Webinar: Chip-Level Thermal Analysis Using Celsius Thermal Solver

Transient thermal analysis is a critical factor in understanding thermal behavior, and the impact of dynamic thermal management on the performance of a chip, even more so for applications like automotive, data center, mobile, healthcare, and high-performance computing

Webinar: Digital Implementation and Signoff – A Full Flow Overview

Bigger and more complex designs translate to more challenging PPA targets. To meet these challenges, the Cadence integrated digital full-flow offers innovations that work across individual tool boundaries through the integration of core engines and key technologies. Watch this webinar to learn how the Cadence digital full flow and its underlying products can help you beat your PPA goals ahead of schedule.

Webinar: Addressing the Signoff Crisis with Tempus Power Integrity

Attend this webinar. Tempus Power Integrity introduces an integrated IR drop/STA solution combining the accuracy and speed of Tempus STA with Voltus IR drop analysis. Coupled with Innovus Implementation and Tempus-ECO Option’s powerful IR avoidance and fixing capabilities, Tempus Power Integrity enables engineering teams to signoff the highest performing designs with utmost confidence. Limited to Cadence customers with access to the digital implementation flow.

Webinar Series: Finding Verification Pitfalls Before They Get You

What if you could reduce rework by stamping out the pitfalls much earlier in the design cycle, saving countless hours of design frustration when you are up against your release deadlines? Join our four-part webinar series to learn about advanced verification techniques that can be applied to RF and analog designs, as well as a methodology for tracking your progress to final specification coverage of your analog/mixed-signal designs.

Webinar: T/R Microwave Module Design Flow with AWR Software

This webinar will showcase a microwave module design flow for a 2x2 phased array antenna with a T/R module operating in the 8-12GHz frequency range. The design will highlight the use of Cadence AWR Design Environment software, including system-level characterization and RF circuit design for schematic entry and layout, as well as EM simulation of the interconnects and bond wire transitions.

Design Automation Conference (DAC) 2020

As the Design Automation Conference (DAC) goes digital in 2020, Cadence is excited to be a Platinum Sponsor.

Webinar: How to Leverage Cadence Online Support to Your Advantage

Attend this webinar to learn how to use Cadence Online Support (COS) to your advantage. Limited to Cadence customers with access to the digital implementation flow.

Webinar: Design Methodology for IoT Antenna Matching and Integration with Virtual Antenna

This webinar presents a practical methodology for designing single and multiband impedance-matching networks in order to optimize the antenna efficiency of Virtual Antenna surface-mount antennas from Fractus Antennas. The approach uses Cadence AWR Design Environment software, including AWR simulation models to account for the impact of interconnecting transmission lines, AWR impedance-matching network synthesis for matching component parasitics, and AWR optimization techniques to improve the overall performance.

Webinar: Full Flow Power Analysis and Optimization

Attend this webinar. We will cover the Cadence solutions for power analysis and optimization starting with early system-level analysis, through RTL-level architecture/microarchitecture, low power implementation, and finally to silicon signoff. Limited to Cadence customers with access to the digital implementation flow.

International Microwave Symposium 2020

Join Cadence at this year’s IEEE MTT-S IMS 2020 virtual event. Cadence will showcase a variety of tools and solutions, including the latest release of Cadence® AWR Design Environment® Version 15, that enable Intelligent System Design™. Find out how Cadence solutions can help better address your RF to mmWave and multi-fabric design challenges, including system, circuit and electromagnetic (EM) analysis, verification, and cross-fabric implementation.