Price hike storm! Electronic components kick off a 26-year price increase cycle.

　　By the end of 2025, the global semiconductor and electronic components industry is undergoing an unprecedented price surge. Price increase signals are continuously emerging across the entire supply chain—from upstream core raw materials to downstream end products—and numerous leading companies have successively issued price adjustment notices, passing cost pressures down the chain.

　　The fundamental driver behind this round of price hikes stems primarily from significant cost increases across all segments of the supply chain. The price of 12-inch silicon wafers, a foundational material for chip manufacturing, has risen by nearly 90% year-to-date. Critical specialty electronic gases such as tungsten hexafluoride have seen market prices generally increase by 70% to 90%. Additionally, prices of precious and base metals like silver and copper have collectively surged by over 50% this year. These soaring raw material costs, combined with rising wafer foundry pricing, have created a compounding effect: both advanced process nodes targeting cutting-edge performance and mature process technologies widely used in consumer electronics have experienced foundry fee increases, directly and substantially driving up final chip manufacturing costs.

　　A deeper underlying force is the structural supply-demand imbalance triggered by the explosive growth in AI computing demand. On one hand, a single AI server consumes eight times more memory chips and MLCCs than a traditional server. This surge not only occupies high-end production capacity but also reshapes supply priorities. Nomura Securities notes that the AI-driven memory "super cycle" is expected to last at least until 2027, prompting customers to build strategic inventory reserves and granting suppliers greater pricing power. On the other hand, leading manufacturers, seeking higher margins, are prioritizing capacity allocation toward AI-related high-bandwidth memory (HBM) and high-end server DRAM, while proactively scaling back certain traditional product lines. This dual pressure of surging demand and constrained supply has intensified market imbalances.

　　Meanwhile, the structural supply-demand imbalance caused by the AI computing boom has further exacerbated the price surge. A single AI server requires eight times the storage chips of a conventional server, heavily occupying premium capacity, while top-tier manufacturers deliberately reduce traditional capacity—creating a double squeeze of surging demand and shrinking supply.

　　Against this backdrop, producers across multiple semiconductor sub-sectors—including wafer foundries, power devices, memory chips, analog ICs, and passive components—have followed suit by announcing price increases. This includes internationally recognized companies such as Texas Instruments (TI), Analog Devices Inc. (ADI), Yageo, Fenghua Advanced Technology, TE Connectivity, ROHM Semiconductor, and Micron Technology. Current observed price hikes generally range between 5% and 30%, though for certain scarce components facing acute supply shortages, price increases have even exceeded 100%. This marks the semiconductor industry’s official entry into a new pricing cycle driven by comprehensive cost inflation.

       Faced with an ongoing wave of price increases and component shortages, enterprises urgently need stable and efficient procurement channels. ICDeal, an officially certified third-party electronic components e-commerce platform, has established deep partnerships with numerous globally renowned component brands and maintains abundant authorized inventory, covering full-category semiconductor components including wafer foundry services, memory chips, and analog ICs. Leveraging big data analytics, the platform provides real-time updates on market pricing and inventory availability, offering businesses precise procurement decision support. Additionally, through centralized purchasing and supply chain integration capabilities, ICDeal helps companies secure stable supply sources and manage procurement costs, reinforcing supply chain resilience for both upstream and downstream partners during this pricing cycle.

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