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GORE<sup>&reg;</sup> Protective Vents Ensure RF System Reliability with the Right IP Rating for Heavy Rain Conditions

Fingu, a well-respected manufacturer known for its radio frequency (RF) systems, needed quickly to identify the cause of water ingress in their RF subsystems. Their subsystems were mounted on top of telecom towers in a location subject to fierce typhoons. These heavy rains and high-force winds caused water to enter the housing and compromise the subsystem’s integrity and performance.

GORE<sup>&reg;</sup> Protective Vents Improve Antenna Alignment Monitoring by Preventing Condensation

Sunsight Instruments of Orlando, Florida, provides antenna alignment and monitoring systems to the telecommunications industry. The AntennAware Attitude Sensor (AAS) is a permanently mounted, fully integrated monitoring sensor that ensures correct alignment of antennae on a continual basis.

GORE<sup>&reg;</sup> Protective Vents Eliminate Internal Vacuum to Prevent Water Damage and Corrosion

A global manufacturer of wireless routers specializes in ruggedized products that withstand water intrusion caused by extreme environmental conditions. During the initial year of installation, one of the products began having issues with water leaking into the enclosure, causing corrosion and performance issues with the electronic components.

GORE<sup>®</sup> Protective Vents Reduce Condensation in Sealed Enclosures

Laird Technologies, a global manufacturer of telematics, needed to provide a way to maintain equalized pressure inside a smart antenna enclosure without creating a path for water and other contaminants to enter.

GORE<sup>&reg;</sup> Protective Vents Improve Durability of Base Stations By Equalizing Pressure

PureWave Networks, Inc., of Santa Clara, California, develops advanced, LTE small cells and compact WiMAX base stations that have revolutionized the economics of 4G network deployment and operations.