POSTECH researchers develop zinc oxide-tellurium transistor that could simplify chip designs by replacing 75% of components
By
Aamir Khollam
Summary
Researchers at POSTECH (Pohang University of Science and Technology) in South Korea have developed a new semiconductor device using zinc oxide and tellurium that can perform multiple circuit operations on its own. This multitasking component could replace up to 75% of traditional semiconductor components, potentially simplifying chip designs while maintaining performance. The innovation addresses the growing challenge chipmakers face in balancing consumer demand for smarter, faster AI features with expectations for compact, cool, and energy-efficient devices.
Source
bskyPOSTECH researchers develop zinc oxide-tellurium transistor that could simplify chip designs by replacing 75% of componentsinterestingengineering.comKey quotes
· 5 pulledChipmakers face a difficult balancing act. Consumers want smarter devices with faster AI features, but they also expect gadgets to stay small, cool, and energy-efficient.
Engineers now pack more computing power into watches, earbuds, and compact sensors than entire computers handled decades ago.
A research team in South Korea believes it has found a way to ease that pressure.
Scientists at POSTECH, or Pohang University of Science and Technology, developed a semiconductor device that can perform several circuit operations on its own.
The design could simplify future chips while delivering f
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