Sensing technology is essential for Advanced Driver Assistance Systems (ADAS) and Autonomous Driving (AD) systems.
With the introduction of Autonomous Driving Level3 vehicles on the market, it has become a problem to ensure the proper operation of various sensors regardless of weather or driving conditions.
Feature 1
Excellent
Heating
performance
Rapid and uniform heating
due to low resistance and proprietary wiring design.
Feature 2
High
Visibility
High transparency due to fine wiring allows for direct heating without compromising design.
Feature 3
High
Transmittance
High transmittance in the infrared and millimeter wave regions is ensured by proprietary metal mesh and wiring design.
Feature 4
High
Design flexibility
Panasonic's proprietary methods and design know-how provide high flexibility in wiring patterns and contribute to set design.
Feature 5
Support for
Curved design
and
various shapes
Achieve a uniform surface temperature on curved and various shapes by using film base materials and proprietary wiring designs.
Automotive
Suitable for anti-fogging and snow-melting applications of windshields, rear windows, lamps, and various sensing devices to accurately understand driving conditions.
FineX contributes to visibility, safety, and stable sensing in Automotive designs.
IThermal Management
IEnsuring Sensing Functionality
Automotive
Suitable for anti-fogging and snow-melting applications of windshields, rear windows, lamps, and various sensing devices to accurately understand driving conditions.
Transparent Conductive Film contributes to visibility, safety, and stable sensing in Automotive designs.
IThermal Management
IEnsuring Sensing Functionality
Glasses
Helpful for maintaining visibility and preventing fogging in eyeglasses or wearables, while enhancing comfort and clarity.
LCD panel
This technology aids operability and responsiveness in low-temperature environments, preventing fogging, condensation, and freezing caused by sudden temperature changes.
It helps avoid delays in panel operation, degradation of image quality, and potential equipment malfunctions.
