Misha Lu

With the advent of the AI era, the design and manufacturing complexity of various SoCs are continually rising.

"An opening bombardment destroys most of Taiwan's navy and air force in the first hours of hostilities. Augmented by a powerful rocket force, the Chinese navy encircles Taiwan and interdicts any attempts to get ships and aircraft to the besieged island. Tens of thousands of Chinese soldiers cross the strait in a mix of military amphibious craft and civilian roll-on, roll-off ships, while air assault and airborne troops land behind the beachheads."

Tron Future Tech

Taiwan's recent efforts to build its own "Starlink" have received growing attention as satellite communication has proven itself inalienable to wartime resilience, but to what degree are the ongoing government-backed satellite programs geared for modern warfare?

Tron Future Tech , a Taiwanese startup founded in 2018, has emerged to be a prominent leader in Taiwan's low Earth orbit (LEO) satellite and Counter-Unmanned Aircraft Systems (C-UAS) markets.

Zinite is seeking to shake up the semiconductor industry through innovations in transistor architecture to achieve more chip performance density. Founded by Gem Shoute, Douglas Barlage, and Kenneth Cadien, and seeking to meet the demands of HPC, AI, and AGI by accelerating 3D chip adoption, Zinite's core technology is a thin-film transistor (TFT) with CMOS-level drive current and a large temperature process window, including channel material processing stability at 400C.

Luceda Photonics and Pharrowtech, both Belgium-based semiconductor startups spun off from Imec, share their visions for future communication at InnoVEX 2024 on the sideline of Computex Taipei.

Silesia, a region in southwestern Poland, is long renowned for its industry. Back in the middle of the 18th century, the region became an economic

One of the largest high-tech R&D investment projects in Poland, the Centre for Advanced Materials and Technology (CEZAMAT) under the Warsaw University

Ever since the Polish scientist Jan Czochralski discovered a way to grow single crystals of semiconductors with high purity in 1915, the technique now known as the Czochralski method has long underpinned the global semiconductor industry with its ability to scale up the single-crystal production of silicon and germanium. A decade later, Czochralski was invited back to his native land where he consolidated his research and passed on his legacy to the Warsaw University of Technology.