The UVM register layer acts similarly by modeling and abstracting registers of a design. It attempts to mirror the design registers by creating a model in the verification testbench. By applying ...

Desired selected tests can be run using this option without recompiling test bench and design. It allows the user to specify initial verbosity for all UVM components. By default, it is set to ...

This article gives the procedure or step-by-step guide to integrating the C model in the UVM Testbench/environment using the SystemVerilog DPI (Direct Programming Interface) feature. Why the C model?

Use of UVM components done to make a reusable, parameterizable and real time interrupt handler for UVM testbench. The method proposed in this paper describes an automated interrupt handler logic which ...

The natural process for developing OVM/UVM verification environment is bottom-up. Blocks are first verified in block-level environments, and then the integration of the blocks into SoC is verified in ...

In the field of semiconductor design and verification, the Universal Verification Methodology (UVM) is a key tool for achieving robust and efficient verification environments. At the heart of UVM lies ...

Registers Must Be Verified Pre-silicon register validation in simulation includes not just the embedded software and the RTL design, but also a testbench and tests compliant with the UVM. This ...