SCHOTT Launches Low-Loss Glass for Semiconductor Manufacturing

As the demand for faster data transmission and more efficient high-frequency applications continues to grow, the semiconductor industry faces increasing challenges in signal integrity and energy efficiency. SCHOTT has unveiled SCHOTT low-loss glass to set a new standard for advanced packaging materials.

SCHOTT low-loss glass stands out with exceptional properties that make it ideal for advanced packaging solutions in 5G/6G communication, high-speed digital circuits, and radiofrequency or microwave systems. With its low dielectric constant of er = 4.0 and minimal dielectric loss of tan d = 0.0021 at 10 GHz, this groundbreaking material ensures peak performance and unmatched efficiency in GHz frequencies.

“Our low-loss glass represents a significant leap forward in material science for high-frequency applications like semiconductors,” said Sean Chiu, new business development manager at SCHOTT. “By dramatically reducing signal loss and improving energy efficiency, we’re enabling manufacturers to push the boundaries of semiconductor performance so they can produce faster, more reliable chips that can handle the demands of next-generation technologies like 6G and AI. We believe SCHOTT low-loss glass will be a catalyst for innovation, helping our partners create semiconductors that are not only more powerful but also more sustainable.”