The UVM Factory — Complete Guide
Learn how the UVM factory works — why create() is used instead of new(), registration macros, type and instance overrides, polymorphism, and complete UVM component patterns.
Generations of Computers and Classification — Complete Guide
Learn the five generations of computers, how computers are classified by size and capability, and why this evolution matters for modern VLSI.
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UVM Phases — Complete Guide
Learn the complete UVM phase system — all 12 standard phases, execution order, function vs task phases, run-time sub-phases, objections, drain time, phase_ready_to_end, and common simulation mistakes.
What Is a Computer? History, Binary and Hardware Basics Explained
Learn what a computer is, how it works, the history from abacus to microprocessors, binary data representation, and its connection to VLSI chip design.
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Complete Computer Architecture Series for Digital and VLSI Engineers
Learn computer architecture from fundamentals to CPU, memory, I/O, buses and digital logic — mapped clearly to VLSI chip design.
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UVM Testbench Architecture: Components, Phases and Hierarchy Explained
Explore the structure of a professional UVM testbench and understand how test, environment, and agent components work together. Learn top-down construction, bottom-up connectivity, deferred object creation, UVM phase execution, naming and path conventions, and build a complete block-level verification architecture using SystemVerilog UVM.
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Introduction to UVM: Understanding the Basics of Universal Verification Methodology
UVM-01: Introduction to UVM — VLSI Trainers VLSI VLSI Trainers UVM Series · UVM-01 UVM Series · UVM-01 Introduction to UVM What UVM is, why it was created, how it differs from module-based testbenches, the uvm_component vs uvm_object distinction, the standard testbench topology, and your first working UVM component. Contents What is UVM? Why UVM
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SPI Transaction Decoding Lab: Protocol Analysis and Python Decoder Implementation
Learn how to decode SPI transactions from signal traces using protocol analysis techniques and Python. Build a complete SPI decoder supporting CPOL, CPHA, streaming transactions, and multi-exchange communication with worked examples and source code.
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Universal Verification Methodology (UVM): Complete Course from Basics to Advanced
Master Universal Verification Methodology (UVM) with a structured course covering UVM components, sequences, agents, scoreboards, coverage, Register Abstraction Layer (RAL), factory overrides, debugging, and complete SystemVerilog testbench development.
Universal Verification Methodology (UVM): Complete Course from Basics to Advanced Read More »
SPI Multi-Slave Topologies: Chip Select, Daisy Chain and Bus Architecture
Learn how multiple SPI slaves are connected to a single SPI master. Explore independent chip-select and daisy-chain topologies, MISO bus contention, tri-state buffers, shift-register operation, and the advantages and limitations of each SPI architecture.
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