SCHOTT® low-loss

Setting new standards for high-frequency applications, SCHOTT® low-loss glass is ready for further development as an advanced packaging material. Its low dielectric constant enables efficient broadband antenna solutions, tailored telecommunication, and precise radar applications. With an extremely smooth surface having nanometer-level precision, it ensures unrivaled performance and efficiency at GHz frequencies, paving the way for the next generation of data transmission. With its low dielectric constant of Dk = 4.0, SCHOTT® low-loss guarantees a minimal signal delay and highest energy efficiency, making it ideal for broadband antenna solutions. Performing on par with the best organic high frequency substrates, this material is a perfect fit for 5G/6G communication, high-speed digital circuits, and radiofrequency or microwave systems. Featuring an exceptionally low dielectric loss of tan = 0.0021@10GHz, the low-loss glass enhances radio frequency (RF) antenna and component performance. This translates to improved signal transmission, higher energy efficiency and reduced thermal stress, crucial for critical applications in space, high-frequency radars, modern telecommunication systems (5G & 6G), and advanced IoT devices. SCHOTT® low-loss glass offers exceptional properties for high-frequency applications, enabling powerful and precise Antenna in Package (AIP) solutions. Its thermal expansion rate fulfills the exact needs of the semiconductor industry, ensuring seamless integration. The low alkaline content enhances its chemical stability, making SCHOTT® low-loss ideal also in harsh environments. It is also excellent for RF applications above 60GHz.