The VLSI and vhdl training program
This inclusive course starts by introducing VLSI (Very Large Scale Integration). Advance digital plan concepts are delivered to construct the base for perceptive VHDL language.
VHDL training is a necessary way for captivating a jumpstart in VLSI design area. VHDL stands for VHSIC Hardware Description Language wherever VHSIC be able to be further prolonged to Very High Speed Integrated Circuit. The course defines the use of VHDL language in reason design and its code structure. Participants increase the knowledge and building skills of VHDL theories so as to can be created keen on programmable logic apparatus hardware. VHDL is broadly second-hand in electronic design computerization.
After completion of the course you will be able to:
- supervise designs by means of ModelSIM and Xilinx
- differentiate coding between primitive, data flow, behavioral and structural programming
- discover state machine and machine designing
- be taught the basic building blocks for advanced digital design
- Learn about VHDL and different design levels
- procedure of amalgamation of VHDL
- Understanding the thought of VLSI
Target audience
- Professionals switching to VLSI design domain
- Final year industrial and IT graduate students
Requirements
- Candidates having background of digital system designing.
- Any programming language experience can undergo this training.
VLSI /VHDL TRAINING
This program will involve realistic tests and industrial test which gives self-pledge to students to plain industrial dialogue and pass the certification assessment with VLSI VHDL.
This course provides an in-depth analysis into details starting from system design, dilemma attached to classification, study related requirements and others details of testing. Community wanting to have VLSI VHDL student must come to XTRUDE. XTRUDE is the best for any IT associated teaching.
INTRODUCTION TO VLSI
- What is VLSI
- SoC
- VLSI Design Flow
- ASIC
SECTION A: FUNDAMENTALS OF DIGITAL DESIGN
- FUNDAMENTALS
- Sequential Logic Design Principles
- Combinational Logic Design
SECTION B: ADVANCED DIGITAL DESIGN
- Synchronous/Asynchronous Sequential Circuits
- ASM charts
- Clock Dividers
- Synchronizers & Arbiters
- FIFO & Pipelining
- Sequence Detectors
- Finite state machine
- Mealy and Moore machine
- State reduction technique
SECTION C: VHDL
- SUBPROGRAMS
- PACKAGES
- TIMING
- CONTROL STRUCTURES
- USER DEFINED ATTRIBUTES, SPECIFICATIONS, AND CONFIGURATIONS
- VHDL OVERVIEW AND CONCEPTS
- BASIC LANGUAGE ELEMENTS
- DRIVERS
- USER DEFINED ATTRIBUTES, SPECIFICATIONS, AND CONFIGURATIONS
- ELEMENTS OF ENTITY/ARCHITECTURE
- FUNCTIONAL MODELS AND TESTBENCHES
Course Syllabus
INTRODUCTION TO VLSI & VHDL
- Scope, Use and History of VLSI.
- Introduction to Chip Design Process.
- Description of Hardware Description Languages.
- VLSI Design Flow
- Applications of VLSI
- Scope, Use and History of VHDL
- Applications of VHDL in Market and Industries
- Special Features of this Language
- Discussion of VHDL & other Languages
- Design Process and Steps
- Design Simulation
- Design Synthesis
- Design Methodology
- Top Down
- Bottom Up
- Library Declaration
- Entity
- Architecture
- Configuration
- Variables
- Constants
- Signals
- Delta Delay
- Operators in VHDL
- Shift Operator
- Relational Operator
- Arithmetic Operator
- User-Defined Data Types
- Pre-Defined Data Types
- Arrays
- Record
- Keyword description of Dataflow Modeling.
- When else statement.
- With Select Statement.
- Process Keyword.
- Conditional Statements
- If else statement
- Case statement
- Loops in VHDL
- For Loop
- While Loop
- No Iteration Scheme Loop
- Sequential Circuits in Behavioral Modeling
- Flip-FlopsCounters
- Combinational Circuits in Behavioral Modeling
- Decoder
- Encoder
- Multiplexer
- Logic Gates
- Attribute
- Signal Attribute
- Data AttributeUser-Defined Attribute
- PackagePre-defined Package
- User-defined Package
- Sub programsFunction
- Local FunctionPre-defined Function
- Local ProcedurePre-defined Procedure
- NULL Statement
- NEXT Statement
- EXIT Statement
- MEMORY DESIGN – RAM / ROM
- CLOCK DIVIDER RTL
- Benefits of Structural Modeling
- Component
- Component Interfacing
- Port Mapping
- Introduction to FINITE STATE MACHINE (FSM)
- Moore’s Machine
- Mealy Machine
- Counters (MOD-3, MOD-5, MOD- 7)
- Flip Flops using FSM
- SISO
- PIPO
- SIPO
- PISO
- Memory Design
- RAM
- ROM
- Design of ALU
- Traffic Light Controller
- Single way
- Four way
- Design of Shift Unit
- Design of Comparator
- Booth Multiplier
- Wallance Tree Multiplier
- Introduction to FPGA
- Introduction to CPLD
- Brief Description of Hardware KIT
- Working on Physical FPGA & CPLD
- Interfacing of LED’s
- Keypad Scanner
- 7 Segment interfacing
- Counter on 7-Segment
- LCD Interfacing
- Test bench.
- Delays in VHDL.
- Generics & generic map.
- Guarded block.
- Overloading
- Operator overloading
- Function overloading
- Needs of VERILOG HDL Difference between Verilog HDL & VHDL.
- Application of Verilog HDL
- Market Need
DESIGNING IN VHDL
CODE STRUCTURE
DATA TYPES & OBJECTS IN VHDL
DATA FLOW & BEHAVIORAL MODELING
BEHAVIORAL MODELING ADVANCED TOPICS
STRUCTURAL MODELING
FINITE STATE MACHINE
SHIFT REGISTERS & MEMORIES
MINOR PROJECTS
HARDWARE INTERFACING
HARDWARE INTERFACING ADVANCED TOPICS
ADVANCE TOPICS
OVERVIEW OF VERILOG HDL
Course Information
- Class Start: Every Monday, Wednesday & Friday
- Course Duration: 60 hours(40 hours for Software Training & 20 hours for Project Handling)
- Student Capacity: 8-12 students per batch
- Certification: For Software Training(1) & For Project Handling(1)
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Course Benefits Include:
- Industrial Visit
- Tool Kit
- Lifelong Support
- Placement Guaranteed
- Project Handling
- Resume Writing
- Moneyback Guaranteed
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