Learn advanced gate-level Verilog — primitive arrays, flip-flops, propagation delays, strength resolution, net types, and circuit design examples.
Gate Level — Arrays, Flip-Flops, Delays, Strengths & Nets Read More »
Learn gate-level modeling in Verilog using built-in gate primitives — AND, OR, NAND, NOR, XOR, NOT, BUF, and tri-state gates with examples.
Gate Level Modelling in Verilog — Complete Guide Read More »
Learn Verilog language constructs — tokens, keywords, identifiers, white space, comments, and coding conventions with clear examples.
Language Constructs & Conventions in Verilog — Complete Guide Read More »
Learn Verilog modules — syntax, ports, instantiation, hierarchy, and how modules combine to build larger RTL systems in ASIC and FPGA design.
Learn Verilog design abstraction levels — switch, gate, RTL, and behavioral modeling — and how hardware is represented from transistor to system level.
Levels of Design Description in Verilog — Complete Guide Read More »
Learn Verilog HDL — history, design levels, language constructs, data types, operators, and modeling styles for ASIC, FPGA, and VLSI design.
Hi, Myself Chethan D C . I have 3.5 years of experience in VLSI industry. working as design verification engineer from 2021
VLSI Black-Box Explorer – Dark Edition BB VLSI Explorer Lab Drivers Testing Architecture & Abstraction Mastering the Black Box In a world of billion-transistor chips, total visibility is a liability. Learn how black-boxing protects IP, accelerates synthesis, and manages SoC complexity. 01. Concept Lab Visualizing the abstraction boundary. White Box Black Box A S B
What is a black-box module and why do we need them? Read More »
While CPUs (Central Processing Units) are the most commonly used processors in computers and servers, there are alternative processor architectures and competitors in the market. Here are some notable alternatives: CPU Series:- 1. GPUs (Graphics Processing Units): Graphics cards, or GPUs, are primarily designed for rendering graphics and accelerating video processing. However, their parallel computing capabilities have
Power-on Reset (POR):This reset is activated when power is first applied to the SoC. It ensures that the initial state of the entire system is well-defined and reliable by resetting all the components to a known state. Hard Reset:Also known as a hardware reset or system reset, this type of reset is typically triggered by
What are the different types of resets are there in a typical SoC: Read More »
