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    VLSI Designing In Nano Scientific Research Centre

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    Description for "VLSI Designing In Nano Scientific Research Centre"

    ADVANCE DIGITAL ELECTRONICS

    Introduction to VLSI
    ASIC Design Flow
    Logic Gates
    Number Systems and Code Conversions
    K-maps
    Combinational Logic Circuits
    Sequential Logic Circuits
    Flip-Flops
    Counters
    Registers
    Finite State Machine
    Memory Organizations
    Programmable Logic Devices (FPGA s)
    LINUX
    Introduction to Linux OS
    Basics of Linux commands
    Basics of Shell scripting
    Basics of Perl scripting
    VERILOG HDL
    Introduction to Verilog HDL
    Modeling Concepts
    Gate Level Modeling
    Data Flow Modeling
    Behavioural Modeling
    Structural Modeling
    Switch Level Modeling
    Data Types
    Operators
    Procedure and Flow Of Control Statement
    Designing of Combinational Circuits
    Designing of Sequential Circuits
    FSM Design Modeling
    Designing of Memories
    Writing Testbench using Verilog
    Task and Functions
    System Tasks
    Compiler Directives
    Advance Nets in Verilog
    Bus Functional Modeling
    Verilog Based Assertions
    Code Coverage.
    SYSTEM VERILOG
    Introduction to Verification Plan
    Introduction to System Verilog
    Data types
    Procedural & Flow Control Statements
    Semaphores
    Events
    Virtual Interfaces
    Assertions
    Arrays
    Task And Functions
    Interfaces and Clocking Block
    Program Blocks
    Fork Join Statements
    OOPS Concepts
    Randomization and Constraints
    Mailboxes
    Functional Coverage
    Packages
    Writing Testbench in System Verilog
    Project supported based on Methodology
    Introduction to Methodology UVM
    EDA TOOLS
    QuestaSim
    Modelsim
    Xilinx ISE
    PHYSICAL DESIGN
    Trends And Challenges In VLSI
    ASIC Flow
    Introduction of Transistors
    Introduction of CMOS Technology
    Stick Diagrams
    Lambda Rules
    Layouts
    STA (STATIC TIMING ANALYSIS)
    Fundamentals of Delay calculations (wire modeling).
    Setup/Hold Time definitions & Slack Calculations.
    Different Timing Path Analysis.
    Analysis & approach to minimize the timing violations.
    STA Constraint development.
    PLACE & ROUTE
    Floor Planning
    I/O Ring & Power Grid Planning
    Placement Methodologies
    CTS(Clock Tree Synthesis)
    Routing & Timing Optimization
    DFT (DESIGN FOR TESTABILITY)
    Fault Models
    ATPG Algorithms
    At-Speed Testing
    IDDQ Testing & Memory BIST
    I/O Testing
    Pattern Generation
    ARCHITECTURE
    SOC Bus Structure
    SOC Processor Architecture
    SOC peripherals
    LOGIC DESIGN
    FSM Design & FIFO Design
    Handshaking Protocol s
    Math Function Implementation
    Reset Design
    Clock Management
    EDA TOOLS
    Micro Wind Layout
    DSCH Schematics
    H-Spice & Spice Language(optional)

     

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