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2075 Results

  • UVM Connect 2.3 Kit

  • Coverage Cookbook - Japanese Release

  • Dealing With UVM and OVM Sequences

  • Don't Forget the Little Things That Can Make Verification Easier

  • Introduction to Questa X-Check

    In this session, you will learn how Questa X-Check finds sources of X in your design and identifies issues where X is propagated and corrupts properly initialized registers.

  • Power Aware Verification in Mixed-Signal Simulation

    Power efficiency is a very important metric in designing mobile and other industrial SoCs. Various power saving techniques are used to reduce power consumption. To verify the power distribution network and power state transitions in SoC designs, power-aware verification is performed with the power architecture described in UPF. Many of those SoCs are mixed-signal in nature and have power-regulation functionality on the chip.

  • Using Mentor Questa® for Pre-silicon Validation of IEEE 1149.1-2013 based Silicon Instruments

  • Introduction to Questa CDC

    In this session, you will learn how the Questa Clock-Domain Crossing (CDC) solution focuses on the interaction between these clock-domains.

  • Integrate Ethernet QVIP in a Few Hours: an A-to-Z Guide

    Functional verification is critical in the development of today's complex digital designs. Increasing hardware complexity generally tracks Moore's Law; however, verification complexity grows at an even faster rate. Verification cycle is widely acknowledged as the major bottleneck in design methodology. Up to 70 percent of design time and resources are spent on functional verification. And yet, functional bugs are the number one cause of silicon re-spins.

  • Fast Track to Productivity Using Questa Verification IP

    This article demonstrates these features while referencing the PCIe and AXI4 Questa VIP components.

  • Cache Coherent Interface Verification IP

    In a multi-processor system, a cache coherence protocol is vital to maintain data consistency between local caches and the main memory. With the local processor cache, the bus stimulus must be compliant with the cacheline state following predefined ordering rules between the read/write and cache snoop stimulus. These constraints can make it confusing to generate stimulus. This article addresses such stimulus generation issues by providing easy to use generic APIs along with a cache controller.

  • Hey You, Design Engineer!

    How design engineers can get verification engineers to stop complaining, and other advice.

  • Please! Can Someone Make UVM Easier to Use?

    UVM was designed as a means of simplifying and standardizing verification which had been fragmented as a result of many methodologies in use like eRM, VMM, OVM. It started off quite simple. Later on, as a result of feature creep, many of the issues with the older methodologies found its way into UVM. This article looks at some of those issues and suggests ways of simplifying the verification environment.

  • Controlling On-the-Fly-Resets in a UVM-Based AXI Testbench

    This article describes techniques for modeling UVM testbench components in an AXI-based environment. It also covers handling the stimulus generation unit (uvm_test) required to re-generate the DUT traffic without using phase jumps. Note that this technique can be applicable to other UVM-based testbench environments.

  • Increase Verification Productivity with Questa UVM Debug

    Debug is one of the major bottlenecks that verification teams face today. Traditionally, to make the debug task easier, significant effort is invested upfront by following standard coding guidelines and writing code that is debug friendly. The near-universal adoption of UVM has, while making the verification process a lot more streamlined, however, increased the debug challenge.

  • Questa Coverage Closure

    In this demo, you will learn a few of the key features of the Questa Verification Platform as applies to the process of coverage closure.

  • Introduction to Questa CoverCheck

    In this session, you will learn how Questa CoverCheck automates and accelerates the process of code coverage closure.

  • Establishing a Company Wide Verification Reuse Library

    In this session, you will learn how to outline key characteristics of a reuse verification library and will outline a proven reuse methodology.

  • Navigating the Perfect Storm: New School Verification Solutions

    This session introduces today’s trends and challenges in SoC design and verification and outlines a path for navigating this “perfect storm."

  • Verification and Debug: Old School Meets New School

    You will learn how to use the best of old and new school debug techniques to find problems faster and to better answer “am I done yet”.

  • UVM Sequences in Depth

    In this session, we will walk through the mechanics of setting up and executing Slave Sequences in a responder.In this session, we will walk through the mechanics of setting up and executing Slave Sequences in a responder. We will also walk through modeling an interrupt sequence and show how to have interrupt sequences running in conjunction with other stimulus sequences.

  • Overview and Welcome

    This session describes rudimentary SystemVerilog through writing a complete UVM testbench.

  • Lab and Code Examples | Introduction to UVM

  • Introduction to UVM - Overview and Welcome

  • SystemVerilog Primer for VHDL Engineers

    This session teaches SystemVerilog using concepts from VHDL.