parasitic Extraction
• Post layout Simulation
• GDSII Extraction

Tools used: Virtuoso Schematic Editor, Spectre Simulator, Virtuoso Layout Editor, PVS.

Credits / Reference: All rights & credits for the lab experiment belong to JNTU Hyderabad. This course and its materials are protected by copyright law. Unauthorized reproduction or distribution is prohibited.

Note: Experiments are being made available for educational & informational purposes only.

Click here to Buy Recorded Session