An overview of VLSI Design institute in Delhi

Very Large Scale Integration (VLSI) is the way toward making an incorporated circuit (IC) by consolidating a great many semiconductors into a solitary chip. The microchip is a VLSI gadget. VLSI design institute in Delhi has subject matters expert who gives in-depth training of the course based on live project implementations.

Prior to the presentation of VLSI innovation, most ICs had a restricted arrangement of capacities they could perform. Electronic circuit comprises of CPU, ROM, RAM and such other paste rationale. VLSI lets IC architects add these into one chip.

The gadgets business has accomplished an exceptional development in the course offered by VLSI design training course in Delhi in the most recent couple of many years, essentially because of the fast advances in enormous scope reconciliation advances and framework plan applications. With the appearance of extremely enormous scope mix (VLSI) plans, the quantity of utilizations of coordinated circuits (ICs) in superior figuring, controls, broadcast communications, picture and video handling, and purchaser gadgets has been ascending at an exceptionally high speed.

The current bleeding edge innovations offered by VLSI design institute in Delhi, for example, high goal and low digit rate video and cell interchanges give the end-clients a superb measure of utilizations, handling force and convey ability. This pattern is required to develop quickly, with vital ramifications on VLSI plan and frameworks plan.

Flow of VLSI design

• In the VLSI design flow, specification starts things out; they depict uniquely, the usefulness, interface, and the engineering of the computerized IC circuit to be planned.
• Conduct depiction is then made to investigate the plan regarding usefulness, execution, consistence to given guidelines, and different details.
• RTL portrayal is finished utilizing HDLs. This RTL depiction is mimicked to test usefulness. From here onwards we need the assistance of EDA instruments.
• RTL portrayal is then changed over to a door level netlist utilizing rationale union devices. A gate-level netlist is a portrayal of the circuit as far as doors and associations between them, which are made so that they meet the circumstance, force and zone determinations.
• At last, an actual design is made, which will be confirmed and afterward shipped off manufacture.

VLSI design training course in Delhi offers the instruction in the most particular strategy conceivable. The preparation is set up in a bit by bit approach which makes information simple. An assortment of exercises are directed, mock assignments are embraced with respect to VLSI design.

They have mentors who are expert in this field. They convey their expertise such that the student turns into a specialist toward the finish of this a month and a half course. The instruction conferred not makes them fit for taking appropriate transporter choice yet in addition makes them more fit to maintain a business. Along these lines, the preparation at VLSI design training course in Laxmi Nagar is must for anybody looking for a work or need to turn into a genuine financial specialist.

VLSI Design Training Syllabus

Overviewof VLSI

• What is VLSI?
• VLSI Design Flow
• ASIC
• SoC

Basics of Digital Design

• Basic Digital Circuits
• Logic gates Boolean Algebra
• Number System
• Digital Logic Families

Design of Combinational Logic

• Multiplexers
• MUX based design for digital circuits
• De-multiplexers/Decoders
• Adders/Sub tractors
• BCD Arithmetic ALU
• Comparators Parity Generator
• Code Converters/Encoders
• Decoders
• Multipliers/Divider

Design Principles of Sequential Logic

• Bitable Elements,
• Latches and Flip-Flops
• Counters and its application
• Synchronous Design Methodology
• Impediments to Synchronous Design
• Shift Registers
• Design Examples Case studies

Progressive Digital Design

• Synchronous/Asynchronous Sequential Circuits
• Clocked Synchronous State-Machine Analysis.
• Clocked Synchronous State-Machine Design
• Finite state machine
• Mealy and Moore machine
• State reduction technique
• Sequence Detectors
• ASM Charts
• Synchronizer Failure and Meta-stability Estimation
• Clock Dividers
• Synchronizers Arbiters
• FIFO Pipelining
• PLD + CPLD

Overview & Concepts of VHDL

• Types, object
• classes, design units, compilation, elaboration
• BASIC LANGUAGE ELEMENTS: Lexical elements,
• syntax, operators, types and subtypes (scalar, physical,
• real, composite (arrays, records), access files

Drivers

• Resolution function, drivers (definition,
• initialization, creation ), ports
• TIMING:
• Signal attributes, “wait” statement, delta time,
• simulation engine, modeling with delta time delays, VITAL
• tables, inertial / transport delay

Entity & Architecture fundamentals

• Entity,
• architecture, (process, concurrent signal assignment,
• component instantiation and port association rules,
• concurrent procedure, generate, concurrent assertion, block, guarded signal)

Sub-Programs

• Rules and guidelines (unconstrained
• arrays, interface class, initialization, implicit signal
• attributes, drivers, signal characteristics in procedure
• calls, side effects) overloading, functions (resolution
• function, operator overloading), concurrent procedure

Sets

• Declaration, body, deferred Constant, “use”
• Clause, Signals, resolution function, subprograms,
• converting typed object to strings, TEXTIO, printing
• objects, linear feedback shift register, random number
• generation compilation order

Attributes, Configuration and Specification of User-Defined

• Attributes declarations, attributes
• specification, configuration specification and binding,
• configuration declaration and binding, configuration of
• generate statements

Synthesis Designs

• Constructs, register interface,
• combinational logic interface, state machine and
• design styles, arithmetic operations

Practical of Models and Test benches

• Test
• bench design methodology, BFM Modeling, scenario
• generation schemes, waveform generator, client/server,
• text command file, binary command file

VERILOG

• Evolution of CAD, emergence of HDLs, typical HDL based
• design flow, why Verilog HDL?, trends in HDLs

Concepts of Hierarchical Modeling

• Top-down and bottom-up design methodology,
• differences between modules and module instances, parts
• of a simulation, design block, stimulus block

Fundamental Concepts

• Lexical conventions, data types, system tasks, compiler
• variable
• directives

Modules and Ports

• Modules definition, port declaration, connecting ports,
• hierarchical name referencing

Modeling of Gate-Level

• Modeling using basic Verilog gate primitives, description
• of and/or and Buf/not type gates, rise, fall and turn-off
• Delays, min, max and typical delays.

Modeling of Dataflow

• Continuous assignments, delay specification,
• Expressions, operators, operands, operator types.

Structured procedures, initial and always &blocking

• Non-blocking statements, delay control, generate
• statement, event control, conditional statements,
• Multi way branching, loops, sequential and parallel blocks.

Tasks and Functions

• Differences between tasks and functions, declaration,
• Invocation, automatic tasks and functions.
• Data type

Useful Techniques of Modeling

• Procedural continuous assignments, overriding
• parameters, conditional compilation and execution, useful
• System tasks.

Advanced Topics of Verilog

• Timing and Delays
• Distributed, lumped and pin-to-pin delays, specify blocks,
• Parallel and full connection, timing checks, delay back annotation.

Modeling of Switch-Level

• Syntax
• variable
• Data type

PHP Syntax

• MOS and CMOS Switches, bidirectional switches,
• modeling of power and ground, resistive switches, delay
• specification on switches

User-Defined Primitives

• Parts of UDP, UDP rules, combinational UDPs, sequential
• UDPs Shorthand symbols.

Logic Synthesis with Verilog HDL

• Introduction to logic synthesis, impact of logic synthesis,
• Verilog HDL constructs and operators for logic synthesis,
• synthesis design flow, verification of synthesized circuits,
• modeling tips, design partitioning.

Advanced Verification Techniques

• Introduction to a simple verification flow, architectural
• modeling, test vectors/test benches, simulation
• acceleration emulation, analysis/coverage, assertion
• checking, formal verification, semi-formal verification,
• Equivalence checking.

Introduction to ASIC DESIGN METHODOLOGY

• Typical Design Flow
• Specification and RTL Coding
• Dynamic Simulation

PHP Syntax

• Syntax
• variable
• Constraints, Synthesis
• Formal Verification
• Statics Timing Analysis
• Placement Routing and Verification
• Engineering Change Order

Front End Implementation SYNTHESIS

• Synthesis Environment
• Design Constraint
• Design Entry
• Technology Library
• Delay Calculation
• Delay Model

PARTITIONING AND CODING STYLES

• Partitioning for Synthesis
• RTL: Software Vs. Hardware
• General guidelines
• Technology Independence
• Clock Logic
• Clock Stretching
• Guidelines for FSM Synthesis
• Logic Inference
• Memory element inference
• Multiplexer Inference
• Three state Inference

System Verilog

• Introduction to system Verilog
• Data types:-
• Datatype
• Integer data type
• Real and short real
• Void data types
• Strings
• Event
• User defined
• Data declaration- Constant variables net reg logic
• signal aliasing
• Enumerations
• Structure and Union
• Classes
• Casting
• Arrays
• Packed and unpacked
• Dynamic arrays
• Queues
• Operators and Expressions
• Arithmetic
• Logical
• Operator Loading
• Conditional
• Procedural statements and Control flow
• Blocking and non-blocking assignments
• Selection Statements
• Loops
• jump
• Final block
• Named block
• Event control
• Level sensitive seq. control

Task and functions

• Argument passing
• Import and export functions
• Intro
• Object and its properties and methods
• Constructor
• Inheritances
• Sub classes
• Overridden members
• Super class
• Casting
• Data hiding and encapsulation
• Constant class and virtual methods
• Polymorphism
• Assertions
• Immediate assertion
• Concurrent assertion overview
• Boolean exp.
• Sequence operation
• Manipulating data in sequence
• Calling sub routines on the match of sequence
• Concurrent assertions

Project list

• Microcontroller Design
• RISC CISC Processor Design
• Multiplier/Divider using different Algorithms
• DDR Controller
• I2C,AMBA,Wishbone Conmax
• JTAG: Boundary SCAN
• JPC, PCI, Ethernet
• CORDIC Algorithm