广州增城千亩高端电子新材料产业园开工
据羊城晚报，10月18日，广东省重点建设项目、广州市首批特色标杆工业园培育项目——广州增城高端电子信息新材料产业园（以下简称“新材料产业园”）迎来园区创新研发中心、专用配套污水厂及消防站三大子项目集中开工。
20
Oct
20
Oct
总投资6.5亿，武汉光谷新型显示产业研发生产基地项目封顶
近日，由中铁武汉电气化局承建的武汉光谷新型显示产业研发生产基地项目主体结构全面封顶，进入二次结构、幕墙施工等阶段，预计2026年建成投产。
20
Oct
20
Oct
士兰微：拟与多方共同向子公司士兰集华增资51亿元
10月19日，士兰微公告，公司及全资子公司厦门士兰微拟与厦门半导体投资集团、厦门新翼科技实业共同向子公司厦门士兰集华微电子有限公司增资51亿元并签署《12英寸高端模拟集成电路芯片制造生产线项目之投资合作协议》，其中公司和厦门士兰微合计出资15亿元。
20
Oct
总投资200亿，士兰微拟合作建设高端模拟芯片项目
10月19日晚，士兰微公告，公司与厦门市人民政府、厦门市海沧区人民政府于10月18日在厦门市签署了《12英寸高端模拟集成电路芯片制造生产线项目战略合作协议》，同时，公司全资子公司厦门士兰微拟与厦门半导体投资集团有限公司、厦门新翼科技实业有限公司共同向子公司士兰集华增资51亿元并签署《12英寸高端模拟集成电路芯片制造生产线项目之投资合作协议》。
20
Oct
歌尔股份终止筹划104亿港元股权收购事项
10月17日晚，歌尔股份（002241）公告，公司终止收购联丰商业集团全资子公司米亚精密及昌宏实业100%股权的收购事项。
20
Oct
20
Oct
South Korea faces energy expressway backlash for Yongin Semiconductor Cluster
To support the development of Samsung and SK Hynix’s Yongin Semiconductor Cluster, the South Korean government has promoted a nationwide “energy expressway” to increase renewable energy infrastructure. However, the initiative has faced criticism for lacking consultation, increasing inequalities, and proving inefficient. Some experts have argued that the entire Yongin project should be halted and that the national power transmission policy should be restructured.
20
Oct
Cheap drones reshape modern warfare economics
A new reality is setting in on the modern battlefield. Attackers are using drones that cost thousands of dollars to force defenders to fire missiles worth millions. This lopsided economic fight is a key feature of modern asymmetric warfare, evident from the war in Ukraine to conflicts in the Red Sea. Strategies built on cheap, mass-produced weapons are proving highly effective and are now central to both offense and defense.
20
Oct
The hidden EUV tech giving TSMC its manufacturing edge
TSMC’s competitors have access to the same cutting-edge equipment from Dutch supplier ASML, yet they consistently fall short on yield rates. The reason, according to academic experts, lies in a critical detail: even ASML’s most advanced machines require extensive fine-tuning and enhancements to achieve optimal performance. The secret to TSMC’s edge may be hiding in plain sight—inside university labs developing nanoscale sensors that detect what others miss.