LG Innotek is expanding its semiconductor substrate manufacturing plant in Vietnam to enhance its package solution business, targeting over 3 trillion won in annual revenue by 2030. The expansion, set to begin in July and complete by May next year, will focus on high-value semiconductor substrates, including RF-SiP and FC-CSP. The Gumi plant in Korea will develop new technologies while the Vietnam site will serve as a mass-production base. This move is driven by rising demand for semiconductor substrates, particularly with the growth of 5G and AI applications, indicating a significant shift in procurement strategies for companies relying on these components.

At COMPUTEX 2026, the Taiwan Stock Exchange (TWSE) emphasized Taiwan's pivotal role in the global AI and semiconductor sectors. The event featured discussions on Taiwan's semiconductor ecosystem, highlighting companies like Alchip Technologies and Nanya Technology, which are integral to the AI supply chain. TWSE executives underscored the importance of long-term capital for sustaining innovation and competitiveness in semiconductors and AI infrastructure. With over 40 companies expected to apply for TWSE listings, including significant AI supply-chain firms, Taiwan is positioned as a leader in technology advancement and industrial transformation.

Tessalia, a joint venture involving Foxconn, Radiall, and Thales, is set to establish a semiconductor packaging site in Le Barp, France, with an investment exceeding €250 million by 2033. This facility will focus on advanced packaging solutions for electronic chips, particularly Systems in Package (SiP) technology, which aims to enhance integration capabilities in sectors such as aerospace, telecom, automotive, and medical. Production is expected to commence by the end of 2029, targeting an output of over 50 million SiP components annually by 2033. This initiative underscores the growing importance of France as a hub for semiconductor technology and manufacturing in Europe.

The article discusses the increasing demand for AI technologies, which is driving significant expansion in advanced semiconductor manufacturing. It highlights that procurement for packaging and testing equipment is exceeding expectations, indicating a robust growth trajectory in the semiconductor sector. This surge in demand is likely to impact lead times and pricing for semiconductor components, necessitating close monitoring by procurement teams. Companies involved in semiconductor manufacturing should prepare for potential supply chain adjustments as they scale operations to meet this rising demand.

ASML's stock rose 13% in May due to positive momentum in the semiconductor industry, driven by a new partnership with Tata Electronics to establish a semiconductor fab in India. This deal marks a significant expansion of ASML's footprint in a key market, enhancing its position amid ongoing semiconductor shortages. The company is also benefiting from increased demand for its EUV lithography machines as competitors like Intel and Samsung face capacity constraints. Analysts have raised ASML's price target, reflecting confidence in its growth potential, particularly in light of the AI boom. ASML's unique position as a monopoly in EUV technology further strengthens its market outlook.

The article discusses the significant impact of the ongoing conflict in Iran on the supply chains for printed circuit boards (PCBs). PCB manufacturers are reportedly seeking a 50% price increase due to the disruption caused by the war, which has severely affected their supply chains. This situation is critical for procurement teams, as it indicates a potential escalation in costs and availability issues for PCBs, which are essential components in various electronic devices. Companies relying on PCBs should prepare for increased costs and potential supply shortages as manufacturers adjust pricing to reflect the challenges posed by the geopolitical situation.

The Dimerco June Freight Report highlights ongoing pressures in the Asia-Pacific freight markets due to strong demand for semiconductors and AI technologies, coupled with fuel volatility and geopolitical disruptions. Airfreight capacity is particularly tight in Taiwan and South Korea, with rising rates affecting shipments to Asia, Europe, and the US. Southeast Asia, especially Thailand and Malaysia, is experiencing significant backlogs and congestion, impacting delivery timelines. Ocean freight rates are also increasing as shippers frontload cargo to mitigate rising fuel costs. Companies should prepare for continued tight capacity and consider early bookings to navigate these challenges.

Koh Young Technology has reported a significant increase in sales of its semiconductor packaging inspection equipment, driven by rising demand for AI servers and optical communication modules. Revenue from this segment grew by 79% year-on-year, contributing 17% to total sales. The company highlighted a shift towards AI server and optical communication customers, with notable growth in its 3D semiconductor packaging inspection equipment. The demand for advanced packaging technologies, particularly for AI and high-performance computing applications, is increasing. Koh Young's core businesses also saw substantial revenue growth, particularly in server-related applications, which surged by 193%. This trend indicates a robust demand for inspection equipment in the semiconductor sector, particularly for applications involving AI and IoT.

Intel Corporation and 3DGS Inc. have announced a $3.3 billion investment to establish a semiconductor substrate manufacturing facility in Odisha, India. This facility will focus on producing advanced packaging glass core substrates and high-density interconnect substrates, which are essential for semiconductor devices. The project is expected to create over 1,800 high-skilled jobs and aligns with the Indian government's strategy to boost domestic semiconductor manufacturing. This development is significant for procurement teams as it indicates a growing capacity in semiconductor substrates, which are critical components for various electronics applications.

Intel and 3DGS have announced a $3.3 billion investment to build a semiconductor substrate manufacturing facility in Odisha, India. This facility will focus on producing advanced packaging glass core substrates and high-density interconnect substrates, which are essential for semiconductor manufacturing. The project is expected to create over 1,800 high-skilled jobs and aligns with the Indian government's strategy to boost domestic semiconductor production. This development may influence sourcing strategies for companies reliant on semiconductor substrates, as it represents a significant investment in the region's manufacturing capabilities.

Intel and 3DGS Inc. have announced a joint investment of $3.3 billion to establish a semiconductor substrate manufacturing facility in Odisha, India. This facility will focus on advanced packaging glass core substrates and high-density interconnect substrates, essential components in semiconductor manufacturing. The project is expected to create over 1,800 high-skilled jobs and aligns with the Indian government's strategy to boost domestic semiconductor manufacturing. This development is significant for procurement teams as it may impact sourcing strategies and availability of critical semiconductor components in the future.

Intel and 3DGS Inc. have announced a $3.3 billion investment to establish a semiconductor substrate manufacturing facility in Odisha, India, projected to be completed over the next five to six years. This facility will focus on advanced packaging glass core substrates and high-density interconnect substrates, which are critical components in semiconductor manufacturing. The initiative is expected to create over 1,800 high-skilled jobs and aligns with the Indian government's strategy to boost domestic semiconductor production through subsidies. This development is significant for procurement teams as it indicates a growing manufacturing capacity in India, which could impact sourcing strategies and supply chain dynamics in the semiconductor sector.