High-frequency technology

Our world today runs on high-frequency applications, from pan-global conference calls to cutting-edge telecom equipment like 5G base stations and data centers. These technologies demand materials that can perform under intense conditions. SCHOTT’s specialty glass offers game-changing properties to meet the challenges of the high-frequency market.
Woman looking at smartphone with podcast on the display

RF filter

RF filters are a key component to enable high bandwidth communication for today's smartphones. Our glass substrates add structure to RF filters and ensure mechanical stability.

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Series of high performance communication antennas on a mast

Antennas

The potential of glass and glass-ceramic for use in high-performance antennas, such as transmitter masts for mobile communications, is a thrilling area of research and development. Known for their low loss of electromagnetic radiation, SCHOTT's range of thin glasses serve as antenna array substrates, offering a higher degree of miniaturization, higher efficiency and lower susceptibility to interference compared to traditional materials.

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Blue radar display

Radar components

Autonomous vehicles are a good example of technology that relies on ultra-high resolution Radar to measure the velocities of surrounding objects, but they need reliable hermetic and heterogeneous packaging components to operate without interference. SCHOTT’s range of hermetic and heterogeneous packaging eliminates potentially dangerous performance impairment by protecting sensitive electronics from heat, moisture, impact and other environmental factors.

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