Simulation Guides

Surface Acoustic Wave (SAW) Filters

OnScale allows designers to simulate SAW Filters in full 3D using high fidelity FEA. Find out how you can optimize the performance of your designs for 5G applications using our simple simulation guide.

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Follow SAW Simulation Guide below

SAW Simulation Guide

SAW Unit Cell 3D

Get started by simulating a basic 3D SAW Unit Cell Model. 4 mins 0.14 Core-Hours

SAW Metallization Study

Run a design study to see how aspect ratio of the SAW electrode fingers and the electrode thickness effects the electrical performance. 5 mins 5.29 Core-Hours

SAW 3D

Simulate a 3D SAW to capture the full filter performance. 14 hr 12 mins 56.6 Core-Hours (4 CPU)

Why Simulate SAWs in OnScale?

Large Design Spaces

OnScale has the ability to run and evaluate 1000s of designs in parallel.

Solution to Large Problems

OnScale can simulate effects of full 3D SAW Designs.

Reduce Risk

Simulating designs in OnScale reduces the risk, time and cost of traditional design cycles.

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Additional Resources

Webinar

How to Optimize Filter Designs for 5G Mobile Front-Ends

OnScale discusses the 5G filter market, the need for new methods of design and optimization of RF filters, and demonstrates a technique to exploring expansive design spaces using OnScale Cloud.

Watch On-Demand

Blog

Driving Innovation for 5G and IoT applications

This blog takes a look at how simulation can accelerate IoT innovation and reduce design cycles by describing several real-world examples, which were ran in OnScale.

Read Now

Design Study

SAW Wafer Cut Angle Study

Discover how OnScale can be used to analyse the effect of cut angle on RF performance and thermal stability.

Try it yourself

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