Haesung DS has reportedly added China's CXMT as a customer for DDR5 package substrates as the South Korean supplier expands its DDR5 business and considers panel-based production for higher-layer-count products expected with the DDR6 generation.
Google is reportedly developing a new chip that embeds information from its Gemini AI models directly onto the silicon to boost efficiency. If the anticipated performance gains materialize, this new design would mark a deeper integration of the tech giant's hardware and AI capabilities.
Ishihara Sangyo Kaisha plans to double production capacity for high-purity titanium dioxide used to make dielectric materials for multilayer ceramic capacitors, as rising AI server power requirements increase demand for the components.
Samsung Electronics, SK Hynix and Micron Technology are reportedly scaling back or shelving plans to commercialize internally developed Compute Express Link (CXL) controller chips, shifting more controller work to specialist fabless suppliers while continuing to develop CXL-based memory products.
Amid the global boom in AI infrastructure investment, Southeast Asia is evolving from an electronics-component manufacturing base into a critical node for AI servers, high-speed networking equipment and semiconductor supply chains. The transition is also serving as a major catalyst for the region's PCB industry to move up the value chain.
As AI server products accelerate their generational shift and demand higher-frequency, higher-speed transmission, the upgrade cycle for copper-clad laminate (CCL) materials in the PCB upstream supply chain has become firmly established. M7 and M8 specs are now mainstream, while M9 and M10 materials remain in the testing and validation stage, with mass production expected in 2027 or 2028.
AI and high-performance computing are pushing chip packages beyond the limits of conventional materials, and German laser equipment maker Trumpf says that shift could accelerate demand for glass substrates and through-glass vias. The company said 12-inch wafers are nearing physical constraints, leaving advanced packaging in search of larger, more capable platforms.
The global wave of AI data center construction continues to accelerate, driving structural growth across the PCB and passive component industries. However, shortages of critical materials and insufficient capacity expansion have created new bottlenecks, sharply lengthening product lead times.
AI data center expansion and high-speed network upgrades continue to support demand for networking equipment. However, as the industry enters the second half of 2026, supplies of key components—including memory, printed circuit boards (PCBs) and passive components—remain tight, with lead times extending significantly.
Samsung Electronics is reportedly facing difficulties securing large-format FC-BGA package substrates for custom AI chips, as suppliers seek purchase guarantees, advance payments or direct procurement by end customers before allocating capacity.
Rising demand for AI data centers and high-bandwidth memory (HBM) is pushing semiconductor competition further upstream into silicon wafers and critical materials. Micron and GlobalWafers recently announced a 10-year agreement, with Micron also providing US$500 million in support, marking the longest and potentially largest long-term supply agreement in GlobalWafers' history.
Powertech Technology is deepening its panel-level packaging (FOPLP) strategy after its board approved a joint venture with Broadcom in Singapore to build panel-level advanced packaging (PLP) manufacturing capacity, with the planned investment totaling US$400 million.
Power semiconductor makers say prices are still being adjusted as upstream raw material costs rise and AI-driven high-margin products crowd out capacity. With supply tight across the chain, customers are now focusing on securing shipments first, even as new price-hike notices arrive in the third quarter of 2026.
