We have assembled advantageous notoriety in VLSI/CHIP planning Training Institute based out of Bangalore. We offer industry standard, high caliber, moderate preparing to graduates wanting to make the vocation in VLSI/CHIP structuring. We help Engineering understudies to accomplish their fantasies in the high requesting field of IC planning.

QSOCS has the business' best VLSI/CHIP planning to prepare educational programs which mostly center the very requesting spaces to assist the understudies with getting the occupations rapidly.

Physical Design

• Fundamentals for simple and advanced gadgets
• Linux shell Commands: Basics directions, sed, awk and so on.
• Scripting: TCL, Perl
• Libraries and Inputs documents data: LEF, LIB, SDC, Netlist, DEF, SPEF, UPF, and CPF.
• Sanity checks for Libraries, netlist, timing and so forth.
• Floorplanning: Macro arrangement, Die Area choice, Dir shape, Row creation, Pad situation, Power work creation, Blockages.
• Placement: Standard cell arrangement methods, clog investigation timing examination.
• CTS: Clock tree creation, spec record creation, clock tree examination, timing investigation.
• Routing: Signal steering, clog investigation, timing examination.
• Physical Verification: DRC, LVS, ERC, Softcheck, PERC
• IR investigation: Static IR examination, Dynamic IR examination, Rail Analysis.
• Practical labs and activities running from fledgling to propel level which spread most recent patterns in industry

Framework Verilog for Advanced Verification

• Classes : Object Oriented Programming
• Arrays, Data Types, Literals, Operators
• Scheduling Semantics, Inter process Synchronization
• Processes, Threads, Tasks and Functions
• Randomization, Constraints
• Interface, Clocking squares, Program Block
• Functional Coverage
• Assertion Based Verification
• System Tasks and Functions
• Compiler Directives
• DPI

Confirmation IP Development

• AXI Protocol Concepts: Features, Signals, Timing Diagrams
• AXI VIP Architecture Development
• VIP Component Coding
• Module Level Verification
• Constrained Random Verification
• Coverage Driven Verification
• Directed Verification
• Assertion Based Verification

UVM

• UVM Base classes
• UVM Messaging
• Config db, asset db, production line
• Sequences
• UVM Test seat Architecture
• AHB2.0 Protocol | AHB UVC advancement
• AHB Interconnect utilitarian check

Confirmation Methodologies: UVM and OVM

• AHB Interconnect verification venture utilized as reference configuration to learn UVM and OVM
• AHB Interconnect will be verified without any preparation while showing all parts of UVM
• UVM/OVM TB Architecture
• UVM Class Library, Macros, Utilities
• UVM Factory, Synchronization, Containers, Policies
• UVM Components, Comparators, Sequences, Sequencers
• Stimulus Modeling, Sequences, and Sequencers
• Creating UVCs and Environment
• Simulation Phases
• TLM Overview, Components
• Configuring TB Environment
• Register Layer, Configuration DB and Resource DB
• Connecting different UVCs
• Creating TB foundation

AHB Interconnect Functional Verification

• AHB Interconnect Test seat Architecture
• AHB UVC and APB UVC in Interconnect Test seat setup
• Verification Component Coding
• Test case and virtual succession Development

USB2.0 Register Layer

• Listing down registers
• Creating Register Model
• Integrating Register Model in to Test seat
• Using Register Model to make tests
• Using Register Model in scoreboard

USB20 Core Functional Verification

• Specification Reading, Feature Listing, Scenario Listing
• TB engineering creation
• Building Top dimension check condition
• TB segment coding and joining
• Sanity experiment and condition raise
• Testcase and Sequence coding
• Building relapse test suite
• Functional inclusion and code inclusion investigation

So, get yourself enrolled at QSoCS.