Infineon COO Alexander Gorski said the company is balancing in-house production, outsourcing, and global expansion as supply-chain resilience becomes a key customer requirement. In an exclusive interview with DIGITIMES at SEMICON Taiwan 2026, he also discussed chip shortages and progress at Infineon's new Dresden fab.

Acer's Asia operations posted double-digit revenue growth at three subsidiaries in the first half of 2026, led by Altos Computing, Acerpure, and Highpoint Service Network. Altos is seeing particularly strong demand for AI servers, prompting Acer's president of Pan-Asia Pacific operations Andrew Hou to say the unit will need to double its headcount to meet customer demand.

FitTech is pivoting away from the crowded LED market into optical communications, with outsourced chip testing and sorting orders set to rise month by month from the third quarter as a shortage of indium phosphide (InP) materials that had constrained shipments in the first half of 2026 gradually eases. The company said it has already secured outsourced orders from at least two major customers, while downstream customers have recently raised their 2027 order outlook.

Accton Technology reported on September 7 that August consolidated revenue reached NT$40.873 billion, a record high and the first time the network equipment maker has exceeded NT$40 billion in monthly sales. The result was up 59.42% from the same period in 2025, while cumulative consolidated revenue through the end of August climbed to NT$246.004 billion, also a record for that period.

Indian chip design company IndieSemiC is targeting shipments of 3 to 5 million locally made Wi-Fi modules in FY27-28, betting that security requirements for CCTV equipment will encourage camera makers to replace imported connectivity modules with products sourced in India.

Taiwan's traditional manufacturers are warning that the island's growth story is widening a long-running labor gap, as semiconductor and AI server demand lifts the economy even as factories struggle to hire and retain skilled workers. In the auto supply chain, where smart vehicle electronics are increasingly essential, companies say the workforce shortage is becoming a structural risk.

Taiwan plans to deepen its role in global technology supply chains as demand for AI chips, advanced packaging, and memory tightens worldwide. A new policy agenda aims to bolster semiconductor output, expand AI deployment, and strengthen resilience in industries that affect manufacturers, investors, and consumers across regions.

As the artificial intelligence revolution outgrows the digital cloud and demands physical form, a major structural transition is quietly reshaping Silicon Valley. While the region has long been celebrated as the world's epicenter for software and venture capital, the massive compute, cooling, and mechanical requirements of robotics and physical AI are pulling tech's center of gravity back to heavy industrial hardware.

STMicroelectronics said humanoid robots are still most likely to enter manufacturing first, as the industry works through key hurdles in hand dexterity, edge AI decision-making, and total system cost. The chipmaker made the remarks at a recent press event in Taiwan focused on sustainability, AI data centers, and robotics.

As the countdown to Apple's latest iPhone launch enters its final stretch, market attention is zeroing in on Taiwanese optical component suppliers. Leading lens maker Largan Precision reported its latest operating metrics on September 5, disclosing August revenue of NT$5.012 billion (approx. US$158.2 million)—up 3% month-over-month but down 16% year-over-year—marking a four-month high.

Infineon COO Alexander Gorski told DIGITIMES in an exclusive interview at Semicon Taiwan 2026 that the current global chip shortage is unlike the one during Covid-19 and will take longer to resolve. He also discussed progress on Infineon's new Dresden plant, in-house manufacturing, outsourcing, and the company's global footprint.

Japan's NEC has halted development of gate-based quantum-computer hardware, marking a strategic retreat from a field the company helped pioneer, while continuing to invest in quantum annealing and quantum-inspired computing services.

India is selling its semiconductor build-out abroad as a hedge against an over-concentrated supply chain. The officials running it are unusually candid that the hedge cannot be built without the country it hedges against. Asked at a media briefing in Taipei on 4 September how New Delhi views the role of Chinese companies in India's chip and electronics supply chain, S. Krishnan, secretary of India's Ministry of Electronics and Information Technology, opened with a line that would be politically awkward in most capitals: "We need to be realistic."

Anthropic is moving toward a potential blockbuster stock-market debut this fall, but the company's unusual governance structure could become an important issue for investors alongside its growth prospects.

Chicony Power Technology Co. said its August revenue slipped as a memory shortage hit demand for notebook power supplies. Still, stronger orders for AI server and satellite communications power signaled broader growth opportunities for global technology supply chains and future data center investment.

Foxconn said August sales rose sharply from a year earlier as demand for AI servers and related hardware continued to lift its cloud and networking business. The latest update suggests the global electronics supply chain remains supported, even as investors closely watch shifts in trade, policy, and consumer demand.

Taiwan's machinery industry is pushing to turn its semiconductor advantage into a domestic equipment supply chain, as more than 100 member companies join SEMICON Taiwan 2026 and the Taiwan Association of Machinery Industry (TAMI) calls for broader industry upgrading. The association voiced that appeal at a forum on September 3, saying Taiwan should leverage its semiconductor strength to lift traditional industries and continue nurturing a homegrown semiconductor equipment supply chain without relying on overseas sources.

Acer Chairman and CEO Jason Chen said Taiwan is not only a global hub for AI hardware manufacturing and technology, but also an important source of capital, as many firms issue bonds to raise funds. He said Acer has already issued bonds worth NT$20 billion (US$630.7 million), adding that "Taiwan's money" is not only benefiting the local market but is spreading around the world.

Facing rapid demand expansion across the semiconductor and AI industries, Tongtai Group (TT Group) has aggressively promoted an import-substitution and localization strategy in recent years. The group is extending its traditional machine tool expertise into hard and brittle material processing, advanced packaging, and smart manufacturing production-line solutions required for semiconductor fabrication.

Excitement is growing among investors and the public over the rising capabilities of humanoid robots. Yet as robot makers seek to turn their lab-built innovations into real-world commercial tools, one key bottleneck has emerged: safety.

Silicon photonics (SiPh) is emerging as a core theme at SEMICON Taiwan 2026, and while the sector is still in an early, fast-growing stage, production-line investments are already under way. As optical makers move into co-packaged optics (CPO), the source and capability of laser equipment are becoming critical to whether they can secure market share.

As AI model training, inference, and AI agent workloads continue to grow, AI accelerators are increasingly being optimized for different tasks. Amin Vahdat, Google's senior vice president and chief technologist for AI and infrastructure, said at SEMICON Taiwan 2026 that if a specific workload reaches sufficient scale and investment in custom chips is economically viable, Google could develop additional dedicated chips for different computing needs.

ADATA Technology said it will integrate the products, technologies and solutions of its TRUSTA and ADATA Industrial brands to target enterprise servers, edge computing, system integration, smart homes, mobile devices and wearables. This comes as AI infrastructure, edge computing and smart systems accelerate. The memory module maker aims to expand AI and intelligent application opportunities by focusing on business use cases.

A decade ago, when Nvidia CEO Jensen Huang was developing the world's first NVLink-enabled deep learning system, the DGX-1, the tech industry was deeply skeptical about the future of artificial intelligence (AI).