semiconductor industry

Samsung is expected to more than double production of its HBM4 and HBM4E high-bandwidth memory DRAM next year, according to a report citing industry sources. The move reflects surging demand for advanced memory used in AI accelerators, and would tighten the race with SK Hynix, the current leader in high-bandwidth memory supply to chipmakers like Nvidia.

ASML, the Dutch maker of advanced semiconductor equipment, says it is not selling its chipmaking machines in Europe, warning that the region risks falling behind the United States, China and India in the semiconductor race. The statement is drawing attention as Europe pushes to build its own chip industry while competitors invest heavily in domestic manufacturing capacity.

ASML, the Dutch company that dominates lithography equipment for chip manufacturing, has said it currently sells no chipmaking machines within Europe. The remark highlights how little advanced semiconductor production actually happens on the continent, even as EU policymakers push to build up domestic chipmaking capacity and reduce reliance on Asia and the United States.

Reporting from Taipei frames Taiwan as the potential deciding factor in the escalating technology rivalry between the United States and China. Taiwan's tech industry produces more than 90 percent of the world's most advanced semiconductors, the chips that power AI servers, giving the island outsized strategic importance as both superpowers compete for dominance in artificial intelligence.

AMD and Broadcom are at the center of a divide among Wall Street analysts over which company is best positioned for the next phase of the AI chip market. Investors are weighing each firm's roadmap and exposure to artificial intelligence spending, with no consensus on which stock holds the stronger position as demand for AI accelerators keeps reshaping the semiconductor industry.

Taiwan's dominance in semiconductor manufacturing, led by TSMC, is being described as a 'silicon shield' that deters Chinese aggression while making the island indispensable to the United States in the AI era. As artificial intelligence drives global demand for advanced chips, control over Taiwan's chip industry has become central to both its security and US strategic interests, intensifying debate over cross-strait tensions.

India's Finance Minister Nirmala Sitharaman has urged increased investment in artificial intelligence and semiconductor manufacturing. She positioned the sectors as key to India's economic and technological ambitions, aligning with the government's push to attract chip fabrication projects and build AI capacity. The remarks come as countries compete for investment in these strategic industries.

Apple and Qualcomm have renewed their chip licensing agreement, extending a business relationship that has swung between partnership and litigation over the years. Qualcomm supplies modem chips for iPhones under licensing terms, and the renewal keeps that arrangement in place. The deal matters for the semiconductor and smartphone industries since both companies depend on the continued supply relationship.

New data from South Korea shows that nearly four out of ten reported leaks of industrial technology involve semiconductor-related know-how. The figures underline growing concern in Seoul over the theft of critical chip technology, a sector central to the country's economy and to intensifying global competition over semiconductor supply chains.

Intel says its upcoming 14A process node will land within 5% of the performance of TSMC's competing A14 technology, a claim the company describes as a conservative forecast. The statement also points to an expected frequency lead for Intel's 18A node and pricing advantages. The claim fuels the ongoing debate over whether Intel Foundry can close the gap with TSMC at the leading edge of chip manufacturing.

Automotive localisation in India is advancing beyond chip manufacturing into complete smart factory capability, according to ET Auto. The shift means domestic players are moving up the technology stack, building higher-value manufacturing systems rather than only producing components, reflecting broader efforts to deepen self-reliance in the auto and semiconductor supply chain.