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Very-large-scale integration (VLSI)

VLSI is a standout amongst the most critical hardware advances utilized for chip and different gadgets improvement. What’s more, is one of the correct decisions to pick as a profession for forthcoming hardware engineers.

Gadgets innovative work is a wide stream of designing and is a regularly going procedure. Now and then it takes quite a while for the designers to build up certain gadgets merchandise or for an examination to finish up.

On the off chance that we discuss understudies who are learning hardware, for them it is extremely mind boggling to learn quality mechanical aptitudes in their classroom educating sessions. As, it require mechanical set up’s required for improvement and research alongside extraordinary specialized learning for continuing with the required exercises. Besides, the course and educational modules which designing college is showing understudies in the school is very obsolete and is not in the slightest degree pertinent to the abilities being utilized as a part of the business in the present circumstances. This outcome in low quality of the designer which are not in any manner fit for the employments in their space in view of their outdated specialized abilities.

Updates gadgets abilities have moved toward becoming bottleneck for the understudies for advancing into the organizations. Sprouting specialized understudies need to stay up with the latest for achieving the ideal place which they envisioned off. For escaping this undesirable circumstance they can go for mechanical visit in the main hardware organizations offering different preparing programs for gadgets understudies just to ensure which one is better place to contribute cash and adapting some requested aptitudes in the business.

In the present time, understudies can go for chip advancement i.e. large scale joining preparing program (VLSI) for preparing work. In the vast majority of the cases, youthful hardware students go for chip usage i.e. inserted framework preparing which is particularly required for understanding nuts and bolts however is insufficient these days for landing position.

Fundamentally, VLSI preparing should be possible into two unique classes at various circumstances. VHDL is the first and Verilog HDL is the second one. Understudies can go for these learning forms one by one in each semester break effectively. This should be possible in the meantime too amid summer preparing when understudies have plentiful measure of time for their venture advancement and updating their abilities.

Our program is designed by industry experts that excel in the field of VLSI, having decades of experience in working with some latest tools and techniques of VLSI. Some main highlights of our training course cover:

• Verilog coding techniques
• Advanced digital design
• On-chip architecture exploration
• Routing, placement and floor planning
• Static and synthesis timing analysis

So if you wish to be one amongst the individuals who have set themselves at a high profile in multi-national networking companies, then call us. We will help you accomplish all your dreams true. We enable you with practical knowledge in VLSI so that you climb the success ladder easily.

We offer the following modules of VLSI training:
CMOS

  • MOS Fundamentals and Characterization
  • NMOS/PMOS/CMOS Technologies
  • Fabrication Principles
  • Different Styles of Fabrication for NMOS/PMOS/CMOS
  • Design with CMOS Gates
  • Characterization of CMOS Circuits
  • Layout Representation for CMOS Circuits
  • Design Exercise using CMOS
  • Scaling Effects
  • Sub-Micron Designs
  • Parasitic Extraction and Calculations
  • Subsystem Design
  • Introduction of IC Design
  • Different Methodologies for IC Design
  • Fabrication Flows and Fundamentals

VHDL

  • VHDL Overview and Concepts
  • Levels of Abstraction
  • Entity, Architecture
  • 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
  • Slicing and Concatenation
  • Loop Statements
  • Delta Delay Concept
  • Arrays, Memory Modeling, FSM
  • Writing Procedures
  • Writing Functions
  • Behavioral / RTL Coding
  • Operator Overloading
  • Structural Coding
  • Component declarations and installations
  • Generate Statement
  • Configuration Block
  • Libraries, Standard packages
  • Local and Global Declarations
  • Package, Package body
  • Writing Test Benches
  • Assertion based verification
  • Files read and write operations
  • Code for complex FPGA and ASICs
  • Generics and Generic maps

VERILOG

  • Language introduction
  • Levels of abstraction
  • Module, Ports types and declarations
  • Different Styles of Fabrication for NMOS/PMOS/CMOS
  • Registers and nets, Arrays
  • Identifiers, Parameters
  • Relational, Arithmetic, Logical, Bit-wise shift Operators
  • Writing expressions
  • Behavioral Modeling
  • Structural Coding
  • Continuous Assignments
  • Procedural Statements
  • Always, Initial Blocks, begin ebd, fork join
  • Blocking and Non-blocking statements
  • Operation Control Statements
  • If, case
  • Loops: while, for-loop, for-each, repeat
  • Combination and sequential circuit designs
  • CMOS gate modeling
  • Writing Tasks
  • Writing Functions
  • Compiler directives
  • Conditional Compilation
  • System Tasks
  • Gate level primitives
  • User defined primitives
  • Delays, Specify block
  • Testbenchs, modeling, timing checks
  • Assertion based verification
  • Code for synthesis
  • Advanced topics
  • Writing reusable code

System Verilog

  • Introduction to System Verilog
  • System Verilog Declaration spaces
  • System Verilog Literal Values and Built-in Data Types
  • System Verilog User-Defined and Enumerated Types
  • System Verilog Arrays, Structures and Unions
  • System Verilog Procedural Blocks, Tasks and Function
  • System Verilog Procedural Statements
  • Modelling Finite State Machines with System Verilog
  • System Verilog Design Hierarchy
  • System Verilog Interfaces
  • Behavioral and Transaction Level Modelling

FPGA Flow

  • Re-configurable Devices, FPGA’s/CPLD’s
  • Architectures of XILINX, ALTERA Devices
  • Designing with FPGAs
  • FPGA’s and its Design Flows
  • Architecture based coding
  • Efficient resource utilization
  • Constrains based synthesis
  • False paths and multi cycle paths
  • UCF file creation
  • Timing analysis/Floor Planning
  • Place and route/RPM
  • Back annotation, Gate level simulation, SDF Format
  • DSP on FPGA
  • Writing Scripts
  • Hands on experience with industry Standard Tools

ASIC Flow

Projects: As a part of course 2 mini projects and 1 major project

  • EDA Tools / CAD Flow for IC Design
  • Simulation/Synthesis using ASIC libraries
  • Clock Tree Synthesis
  • False paths / Multi cycle paths / Critical paths
  • Design for Testability (DFT)
  • Scan Insertion / Types of Scan
  • Fault Models
  • Logic BIST, Memory BIST, ATGP, Boundary Scan
  • Pattern Compression
  • Scan Diagnostics
  • Layout Design
  • Placing and Routing
  • LVS/DRC/OPC/Physical verification
  • Diagnosis, DFM, Yield Analysis
  • SOC Design and Trade-offs
  • Future Trends and challenges
  • ASIC Case Studies
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