UVMTestBuilder

Generate complete UVM environments automatically from your RTL design in minutes

UVMTestBuilder is an automated verification environment generator designed to dramatically reduce UVM development time. By parsing Verilog and SystemVerilog RTL modules, it creates complete, structured, and reusable UVM environments ready for simulation and customization.


Key Features

Automatic UVM Environment Generation

Generate drivers, monitors, agents, scoreboards, sequences, interfaces, packages, test classes, and configuration files automatically.

RTL-Aware Parsing

Reads Verilog and SystemVerilog modules, extracting:

  • Ports
  • Parameters
  • Clock and reset signals
  • Bus interfaces
  • Signal directions and widths

Ready-to-Run Structure

Creates organized UVM directory hierarchies with reusable and maintainable code architecture.

Verification Best Practices

Generated environments follow modern UVM methodologies and coding conventions.

Fast Iteration

Quickly regenerate environments after RTL changes, reducing setup overhead during development cycles.

Supports Scalable Designs

Ideal for:

  • FIFOs
  • ALUs
  • Bus interfaces
  • DSP blocks
  • Complex SoCs
  • Custom IPs

Benefits

Save Engineering Time

Avoid writing repetitive UVM infrastructure manually.

Reduce Human Errors

Minimize mistakes in drivers, monitors, transactions, and interface connections.

Improve Team Productivity

Allow verification engineers to focus on:

  • Functional coverage
  • Assertions
  • Corner cases
  • Verification planning

Perfect for CI/CD Verification Flows

Integrate automatically generated environments into modern automated verification pipelines.


Workflow

Simple 3-Step Flow

  1. Choose output directory
  2. Select your RTL module
  3. Generate the complete UVM environment

Comparison

Manual UVM DevelopmentUVMTestBuilder
Repetitive codingAutomated generation
Error-prone setupConsistent architecture
Hours or days of workMinutes
Manual maintenanceFast regeneration
Boilerplate heavyProductivity focused