Applications of Glass Panels
High performance computing
Data centers and artificial intelligence demand increasingly higher computing power and efficiency, often involving large thermal loads. This is achieved by integrating multiple chiplets with high I/O counts and embedding active and passive components. Thanks to their mechanical stability, low dielectric constant (DK), and adjustable coefficient of thermal expansion (CTE), SCHOTT Glass Panels are ideal for these advanced applications.
Advanced telecommunication
Mobile communication and the Internet of Things (IoT) require ubiquitous and fast wireless connectivity, enabled by integrating Antenna in Package (AiP) for higher GHz range frequencies. Embedding MEMS, filters, and components further supports the miniaturization trend. With their smooth surface and superior dielectric properties, SCHOTT Glass Panels offer excellent performance and reliability.
Automotive
Safe autonomous driving needs vehicles to communicate reliably with their surroundings via multiple wireless channels. The increasing number of radar applications integrated into vehicle designs also relies on effective low packaging of both IC and RF functionalities. Due to their insensitivity to humidity and the ability to operate reliably across a wide temperature range, SCHOTT Glass Panels perfectly suit these needs.
Medical diagnostics
High-transparent optical media and precise TGV structuring in the micrometer range enable the medical research and life sciences of tomorrow. These properties facilitate the creation of advanced architectures needed for high-end diagnostic tools. SCHOTT Glass Panels meet these demands, providing the precision and reliability essential for next-generation sequencing (NGS) and other advanced medical applications.
