Identifying and Resolving Low Power Issues Before Tapeout
This webinar highlights how to find low power issues during verification using Formality.
Bob Hatt, Staff Corporate Applications Engineer, Synopsys
Sep 29, 2015
20X Power Analysis Performance Improvement with Synopsys Verdi Technologies
Discover how Synopsys' Verdi technologies, Siloti Correlation and Siloti What-If Replay Simulation, can enable up to 20X performance improvement for power analysis – from weeks to hours. These technologies enable the use of RTL simulation results to generate gate-level simulation data without the need to bring up the gate-level environment, thus enabling power analysis at early stages of the design cycle. Also included is parallel run technology to enhance performance up to 60X compared to the original flow.
Rich Chang, Product Marketing Manager, Debug, Synopsys
Sep 16, 2015
Learn How to Accelerate Verification Closure with PCIe Gen4 VIP
This webinar shows how to leverage protocol, methodology, verification and productivity features of Synopsys VC VIP and UVM source code test suites for accelerated verification closure of PCIe Gen4 based designs.
Paul Graykowski, Senior Manager, PCIe VIP, Synopsys
Aug 19, 2015
Addressing Verification Challenges of Evolving Ethernet Speeds from 25/40/50/100G and Beyond
We will outline in detail the verification challenges of current and future Ethernet speeds and explain how Accellera UVM Methodology, IEEE 1800-2012 System Verilog Functional Coverage, and SystemVerilog Ethernet Verification IP empowers design and verification teams with methodology, techniques and tools they need to achieve success.
Shenoy Mathew, Senior Corporate Applications Engineer, Verification Group, Synopsys
May 20, 2015
Picking up the pieces: self-contained verification platforms for the modular smartphone era
In the framework of Mobile platforms, learn how source code testsuites provided with Verification IP enable verification engineers to quickly generate diverse permutations of random/constrained random transactions that stress test the systems and subsystems, contributing to "Shift Left" of the verification time and ensure bug free designs.
Nitin Agrawal, CAE Manager, Verification Group, Synopsys
Apr 07, 2015
An Approach for Efficient IP Reuse in a Hierarchical UPF Methodology
This webinar will help you understand a Liberty-based approach for effective IP reuse in implementation of a multi-voltage hierarchical design using the IEEE 1801 (UPF) standard.
Viswanath K. Ramanathan, Corporate Applications Engineer, Synopsys; Mary Ann White, Director of Product Marketing, Synopsys
Feb 26, 2015
Automate Low Power Verification and Implementation Flow with VC Apps
UPF imported into Verdi's database provides valuable information to understand relationships between logic designs to power its intent. Learn how VC Apps APIs allows users to check if the design meets the requirements of low power design rules, and helps automate the implementation of low power design structure.
Rich Chang, Product Marketing Manager, Debug, Synopsys; Paul Huang, Corporate Application Engineer (CAE), Synopsys
Jan 28, 2015
Avoiding the Common Pitfalls of ARM-based Cache-coherent Verification and Performance Analysis
Synopsys will cover how verification IP for AMBA enables users to generate correct and interesting coherent stimulus for cache coherent SoC verification. This will include the complexities of configuration, stimulus, coverage and checking, as well as how to address the common verification pitfalls.
Neill Mullinger, Product Marketing Manager for Verification IP, Synopsys; Tushar Mattu, Corporate Application Engineer (CAE) for Verification Group, Synopsys
Dec 03, 2014
Take Control of Your Flow: Getting Started with Your First VC Apps
VC Apps, a programming interface available with Verdi, provides direct and open access to information from Verdi’s databases, analysis engines, and GUI components to customize, innovate or integrate within the Verdi debug environment. Verdi users have the power to maximize their effectiveness by using pre-built VC Apps or writing custom automation apps, scripts or programs. Learn how VC Apps APIs allow users to quickly get started writing programs, and provide many valuable ready-to-use apps installed in the Verdi package.
Rich Chang, Product Marketing Manager, Debug, Synopsys; Paul Huang, Corporate Application Engineer (CAE), Synopsys
Nov 11, 2014
The 10 Things to Know About Memory Verification: Synopsys Memory VIP
Learn how feature-rich, native SystemVerilog memory VIP rapidly verifies the memory interfaces on complex designs, focusing on 10 key areas where productivity is improved.
Neill Mullinger, Product Marketing Manager for Verification IP, Synopsys; Nasib Naser, PhD, Senior Staff Corporate Applications Engineer, Synopsys
Oct 23, 2014
Reinventing Coverage and Planning with Verdi—A Fully Integrated, Complete Verification Closure Flow To Help You Deliver Chips On Time
The Synopsys Verdi® Coverage solution provides comprehensive planning and coverage analysis technologies as a part of the industry-leading Verdi3™Automated Debug System. We'll discuss why Synopsys' native integration of planning, coverage, and debug technologies provide a complete closure solution to help meet demanding schedules and provide teams with more confidence when asked the inevitable question: '"Are we done yet?"
Steve Chappell, Senior Product Marketing Manager, Debug and Analysis, Synopsys; Michael Horn, Verification Technologist, Synopsys
Oct 14, 2014
Addressing IP Compliance Challenges with UVM-based Test Suites
Protocol verification is a massive time- and resource-consuming endeavor, fraught with complexity and the risk of errors and omissions. Synopsys Verification Test Suites leverage the expertise of protocol experts to provide a rapidly deployable and extensible set of comprehensive tests, written in easily modifiable and reusable SystemVerilog UVM source code. The webinar will give an overview of the architecture and scope of Synopsys’ Verification Test Suites to achieve faster and higher quality coverage closure.
Neill Mullinger, Product Marketing Manager for Verification IP, Synopsys; Karim Aoua, Staff CAE, Synopsys
Sep 30, 2014
Advanced Mixed-Signal Design and Verification of Smartcar ICs
In this webinar, Micronas and Synopsys discuss the breadth of automotive IC applications, challenges in design implementation and verification and the solutions that stemmed from their collaboration.
Mario Anton, Micronas; Gernot Koch, Micronas; Marco Casale-Rossi, Synopsys
Jul 31, 2014
Imagination and Synopsys: Reduce Dynamic Power and Area up to 50% on a GHz+ MIPS Core Implementation
In this webinar, Imagination Technologies will share how their selection of standard cell architecture and use of several dynamic power techniques available in Design Compiler and IC Compiler helped them achieve optimal power and area savings for their MIPS family of CPU cores.
Maya Mohan, Hardware Design Engineer, Imagination Technologies and Jeffrey Lee, CAE Manager, Power Compiler, Synopsys
Jul 10, 2014
Extending Proven Digital Verification Techniques for Mixed-Signal SoCs with VCS AMS
VCS AMS provides mixed-signal verification with a unique performance advantage due to tight integration of VCS functional verification and CustomSim FastSPICE simulation. Webinar topics include an introduction of the new VCS AMS mixed-signal verification solution, RNM with VCS, the SystemVerilog-based AMS testbench methodology, low power verification using UPF power intent specification and AMS debug with Verdi.
Rebecca Lipon, Senior Product Marketing Manager, Verification Group, Synopsys; Arturo Salz, Synopsys Scientist, Verification Group, Synopsys
May 21, 2014
Using a Golden UPF Methodology for Low Power Designs
This webinar will help you understand the best practices for implementation of a Golden UPF flow for Multi-Voltage designs using the IEEE 1801 (UPF) standard.
Somil Ingle, Sr. Corporate Applications Engineer, Synopsys; Mary Ann White, Product Marketing Director, Synopsys
Apr 03, 2014
VCS Xprop: Catch X-Related Issues at RTL to Reduce Time-Consuming Gate-Level Simulations
In this webinar you'll learn about a new technology in VCS, called Xprop, which eliminates 'x' optimism at RTL to enable correlation with hardware design behavior. Xprop can be used to reduce and potentially eliminate gate-level simulations for 'x' validation. This webinar will also show how VCS® Xprop eliminates 'x' optimism in advanced simulation flows (such as VCS-NLP) and demonstrate how to debug 'x'-related issues identified by VCS-NLP and Xprop using Verdi™ Power-Aware Debug.
Rebecca Lipon, Senior Product Marketing Manager, Verification Group, Synopsys
Nov 05, 2013

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