A verification Engineer is not just to write some test scenarios to verify something it’s way beyond that. A verification engineer’s focus after understanding specifications such as test planning, and strategy need to be applied to verify the complex design, and what needs to be implemented using which methodology. Verification engineers always emphasize why and…
If you’re looking to enter the world of ASIC or FPGA verification, then chances are you’ve heard of Universal Verification Methodology (UVM). UVM has become the industry standard for verifying digital designs, and as such, it is a crucial skill set for anyone looking to break into the field. Whether you’re a recent graduate or…
SystemVerilog is a hardware description and verification language that extends the capabilities of Verilog HDL. It is widely used in the semiconductor industry for the design and verification of digital circuits and systems. If you are preparing for a SystemVerilog interview, you may be asked a variety of questions related to the language, its features,…
Functional coverage and code coverage both are contributing highly on sign off criteria for verification. Implementers have to make sure that their test plan and test environment is intelligent enough to satisfy the code/functional coverage closure. Code coverage is generated by tool with the help of the simulations generated by the test environment. So test…
Sometimes user will face a situation where you need some of the components from environment to demote error message means user want to disable error from a specific component. Of course user don’t want to change every uvm_error message to uvm_info.. It will take care of one of the amazing features from UVM i.e. uvm_report_catcher…
Today I’m going to share something which is so common to almost every concept of UVM. In other way, we can say that this concept is the backbone of the UVM Verification Methodology. This is related to the process which deals from the starting of the simulation till end of the simulation. So in this…
To start a UVM Testbench, the run_test() method has to be called from the static part of the Testbench i.e called from an initial block in the top module of the Testbench. Once the run_test() method is called, it constructs the root component of the UVM environment & then triggers the UVM Phasing process. The…
Macros: The UVM Library has built-in utility and field automation macros that allow objects to be created by the factory and have access to common functions such as copy( ) or clone( ). To understand how the macros work, let’s build a simple data packet for the DUT. If we were not using the UVM,…
As we know that in Traditional Directed Testbenches, we used to terminate a Test by calling a Verilog System Task i.e. $finish after the required steps like reset, configuration, data transfer and self-checking are completed. But UVM way is different in terms of finishing a Test as UVM is different in almost every aspect of…
The recommended method in UVM for creating components or transaction objects is to use the built-in method::type_id::create() instead of calling the constructor new() directly. The create method internally makes a call to the factory to look up the requested type and then calls the constructor new() to actually create an object. This allows type overriding…