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uvm_root is a singleton class that serves as the top-level container for all UVM components in a verification environment whose instance is called uvm_top. It is automatically created when UVM is initialized and is available throughout the entire simulation.
This knowledge will help you understand the UVM code and develop your own UVM-based testbenches. You should be familiar with simulation tools, such as Cadence Incisive, Mentor Graphics Questa, or Synopsys VCS, which are commonly used in digital design verification.
UVM Objects. The idea behind UVM is to enhance flexibility and reuse code so that the same testbench can be configured in different ways to build different components, and provide different stimulus. These new user defined configuration classes are recommended to be derived from uvm_object.
UVM tutorial for beginners Introduction Introduction to UVM UVM TestBench TestBecnh Hierarchy and BlockDiagram UVM Sequence item Utility & Field Macros Methods with example Create Print Copy Clone Compare Pack UnPack UVM Sequence Sequence Methods Sequence Macros Sequence Example codes UVM Sequence control UVM Sequencer UVM Sequencer with Example UVM Config db UVM Config db … Continue reading "UVM Tutorial"
UVM Verification Testbench Example. This session is a real example of how design and verification happens in the real industry. We'll go through the design specification, write a test plan that details how the design will be tested, develop a UVM testbench structure and verify the design.
The Accellera Universal Verification Methodology (UVM) is a standard verification methodology that includes a set of class libraries for the development of a verification environment. UVM is based on Open Verification Methodology (OVM) and Verification Methodology Manual (VVM).
Abstract- The GPIO core design provides a general purpose input/output interface to a 32-bit On-Chip Peripheral Bus (OPB). This GPIO core requires simple output and/or input software controlled signals and implements the functions that are not implemented using dedicated controllers in the system.
Introduction to UVM Register Model. The UVM Register Layer provides a standard base class libraries that enable users to implement the object-oriented model to access the DUT registers and memories. UVM Register Layer is also referred to as UVM Register Abstraction Layer (UVM RAL). For register access, can’t we proceed without RAL? Yes, we can.
Verification Methodology Cookbooks. UVM. The (2018) version conforms to the IEEE 1800.2 UVM Standard and promotes an emulation-friendly UVM testbench architecture that promotes reuse of your UVM environment as your project moves from simulation to emulation and beyond.
Learn about UVM phases (uvm_phase) from build phase to final phase, where and why each one is used and recommended usage. Learn more on build_phase, connect_phase, run time phases and all other phases and how they are used in simple examples.
