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Today, substrates are included in the packages for almost all high-performance microchips and are crucial for every form of data processing.

Modules and substrate-like printed circuit boards are the very pinnacle of miniaturisation. Circuits on substrate-like printed circuit boards and modules are significantly smaller than anything previously possible in the circuit board industry.

Flexible printed circuit boards can be bent or twisted during assembly, so they can be integrated into devices with almost any form factors and space constraints.

AT&S thermally enhanced circuit boards allow heat to be dissipated efficiently to protect electronic circuits and components from overheating.

In printed circuit board manufacturing, “HDI” stands for “high density interconnect”. The high circuit density and small structures enable tiny form factors and make the process of controlling engines and other complex systems efficient.

AT&S cavity circuit boards make the best possible use of the available space and are suitable for a whole host of miniaturised devices, such as medical implants or smartphones.

By “burying” components within a circuit board, we create a third functional level: valuable space is now also available for components inside the circuit board, instead of just on the top and bottom.

Electronic systems that process high-frequency signals need the shortest possible conducting paths to function efficiently. High-frequency & high-speed printed circuit boards from AT&S rise to these demands.

Multilayer printed circuit boards are AT&S’s core business and form the basis for most technologies used for further miniaturizing electronic circuits and systems.

Quality control is a major concern in the semiconductor industry. The ultra-fine structures on modern microchips are not particularly forgiving of mistakes. AT&S test boards facilitate the checking process.

Double-sided printed circuit boards form the very foundation of the electronics industry. Due to their superb heat dissipation properties, AT&S double-sided circuit boards are ideal for applications involving high currents.