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SNUG Silicon Valley 2024
Santa Clara Convention Center 5001 Great America Parkway, Santa Clara, CA, United StatesConnecting the Synopsys User Community SNUG conferences have connected Synopsys global users for more than three decades. SNUG 2024 will once again provide a place where users and technical experts can meet, network, and share ideas about chip and system design. Technical Committee SNUG thanks the members of the Technical Committee who volunteer their time… SNUG Silicon Valley 2024
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Shift-Left Thermal Analysis with AI-Enabled Celsius Studio Platform
With the growing complexities of 3D-ICs, chiplets, advanced packaging, and high-performance boards, engineers need a unified solution that provides early insight and analysis to detect and correct design problems before it is too late. This solution must also offer the ability to simulate the entire design efficiently, providing confidence in system signoff. Join our webinar… Shift-Left Thermal Analysis with AI-Enabled Celsius Studio Platform
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AI-Powered Electromagnetics Symposium
Cadence Design Systems, Building 5 2655 Seely Avenue, San Jose, CA, United StatesAccelerate Your Designs with Generative AI-Powered Multiphysics Analysis and Optimization How are you addressing the ever-increasing complexity and density of your high-performance electronic systems? What role do electromagnetic effects such as electromagnetic interference (EMI), electromagnetic compatibility (EMC), power integrity, and signal integrity play? Discover how Cadence is transforming electromagnetic (EM) simulation for optimal design performance with… AI-Powered Electromagnetics Symposium
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High-Performance RTL Simulation Workflow with Vivado and Active-HDL
Based on recent industry research, the FPGA market was valued at approximately USD 7.5 Billion in 2023, with an expected compound annual growth rate (CAGR) of around 10% by 2032. More and more engineers will be adopting FPGAs due to their versatility, acceleration capability, power efficiency and lower non-recurring engineering (NRE) costs (compared to ASICs).… High-Performance RTL Simulation Workflow with Vivado and Active-HDL
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Reduce Gate-level Simulation Bring-up Time with Semi-formal X Verification
Gate-level simulations (GLS) are a crucial step in the verification of an ASIC/FPGA. GLS is used for verifying power-up, reset operation, timing, multi-cycle paths, and power estimation. However, GLS can be a bottleneck in the project cycle due to its complexity. The nature of a GLS can cause simulations to run much longer than the… Reduce Gate-level Simulation Bring-up Time with Semi-formal X Verification
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Analyze the Impact of Surface Defect Dot on Short Circuit Phenomena in SiC Devices
Learn How STMicroelectronics Silicon Carbide (SiC) Research Team uses Silvaco TCAD to Analyze the Impact of Surface Defect Dot on Short Circuit Phenomena in SiC Devices During SiC device switching operations, it is possible that devices could be reaching abnormal overload conditions, which is why some applications require “robustness” specifications (e.g., Short Circuit and UIS… Analyze the Impact of Surface Defect Dot on Short Circuit Phenomena in SiC Devices
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High-Performance RTL Simulation Workflow with Quartus and Active-HDL
Based on recent industry research, the FPGA market was valued at approximately USD 7.5 Billion in 2023, with an expected compound annual growth rate (CAGR) of around 10% by 2032. More and more engineers will be adopting FPGAs due to their versatility, acceleration capability, power efficiency and lower non-recurring engineering (NRE) costs (compared to ASICs).… High-Performance RTL Simulation Workflow with Quartus and Active-HDL
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RISC-V Instruction Set Architecture: Enhancing Computing Power
*Work email required for registration* Don't miss out on this exclusive opportunity to stay ahead in the rapidly evolving landscape of chip design. Join us for an engaging discussion that promises to inspire and inform: - Gain insights into the latest trends shaping chip design. - Learn from industry leaders about the strategies behind successful… RISC-V Instruction Set Architecture: Enhancing Computing Power
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Siemens EDA User2User Conference
Santa Clara Marriott 2700 Mission College Blvd, Santa Clara, CA, United StatesEngineer a smarter future, faster at Siemens EDA User2User Conference April 3-4, 2024 Santa Clara, CA. Join your colleagues from around the industry for a day of technical sessions, networking, keynote sessions, labs and more. User2User is free of charge for Siemens EDA customers and includes sessions, lunch, and parking. Technology tracks covering the latest… Siemens EDA User2User Conference
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Maximizing the Benefits of Virtuoso Layout Suite XL
Find out how the Virtuoso Layout Suite XL you’ve known for many years is setting new standards in custom layout authoring. The connectivity-driven paradigm keeps the layout in synch with the circuit design and ensures that the design intents are always honored. Learn how we strengthened the layout editor in Virtuoso Studio, launched in 2023,… Maximizing the Benefits of Virtuoso Layout Suite XL
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Hierarchical Analysis of EM Crosstalk with EMX Planar 3D Solver
Identifying sources of electromagnetic (EM) coupling and safeguarding today’s complex electronic designs from EM crosstalk are daunting tasks. For designs with multiple levels of hierarchy, identification, and detailed analysis of the “EM-sensitive” content is a challenge. The manual creation of wrapper cells or new layout views to enable this quickly becomes a time-consuming and error-prone… Hierarchical Analysis of EM Crosstalk with EMX Planar 3D Solver
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High-Performance RTL Simulation Workflow with Libero and Active-HDL
Based on recent industry research, the FPGA market was valued at approximately USD 7.5 Billion in 2023, with an expected compound annual growth rate (CAGR) of around 10% by 2032. More and more engineers will be adopting FPGAs due to their versatility, acceleration capability, power efficiency and lower non-recurring engineering (NRE) costs (compared to ASICs).… High-Performance RTL Simulation Workflow with Libero and Active-HDL
12 events found.