Skip to content
Close
Talk to an expert
Japanese
Talk to an expert
Japanese

Multiphysics simulation for consumer electronics

Optimize next-gen MEMS, RF, and audio components with cloud-scale precision.

Audio MEMS · RF Filters · AR/VR Optics

Talk to an expert
Watch a 3-minute demo
consumer electronics hero
Nilavazhagan Subbiah, PhDStaff Engineer
“Quanscient Allsolve enables large-scale multiphysics simulations of PMUT and CMUT arrays that would be challenging to achieve with other simulation tools. Its unique capabilities have helped us push the boundaries of what can be simulated in ultrasonic MEMS design.”
PixierayAntony Hartley, CAE Consultant
"With Quanscient Allsolve, we were able to test different parameters to find the working design from the first iteration, saving three months in product development time."
kiutraKlaus Eibensteiner, Team Lead of Engineering
“Quanscient Allsolve made our hardware iterations much more reliable and functional, speeding up the development process by requiring fewer hardware iterations to get to a finalized product.”
The industry

Challenges Quanscient Allsolve can address

minimize
Balancing performance in shrinking form factors

As devices shrink, thermal, mechanical, and electromagnetic components interfere with one another. 
microscope
Ensuring yield for sensitive MEMS components

A design that works perfectly in simulation can fail in the factory due to microscopic tolerances. Predicting yield loss before mass production is critical to margin protection.
speaker
Delivering high-fidelity audio in micro-spaces

Designing MEMS microspeakers that deliver high SPL without harmonic distortion requires rigorous, non-linear multiphysics analysis.
Quanscient Allsolve

Simulation at the speed of consumer innovation

Quanscient Allsolve

Cloud-scale yield prediction

Don't just simulate one nominal design. Run thousands of Monte Carlo simulations in parallel to understand how manufacturing tolerances affect performance, ensuring robust designs for mass production.

Cloud scale yield prediction

Optimizing complex RF & acoustic arrays

Import full CAD models of SAW/BAW filters and microphone arrays without simplification. Capture the exact electromechanical coupling and packaging stress that detunes sensitive components.

Electronics manufacturing

Instant audio & vibration optimization

Utilize Harmonic Balance analysis and AI surrogates to tune MEMS speakers for maximum volume and minimal distortion, replacing weeks of prototype tuning with data-driven design decisions.

Audio optimization
MultiphysicsAI

Physics-aware artificial intelligence

Traditional tools tell you what one design does. Engineers need to know which design to build under competing objectives, manufacturing limits, and deadlines.

MultiphysicsAI reveals the full design space so you can see all best trade-offs, move from specs to viable candidates, and verify you didn’t miss a better option.

Learn more about MultiphysicsAI
MultiphysicsAI
Use cases

What Quanscient Allsolve is used for

5g antenna
RF MEMS
Optimization of SAW/BAW filters, RF switches, and resonators for 5G/6G connectivity.
earpuds
MEMS Microspeakers
Harmonic distortion and SPL optimization for TWS earbuds and smart glasses.
a phone is turned to landscape orientation
Inertial MEMS
Damping and sensitivity analysis for gyroscopes and accelerometers (wearables/phones).
mems resonator
Timing Devices
Phase noise and thermal stability analysis for MEMS oscillators and resonators.
mems micromirror device
Optical MEMS
Micro-mirror actuation and thermal stability for AR/VR projection systems.
fingerprint sensor
PMUT/CMUT
Design of ultrasonic fingerprint sensors and gesture recognition arrays.

Technical examples

Industry page technical examples
MEMS

MEMS speaker yield optimization

Optimizing MEMS microspeaker yield & audio quality via MultiphysicsAI
Open full example
2-Mar-10-2026-08-04-37-9063-AM
MEMS

PMUT sensor generative design

Generative design of PMUT sensors via MultiphysicsAI & surrogate modeling
Open full example
3-Mar-10-2026-08-06-31-8823-AM
MEMS

MEMS gyroscope damping analysis

Predicting real-world MEMS gyroscope performance via coupled damping analysis
Open full example
4-2
MEMS

PMUT sensor yield prediction

Predicting fabrication yield of PMUT sensors via Monte Carlo analysis
Open full example
Abstract-mesh-3
Quanscient Allsolve

See how it could work for you

Submit the form to talk with our experts—we'll respond within 1 business day. You'll learn:

  • How Allsolve could fit your use case
  • What results to expect (accuracy, runtime, design exploration capabilities and rough cost range)
  • How it could plug into your workflow today

Interested in just seeing an on-demand demo? Watch the 3-minute demo here