Moore said those Golden words “number of transistor will double themselves every 18 month” in 1960’s, and the technology support had proven it well on time again and again.This vast technology takes sand(silica) as the raw material & after so many intermediate process finally turn out as a chip with integration of multi-million transistors connected to one another to get the desired characteristics.
VLSI in itself is a wonderful technology which is about understanding & developing internals of an Integrated circuit. The recent trends had proved that Engineers who have VLSI training during or after their Engineering are preferred by the companies of this domain.
In addition to being center of chip design, verification, very soon India will have chip makings unit. Initially the proposed sites are near Greater Noida, Gujarat, Banglore. Theses chip making plant will create a large vendor base & would result in further foreign investment into the country, ultimately greater employment opportunity.
There are limited options to have VLSI training as the domain demands perfection. Various VLSI training institute used to offer Digital electronics, System Verilog Training , VHDL training, Linux training. Digital electronics gives the understanding of digital logics Gates, number system, combinational & sequential circuits along with digital design flow modeling.
VHDL is the coding part of VLSI domain where digital logics are realized and implemented. FPGA is the hardware which verifies the VHDL logics. It also confirms the hardware response as per the coding.
Hands-on knowledge on Linux is must in VLSI training. In Linux operating system, one must be familiar with basic commands in addition to in-depth knowledge of kernel. Shell scripting is another feather in learning Linux.
Sofcon is one of the most trusted training service providers in VLSI Training Domain. The training is being imparted keeping in mind industry demand. Major challenge for the learners lies in having strong fundamentals of VLSI.

Module 1 : Digital Design

» Basics of Digital Design
» Understanding Combinational Logic/Circuit Designing
» Canonical forms – SOP, POS
» Understanding Sequential Logic/Circuit Designing
» Digital Design Flow Modeling
» VHDL/Verilog digital model example
» Moore Model
» Mealy Model
» Advanced Digital Design
» Memory Designing
» Exercises, Exam

Module 2 : VHDL

» VHDL Overview and Concepts
» Dataflow modeling
» Behavioral modeling
» Structural Modeling
» Data Types and declaration
» Enumerated Data Types
» Relational, Logical, Arithmetic Operators
» Signal and Variables, Constants
» Process Statement
» Concurrent Statements
» When-else, With-select
» Sequential Statement
» If-then-else, Case
» Loop Statements
» Delta Delay Concept
» Arrays, Memory Modeling, FSM
» Writing Procedures
» Writing Functions
» Behavioral / RTL Coding
» Structural Coding
» Package, Package body
» Writing Test Benches
» Generics and Generic maps

Module 3 : Verilog

» Introduction
» Gate level modeling
» Modeling Delays – specparam
» Concept of wire creation, module instantiation, ports and their  mapping,
» Dataflow modeling, Various Operators
» Verilog Language & data types
» Behavioral modeling
» Modeling circuits using all the three modeling styles
» Behavioral modeling, File I/O
» Switch Level Modeling, User Defined Primitives

Module 4: System Verilog

» Introduction about Verification
» Data Types & Operators
» Procedural Statements
» Tasks & functions
» Hierarchy & Connectivity
» Various Interfaces
» Object Oriented Paradigm (OOPS
» Program & Clocking Block
» Inter Process Communication (IPC):- events, semaphores, mailboxes
» Randomization:- Class based randomization, Constraints
» System Verilog Assertions:-properties & sequences, assert, assume.
» Cover directives
» Functional Coverage
» TLM (Transaction Level Modeling) & UVM

Module 5 : FPGA

» Introduction to FPGA (Architecture :CPLD, FPGA,
» FPGA working, References)
» Design flow, design tricks
» H/W components on FPGA board and their working
» Xilinx ISE tool installation and working
» Designing basic FPGA examples (Adder, Subtractor, Counter etc.)
» Designing advanced FPGA examples (Key Board Interfacing, VGA
» Monitor interfacing, UART, burn these models on available FPGA kit

Module 6 : CMOS

» Concept of NMOS,PMOS and CMOS.
» CMOS Designing parameters
» Modeling Technique
» Supply0, Supply1
» Delay Introduction

Category:- 100% Job Oriented Training for VLSI
Course Duration:- 4 Month(250 Hrs)

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