This four-part educational webinar series provides a deep dive look at how the Ansys Electromagnetic capabilities have evolved over the last few years and how these new advances have helped electrical engineers innovate highly complex structures. Join us to learn how these next-generation capabilities will increase your design capabilities and enhance your design process.


Upcoming Webinars


Novel, Efficient Antenna System Design Using HPC Capabilities in Ansys HFSS

Wednesday, Oct 27, 2020 - 10:00 a.m. IST/ 12:30 p.m. SST / 3:30 p.m. AEST

Presenter: Markus Kopp, Senior Global Technical Manager-EBU Enablement, Ansys

Are you concerned your 5G massive MIMO antenna array will not meet specifications and requirements? Do you need a faster and more accurate solution for your challenging antenna designs? Do you want to know how expansive a simulation can be with the latest Ansys HFSS capabilities?

This webinar will chart the progress of HFSS with respect to antenna design and how it has evolved into the established leader in the field. If you have not used HFSS recently or simply want to know what HFSS offers for antenna modeling, this is the webinar for you.

Please join us for this 45-minute webinar to learn about newly introduced HPC-based capabilities in Ansys HFSS to:

  • Predict performance metrics for complex antenna systems deployed in non-ideal environments
  • Create expansive, virtual wireless communication systems that are inclusive of realistic homes, buildings or even dense urban environments
  • Reduce overall development time by using real-time tuning capabilities in HFSS
  • Rapidly and accurately design 5G MIMO antenna arrays
Register

Optimizing 10 Gbps+ Serial Channel Performance Using New Ansys SIwave Features

Thursday, Oct 30, 2020 - 10:00 a.m. IST/ 12:30 p.m. SST / 3:30 p.m. AEST

Presenter: Markus Kopp, Senior Global Technical Manager-EBU Enablement, Ansys

This webinar will focus on the latest additions to our signal and power integrity solution set, such as the EMI scanner, the EMI Xplorer, the Crosstalk Scanner and the PI advisor.

We will address how advanced features such as HFSS Regions in SIwave will increase your simulation accuracy and help you verify and sign off on your SI or Pi designs. You will also learn how the same UI can be used to get upfront insight into potential EMI/EMC issues.

If you are a signal or power integrity engineer or manager and need to be up to date with modeling capabilities and solutions, this webinar will address how to:

  • Gain quick and accurate insights into SI/PI/EMI design challenges within one user interface
  • Optimize decoupling capacitor strategy and increase PDN performance
  • Explore how the HFSS Regions capability in SIWave enhances overall simulation accuracy
  • Model a virtual end-to-end, high speed data channel
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New, Powerful Ansys Electromagnetic Capabilities for EMI/EMC Simulations

Tuesday, Nov 3, 2020 - 10:00 a.m. IST/ 12:30 p.m. SST / 3:30 p.m. AEST

Presenter: Markus Kopp, Senior Global Technical Manager-EBU Enablement, Ansys

Does EMI keep you awake at night? Leading companies are reducing EMI/EMC test cycles by leveraging simulation technologies. This webinar will show how a slew of new Ansys Electromagnetic capabilities can be leveraged to remove your fear of EMI testing and replace it with a priori knowledge about the potential for EMI/EMC issues. Join us to learn about all our new capabilities such as:

  • The EMI wizard, a rules-based design checker built into Ansys SIwave
  • A new cable modeling tool for cable emissions
  • A built-in template for tests such as CISPR25, RadHaz, BCI, etc.
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New Ansys Electronics Desktop Capabilities for Electronics Design, Validation and Signoff

Tuesday, Nov 6, 2020 - 10:00 a.m. IST/ 12:30 p.m. SST / 3:30 p.m. AEST

Presenter: Markus Kopp, Senior Global Technical Manager-EBU Enablement, Ansys

This webinar supplies a broad overview on the Ansys Electronics Desktop (AEDT) and its many advanced capabilities and features. Specifically, you will learn how AEDT can be used to create designs, virtually verify their performance and include these designs in large-scale system level system simulations.

Join us to learn about:

  • The various circuit solvers and other underutilized features in AEDT
  • The power of hybridizing electromagnetic and circuit simulations to create virtual electronic product simulations
  • Achieving thermal simulations in AEDT
Register