Taiwan's automotive parts makers are accelerating their transformation into high-tech suppliers as the global expansion of advanced semiconductor capacity and AI server infrastructure creates new demand for precision-engineered components. Companies traditionally focused on powertrain, transmission, and safety systems are leveraging decades of manufacturing expertise to secure positions in semiconductor equipment and AI liquid-cooling supply chains, creating new growth engines beyond their core automotive businesses.
Reports have emerged that Apple may have managed to avoid 100% tariffs imposed by US President Donald Trump, partly by agreeing to partner with Intel to manufacture its chips. While Apple could benefit from expanding its chip suppliers, the episode also shows the power of Intel's government backing as the US seeks to reshore its semiconductor industry.
Samsung Electronics has reportedly completed the tape-out of its version of Tesla's AI5 chip for self-driving systems, with the chip scheduled to be manufactured at Samsung's Taylor, Texas, fab using the company's 2nm process.
Intel is reportedly preparing a new technology roadmap for its next-generation 1.4nm process, 14A2, as it evaluates a hybrid architecture that can deliver power from both sides of the chip. Industry observers say Intel and Samsung Electronics are both taking on harder-to-manufacture technologies in the ultra-advanced process race as they try to catch up with TSMC.
Huawei is reportedly partnering with Chinese DRAM maker Shenzhen Shengweixu Technology (SwaySure) and the Chinese government to build a state-backed 12-inch memory fabrication plant in Shenzhen, a move aimed at easing DRAM shortages while reducing reliance on overseas suppliers amid continued US export controls.
A shortage of skilled workers could slow construction of new US semiconductor plants, raise costs, and limit chip output for global markets, according to a new report. The findings suggest the manufacturing push backed by Washington's CHIPS Act may depend on sustained funding and closer industry cooperation to avoid bottlenecks.
A push by Infineon for TSMC to expand further in Dresden could reshape Europe's role in advanced chipmaking and ripple through the supply chains of automakers, industrial firms, and device makers worldwide. The remarks also hint at how shifting global demand could influence where next-generation semiconductors get built.
AI demand is still outrunning advanced semiconductor capacity, putting foundry output, HBM supply, packaging and server infrastructure at the centre of this week's tech agenda.
India is moving from semiconductor planning to execution, using funding, tariff changes, foreign investment approvals, and regional development efforts to build a broader electronics ecosystem beyond assembly.
Tesla and SpaceX are already converging around chips, talent and manufacturing under Terafab, even before any merger speculation turns into reality.
