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European Microwave Exhibition 2023

Visit us and our Elite Channel Partner CADFEM at the European Microwave Exhibition, September 17 - 21, 2023, at Messe Berlin in Germany. Stop by our booth and workshops to hear industry expert presentations or demonstrate how to use Ansys simulation tools.

Simulation from Chip to Satellite

For 5G, autonomous vehicles, smart products, homes, cities, and factories to become a reality, the enabling electronics technologies must deliver unprecedented levels of reliability. Engineering simulation is critical in helping high-tech companies deliver innovative and reliable products that achieve and exceed their target performance, energy efficiency, cost, and speed-to-market goals.

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    Optimize Power, Performance and Cost
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    Increase Product Reliability
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    Accelerate Innovation
Silicon to the city

Envisioning the Future of Communications

Explore virtual prototyping and virtualization with Ansys solutions. We provide a comprehensive set of simulators integrated into a coupled multiphysics workflow leveraging high-fidelity physics. Our decades of applied research in computational multiphysics lets you dynamically capture your design's multidimensional space - electromagnetic, semiconductor, thermal, material, structural, and mechanical - in a single platform. This solution leverages high-performance computing that can be automated and deployed across the enterprise. It allows engineers from multiple disciplines to collaborate more effectively and efficiently.

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Day 1
Tuesday, September 19

 

Workshop

Presenter

Company

10:00–11:00

The latest and greatest features in HFSS 2023 (update overview) 

Markus Laudien 

Ansys

11.00–11:15

Q&A

 

 

11:15–11:30

Break

 

 

11:30–12:30Installed performance analysis of antenna phased arrays: challenges and solutionsAlexander ShalabyCADFEM
12:30–12:45Q&A  
12:45–13:00Break  
14:30–15:30Accurate and efficient RFIC simulation workflow in HFSS Markus Laudien & David PrestauxAnsys
15:30–15:45Q&A  
15:45–16:00Break  

16:00–17:00

The latest advances in simulation for automotive radar-applications

Amazir Moknache 

Ansys

Day 1 Workshop

Day 2
Wednesday, September 20

 

Workshop

Presenter

Company

10:00–11:00

Multiphysics analysis of 5/6 G antenna arrays 

David Prestaux

Ansys

11.00–11:15

Q&A

 

 

11:15–11:30

Break

 

 

11:30–12:30An easy workflow made even easier: combining PCB-Layout and 3D elements Markus Laudien Ansys
12:30–12:45Q&A  
12:45–13:00Break  
14:30–15:30Automation approaches in circuit and layout geometries using PyAEDT Olivier PelhatreAnsys
15:30–15:45Q&A  
15:45–16:00Break  

16:00–17:00

Simulating cable harness and EMC sources for automotive applications- an easy tool for a complex task: Ansys EMC plus  

Amazir Moknache 

Ansys

Day 2 Workshop

Day 3
Thursday, September 21

 

Workshop

Presenter

Company

10:00–11:00

RF Filter Synthesis for planar and 3D filter topologies using Nuhertz and Synmatrix 

Markus Laudien & Diamond Liu 

Ansys & Synmatrix

11.00–11:15

Q&A

 

 

11:15–11:30

Break

 

 

11:30–12:30The latest and greatest features in HFSS 2023 (update overview) Olivier PelhatreAnsys
12:30–12:45Q&A  
12:45–13:00Break  
13:00Meets the experts: Open table for questions  
Day 3 Workshop

Featured Webinars

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Base-Station Antenna System Design for 5G/6G Communications

The fifth/sixth generation (5G/6G) mobile networks support the growth of many applications, such as new entertainment experiences, intelligent autonomous mobility, revolutionizing healthcare, and propelling manufacturing into a new era of smart connected factories.

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Automating Ansys HFSS Antenna Design Workflow with Ansys PyAEDT

Take the next step in Antenna design. Using the Ansys Electronic Desktop with Python support PyAEDT, attendees will learn how the automation capabilities of PyAEDT lend themselves to workflows with HFSS to model and simulate antenna designs.

Blogs

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Blog

Improve Workflows, Encryption, and Performance with Ansys HFSS 2022 R2

Designers of cutting-edge, high-speed electronics face never-ending pressure to pack more functionality into an ever-shrinking footprint.

The outcome — dense, tightly integrated products — presents significant challenges for signal integrity and electromagnetic interference/compatibility (EMI/EMC) due to the components' proximity and higher data rates and frequencies.

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How to Calculate and Increase Antenna Gain

Picture a perfectly spherical antenna. Radiating its energy equally in every direction, it evenly supplies the same electromagnetic intensity vertically and horizontally. It’s called an isotropic radiator, and — spoiler — it does not exist. Every antenna in the real world has some directivity and emits more energy in a given direction. 

Case Studies and Articles

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Article

Live Wire

Researchers designed an unusually compact wearable antenna that covers the entire instrument, scientific and measurement band.

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Case Study

ANYWAVES

ANYWAVES develops next generation miniature antennas

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Article

Making Waves

At Chemring Technology Solutions, Ansys HFSS play a key role in most projects involving wireless communications, radar and high frequency networking in which electromagnetic fields are critical.

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Case Study

Andar Technologies

Virtual prototypes from Ansys HFSS allow Andar to create innovate designs and reduce the amount of physical prototyping to a minimum.

White Papers

 

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An Integrated Workflow for Simulating Installed Antenna and RF System Performance on Airborne Platforms

This paper presents an integrated workflow for simulating installed antenna and radio frequency (RF) system performance on airborne platforms using Ansys tools. 

Connect with Ansys Channel Partners at EuMW Berlin

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