The advent of the AI smartphone era has marked a new chapter in the competition for Application Processors (AP) that determine smartphone performance, with the 3nm mobile AP war already...
Many in the South Korean industry believe that with TSMC, the leading semiconductor foundry, facing increasing risks from earthquakes in Taiwan and unstable cross-strait relations,...
As major countries, particularly the United States, escalate their substantial subsidies for domestic semiconductor production, South Korea's industry is increasingly concerned about...
Samsung Electronics has appointed company vice chairman Young Hyun Jun as the new leader of its Device Solutions (DS) division. Jun will be responsible for overseeing the company's...
AI-driven growth will propel flagship mobile phones to a singular position in 2024, despite a fragmented demand for mobile phone specifications, according to market sources.
There have been reports that Samsung Electronics' 3nm manufacturing process is ready and will be used on its newest Exynos flagship processor platform, which is expected to be released...
Samsung Electronics and SK Hynix reported a surprising increase in semiconductor inventories in the first quarter, even as the memory market improved. The companies attributed the...
EDA giant Synopsys has completed the tape-out of a high-performance mobile SoC design using Samsung Electronics' 3nm GAA (Gate-All-Around) wafer foundry process. This chip is set...
The world's first 10th-generation LCD panel factory, located in Japan's Sakai and operated by Sharp subsidiary Sakai Display Products (SDP), is set to cease production by September...
Samsung Electronics recently established the Galaxy Value Innovation team, preparing to venture into the refurbished smartphone market. The hope is to enhance the value of the Galaxy...
Samsung Electronics has released its business report, revealing changes in its top five clients for the first quarter of 2024. In the latest report, two US-based companies, Bestbuy...
Moore's Law is not advancing as fast as it used to be under 2nm and even into the Angstrom level, and competitors are trying to catch up. Can ASML, the Dutch semiconductor equipment...