Summary: In H2 2026, the global chip market shows clear differentiation trends, with AI and automotive chip prices continuously rising while memory chips bottom out and rebound. This article deeply analyzes the market drivers behind various chip price movements, interprets changes in semiconductor supply and demand patterns, and provides forward-looking market insights for investors.
In-depth Analysis of Chip Price Trends in H2 2026: AI and Automotive Chips Lead the Rise, Memory Chips Reach Recovery Turning Point
\nAs we pass the midpoint of 2026, the global semiconductor market presents complex and diverse price trends. According to the latest analysis from Singapore Exchange's Technology and Semiconductor Insights, this year's chip price landscape is undergoing profound restructuring, with AI and automotive chips leading the market, while long-depressed memory chips show signs of bottoming out and rebounding. This differentiated trend not only reflects demand changes across different application sectors but also reveals deep-seated structural adjustments in the global semiconductor industry chain.
\n\nAI Chip Prices Continue to Rise, Supply-Demand Gap Expands
\nThe continuous advancement of the AI wave has become the core driving force behind rising prices of high-end chips. In H2 2026, prices of high-end GPUs, TPUs, and NPUs designed specifically for AI computing have increased by 15%-20% compared to the beginning of the year, with some popular models even showing a 30% premium. This phenomenon mainly stems from three factors: first, global tech giants continue to increase their investments in AI, with data center expansion driving strong demand for high-performance computing chips; second, advanced process node capacity is limited, especially 7nm and below advanced process capacity has been pre-booked by major manufacturers until 2027; finally, the exponential growth in computing power demand from AI model training is consuming chip capacity at an unexpected rate.
\n\nNotably, the rise in AI chip prices has begun to spread throughout the entire industry chain. High-bandwidth memory (HBM) that supports AI computing has increased by over 40% year-on-year, with high-speed interface chips and specialized storage controllers also following the upward trend. This "siphon effect" is reshaping the value distribution in the semiconductor industry, giving companies within the AI chip ecosystem unprecedented pricing power.
\n\nAutomotive Chip Prices Rebound, Driven by Dual Trends of Electrification and Intelligence
\nAfter inventory adjustments in 2022-2023, the automotive chip market has seen significant recovery in H2 2026. Data shows that prices of automotive-grade MCUs, power semiconductors, and sensor chips have increased by an average of 8%-12% since the beginning of the year, with IGBTs and SiC power devices for electric vehicles showing the most significant increases, with some models rising by up to 15%. This rebound is mainly attributed to the dual trends of electrification and intelligence in the global automotive industry.
\n\nOn one hand, the continuous increase in penetration rate of new energy vehicles is driving surging demand for power semiconductors. On the other hand, the popularization of Advanced Driver Assistance Systems (ADAS) and autonomous driving technologies has increased the number of chips required per vehicle from about 500 in 2020 to nearly 1000 in 2026. To ensure supply chain security, automakers are actively increasing chip inventories, further boosting market demand.
\n\nNotably, the rise in automotive chip prices is not comprehensive. Prices of mature process chips related to traditional fuel vehicles remain relatively stable, while high-end chips oriented toward new energy and intelligence are leading the market, reflecting the accelerating structural transformation of the automotive industry.
\n\nMemory Chips Bottom Out and Rebound, Initial Signs of Cyclical Turning Point
\nAfter a downward adjustment lasting nearly two years, the memory chip market showed clear signs of recovery in Q2 2026. DRAM contract prices increased by 15% compared to the previous quarter, and NAND flash prices rose by 10%, indicating that the memory chip industry may have passed its lowest point. This turnaround is mainly driven by three factors: first, global data center inventory adjustments are nearing completion, and procurement demand is beginning to recover; second, demand for high-performance storage from AI applications has grown beyond expectations; finally, major memory manufacturers are controlling the pace of capacity expansion, with supply and demand tending toward balance.
\n\nHowever, the recovery of memory chips is not smooth. Memory chips in different application areas show differentiated performance: high-end storage products like DDR5 and HBM for servers show strong demand, while traditional storage products in the consumer electronics sector recover relatively slowly. This differentiation reflects different recovery rhythms in the post-pandemic consumer electronics market and data center market.
\n\nPrice Differentiation Among Different Process Nodes Intensifies, Mature Process Nodes Show Undercurrents
\nOne of the most notable features of the 2026 semiconductor market is the intensifying price differentiation among chips of different process nodes. Advanced process nodes (7nm and below) continue to see rising prices, while mature process nodes (28nm and above) present a complex situation of "some rising, some falling." On one hand, demand for mature process chips in automotive and industrial control applications remains stable, with prices rising slightly; on the other hand, mature process chips in the consumer electronics sector face overcapacity pressure, with prices under pressure.
\n\nThis differentiation trend is reshaping the global wafer foundry industry landscape. Advanced process giants like TSMC and Samsung are commanding higher premiums through technological advantages, while mature process-focused manufacturers like SMIC and GlobalFoundries face greater competitive pressure. To address this challenge, mature process manufacturers are actively seeking differentiated competitive strategies, such as developing specialized processes, improving yields, and expanding into high-value-added application areas like automotive and industrial sectors.
\n\nGeopolitical Factors' Impact on Chip Prices Becomes Increasingly Prominent
\nIn 2026, the impact of geopolitical factors on chip prices continues to deepen. U.S. restrictions on China's semiconductor technology, the EU's "Chip Act," and industrial subsidy policies of various countries have all affected the global chip supply chain and price trends to varying degrees. For example, affected by geopolitical factors, some high-end chips have shown regional price differences, with price variations of the same chip in different regions reaching 10%-15%.
\n\nMeanwhile, domestic chip manufacturing initiatives promoted by various countries are also changing the global capacity layout. By 2027, the proportion of domestic chip capacity in the United States, EU, Japan, and South Korea is expected to increase, which will further affect the global chip supply-demand balance and price formation mechanism. For investors, understanding the impact of these geopolitical factors on the chip market has become an indispensable part of formulating investment strategies.
\n\nFuture Chip Price Trends Outlook and Investment Recommendations
\nLooking ahead to H2 2026 and 2027, the chip market is expected to show the following trends: first, AI and automotive chips will continue to lead the market, especially high-end chips supporting AI computing and power semiconductors for electric vehicles; second, memory chips may enter a new upward cycle, but the recovery strength may not match previous cycles; third, the differentiation trend among different process nodes will continue, with advanced processes maintaining high premiums while mature processes present structural opportunities.
\n\nFor investors, it is recommended to focus on the following types of investment opportunities: first, core enterprises in the AI chip industry chain, including chip design, manufacturing, and packaging and testing segments; second, leading enterprises in the automotive chip sector, especially chip suppliers related to electrification and intelligence; third, memory chip companies with technological advantages, especially providers of high-end storage products like HBM; fourth, mature process foundry companies focusing on specialized processes, which may gain differentiated competitive advantages in specific application areas.
\n\nOverall, the global chip market in H2 2026 is in a critical period of structural adjustment, with the differentiated price trends reflecting profound changes in the semiconductor industry. For market participants, accurately grasping the dynamic changes in chip prices across different sectors and understanding the driving factors behind them will be key to achieving investment returns in a complex market environment.
