Learn SYSTEMVERILOG with Real Code Examples

RTL modules describe hardware behavior

Verification environment built with classes, interfaces, and sequences

Testbench interacts with DUT via interfaces

Assertions monitor design properties

Coverage metrics guide verification completeness

Modules describe RTL design

Interfaces connect DUT to verification environment

Classes encapsulate stimulus and monitors

Assertions check design correctness

Coverage collects verification metrics

Testbench-DUT separation for modularity

Object-oriented verification classes

Interface-based connectivity

Clocking blocks for synchronous stimulus

Coverage-driven verification loop

FPGA-based embedded systems

ASIC and SoC verification environments

Processor cores and IP blocks

High-speed communication interfaces

Memory and peripheral verification

Combine design and verification in one language

Modular, reusable verification constructs

Support assertions and coverage-driven methodology

Object-oriented constructs for complex testbenches

Synthesis-compatible RTL constructs for hardware design

Modularize design into reusable modules

Use interfaces for scalable connectivity

Apply UVM methodology for large verification projects

Segment simulations to manage runtime

Leverage parallel simulations for regression

Update Verilog projects to use SystemVerilog features

Replace outdated verification constructs with classes and interfaces

Integrate assertions and coverage in existing testbenches

Validate synthesis compatibility for RTL modules

Test new verification features incrementally