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Synopsys Verification Virtual Workshop - FREE!!

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What is Formal Verification -                 Formal verification is a process of using mathematical methods and logic to rigorously prove the correctness and consistency of a system, such as a computer program, hardware design, or protocol.  It involves using formal languages and formal proof techniques to model and analyze the system and ensure that it meets its specified requirements and behaves as intended. The goal of formal verification is to identify and eliminate errors, inconsistencies, and vulnerabilities before the system is implemented or deployed. How to register for Workshop with Hands-on Labs? Follow the link below to register and see the detailed agenda. Space is limited, register now to reserve the slots on your calendar. Registration Link -   https://event.synopsys.com/ereg/newreg.php?eventid=730919& February 1, 2023 - Day 1: Learn the Basics of DPV    February 8, 2023 - Day 2: Advanced DPV Methods    Note : Only business or university emails can be used to regist

60+ Verilog Design Examples: Most asked Interview Verilog coding Questions

What is Verilog:   Verilog is a hardware description language (HDL) used to model and design digital logic circuits. It is commonly used in the design, verification, and implementation of digital logic systems, including FPGAs (Field-Programmable Gate Arrays) and ASICs (Application-Specific Integrated Circuits). Verilog code can be used to describe the behavior and structure of a digital circuit at various levels of abstraction, from the highest level of system architecture down to the lowest level of gate-level implementation. It is widely used in the electronic design automation (EDA) industry to develop and simulate electronic systems before they are physically implemented .   1.    Write a Verilog code for flip-flop with a positive-edge clock.         module flop (clk, d, q);         input   clk, d;         output q;         reg     q;                 always @(posedge clk)         begin            q <= d;         end         endmodule         2.    Write a Verilog code for a fli