Samsung Electro-Mechanics Showcases Next-Generation Substrate Technologies for AI Chips

Samsung Electro-Mechanics is unveiling a suite of cutting-edge semiconductor substrate technologies aimed at meeting the surging demand for artificial intelligence and high-performance computing at the KPCA Show 2026. The company is emphasizing next-generation package substrates specifically for AI semiconductors, such as 2.5D and 2.1D technologies, as it strives to bolster its presence in the rapidly proliferating AI and data center sectors.

Among the flagship technologies on display are glass substrates, which are gaining traction as an advanced solution for high-performance semiconductor packaging. Samsung Electro-Mechanics also presents automotive FCBGA substrates that cater to the exacting reliability standards of automotive applications. The firm is also highlighting its UTCSP and UTC CPU substrate technologies, designed to facilitate high-density semiconductor packaging while enhancing electrical performance and reliability.

Samsung Electro-Mechanics is also unveiling smartphone-specific technologies, including co-package solutions that promise more efficient integration of semiconductor components into compact devices. The company's emphasis on advanced substrates underscores the pivotal role these components play in shaping the performance, power efficiency, and signal integrity of high-performance semiconductors.

As AI accelerators and data center processors become increasingly potent, semiconductor packaging is under growing pressure to manage heightened computing performance and greater power densities. This is fueling demand for larger, higher-density, and more sophisticated substrates. Samsung Electro-Mechanics asserts that its newest technologies underscore its commitment to addressing these market dynamics and expanding its portfolio across AI, data centers, automotive, and mobile applications.

The company intends to persist in developing high-performance package substrates and fortifying its technological prowess in next-generation semiconductor packaging.