UVM Testbench in an Hour | UVM Framework

UVM Framework Resources

Featured Sessions

UVM Simulation of MathWorks® Designs at Block, Subsystem, and Chip Level

This session is a customer presentation on his experience using the UVMF and Mathworks® integration in block, subsystem, and chip level simulations.

Off and Running with UVM

This session will show you how to be more effective in deploying UVM in your verification flow.

Get a Head Start on the New UVM Standard

This session will discuss the new version of UVM coming from the IEEE, the changes and how they'll impact current UVM users. We'll also fill you in on the latest happenings in the UVM committee and introduce you to the UVM Framework.

Featured Papers

Slaying the UVM Reuse Dragon

Authors:

Mike Baird - WHDL
Bob Oden - Mentor Graphics

Abstract:

With larger and more complex designs the gap between design and verification has grown larger. Because of this the reuse of the testbench both in new projects and within the same project has become very desirable. One of the "promises" of UVM is achieving such reuse. However, in reality, UVM reuse has been limited. This paper identifies the issues that affect UVM reuse and strategies for achieving reuse. A UVM reuse methodology will be presented that provides reuse of components from one testbench to another and within the same testbench from block to chip level.

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Slaying the UVM Reuse Dragon - Issues and Strategies for Achieving UVM

A Simplified and Reusable UVM Config DB Methodology

Author:

Bob Oden - Mentor Graphics

Motivation:

Provide a mechanism for sharing resources within a simulation that provides features needed by architects and simplicity needed by test writers.
Architects need a mechanism that can allow resource access by hierarchy and general scope.
Test writers need access to simulation resources while treating environment as a black box.

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Featured Course - UVM Framework

UVM Simulation of MathWorks® Designs at Block, Subsystem, and Chip Level

This session is a customer presentation on his experience using the UVMF and Mathworks® integration in block, subsystem, and chip level simulations.

Mathworks® Integration

In this session you will learn how the UVMF code generator can automatically integrate blocks created using Mathworks® products.

Code Generation Merging

In this session you will learn about UVMF code generation capabilities that allow you to quickly produce new iterations of generated code that automatically transfer previous manual edits from earlier versions.

Stimulus and Analysis Data Flow

In this session, you will be given an overview of the stimulus and analysis flow within the UVM Framework.

Code Generation Guidelines

In this session, you will be given an overview of the flow used to generate a working simulation using the UVMF code generator.

Running Simulations

In this session, you will learn how to run individual UVMF simulations in both batch and debug mode as well as how to configure and run a regression test suite using the Questa® Verification Run Manager.

UVMF & Emulation

UVMF and Emulation Session | Subject Matter Expert - Michael Horn | UVM Framework Course

The UVMF works out of the box with both simulators and emulators, but how? This session helps you to understand Testbench Acceleration and how the UVMF gets you there.

Sequence Categories

In this session, you will learn the roles and responsibilities of the sequence categories and that sequences within UVMF are divided into three categories: interface, environment, and testbench.

Adding Tests and Sequences

In this session, you will learn how to add sequences and test cases to a UVMF testbench using the example derived test and extended top level virtual sequence.

Instantiating the DUT

In this session, you will learn how to compile and instantiate a Verilog and VHDL DUT within a UVMF testbench.

Bench Code Generation

In this session, you will learn the format and content of the YAML configuration file that describe the UVMF Bench and what parts of the generated output that you’ll need to modify afterwards.

Testbench: Architecture and Operation

The UVMF testbench contains top level modules, top level sequence, top level environment, and top level configuration. In this session, you will learn about the architecture of a UVMF testbench and directory structure.

Environment Code Generation

In this session, you will learn the format and content of the YAML configuration file that describe the UVMF Environment and what parts of the generated output that you'll need to modify afterwards.

Questa® VIP Integration

In this session, you will learn how to integrate Questa® Verification IP within your UVMF testbench.

Scoreboards and Predictors

In this session, you will learn the roles and responsibilities of scoreboards and predictors within the UVMF, the scoreboards provided by UVMF and how they are configured.

Environments: Architecture and Operation

In this session, you will learn the roles and responsibilities of an environment within a simulation.

Interface Code Generation

In this session, you will learn the steps needed to produce code for an UVMF Interface using the generator.

Agents: Architecture and Operation

In this session, you will learn about components within a protocol agent and its associated bus functional models and the roles and responsibilities of these components including the abstraction level they operate at.

Code Generation Introduction

Code Generation Session | Subject Matter Expert - Jonathan Craft | UVM Framework Course

In this session, you will learn why code generation can be a powerful tool and how to take advantage of it for the purposes of quickly producing a UVMF-based testbench.

UVMF - Overview

In this session, you will learn what the UVM Framework is, the functionality it provides, its testbench architecture, and available documentation and support.

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