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The current methods used during circuit board assembly to protect MEMS microphones can cause performance degradation, significant yield losses and higher manufacturing costs. With GORE MEMS Protective Vent Style 100, industry-leading protection and acoustic performance can be seamlessly installed during circuit board assembly.

Rapid environmental changes can lead to pressure differentials between inside and outside of an electronic device. GORE^® Pressure Vents provide superb reliability through exceptional balance of airflow and water protection.

Providing Liquid Resistance, Acoustic Consistency, and Reliable Supply

GORE^® Acoustic Vents for immersion applications facilitate transmission of sound with superior acoustics performance, deeper immersion protection and enhanced contamination resistance. Gore can tailor this material around the desired functionality to repel water, sweat, cleaning solutions and low surface tension liquids like detergent and oils without sacrificing acoustic performance.

GORE Thermal Insulation is a new thermal management solution that increases the designer’s ability to direct heat by greater control of z-axis thermal conductivity. More control means superior spreading options that enable components to perform at higher levels for longer, accommodate shrinking form factors, and/or meet surface temperature requirements.

The current methods used by manufacturers to protect MEMS microphones can cause performance degradation, significant yield losses and higher manufacturing costs. With GORE^® MEMS Protective Vent Style 200, industry-leading protection and acoustic performance can be installed without any special handling during circuit board assembly.

Today's portable electronic devices need to stand up to dust and splash hazards that go way beyond commonly used IP standards; which is why Gore testing goes way beyond them too. Our venting materials are tested and qualified to perform to industry standards, but also to additional protocols developed by our engineers that better reflect real-world conditions.

Reduce 5G mmWave antenna hot spots with a new thermal insulator that’s better than air.