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A new and more cost-efficient way to design capacitive touch sensors
Meet the industry's first end-to-end solution for the design, schematic capture, and system-level simulation of capacitive touch sensors.
Here is how our solutions can help
you in each step
of the way
Get minimal simulation error and guaranteed prototype-level accuracy
SENSE features real-world accuracy, validated against measurements from IC Makers.
Save time with SENSE's fully automated preprocessing
SENSE features machine learning-powered automatic mesh generation, optimized specifically for your design.
Simply import your proprietary patterns as standard DXF or Gerber files, click a button, and let SENSE’s intelligent engine create the 3D touch sensor model for you.
Validate your designs faster using our proprietary electrostatic solver
SENSE leverages cutting-edge algorithms that enable efficient utilization of hundreds of cores to reduce simulation time
Design fast and more efficiently with the industry's only online CAD solution optimized for capacitive touch sensors
From the industry’s most common electrode patterns to shielding entities, all the elements you need for your next touch sensor design are just a click away
Our customers have achieved:
36% decrease in power consumption of the end product, with an optimized sensor design.
Ability to identify design flaws in a matter of hours instead of weeks, and thus reducing the time-to-market for new products
Acceleration in their R&D efforts by being able to test hundreds of different sensor components and design variations simultaneously
Scaling customer requests’ handling, by easily deploying SENSE to their whole team
Fieldscale provides a tool that is tailor made for the simulation of touch sensor design, their tool places such simulation within reach of most engineers and provides a solution that can be scaled to evaluate all designs.
Samuel Brunet
Systems Engineering Senior Manager
Fieldscale is offering to our customers the possibility to simulate their touch sensing solutions with the STM32 32-bit MCU. The setting of this simulation tool is greatly simplified and the result is so predictive, that users won’t have to redo endless re-spin of boards to obtain a successful design.
Patrice Hamard
STM8-STM32 Line Marketing Manager
Thanks to Fieldscale’s accurate simulation results, we have saved a great amount of material and labor cost required to verify the design, and speed up the resolution of unexpected problems.
Lawrence Lu
Senior Engineer
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