Summary: Entering H2 2026, the global wafer foundry market has officially entered a dual-track pricing era. With TSMC's 3nm/2nm capacity fully loaded and a new 5%-10% price hike underway, AI and HPC demand have created a seller's market for advanced nodes. Meanwhile, although utilization for 28nm and above mature nodes has rebounded, hidden price wars are intensifying, with some second- and third-tier foundries restarting price concessions to win orders. This article analyzes supply chain adjustments and
Advanced Nodes' 'Seller's Market' Established: AI Orders Lock in Capacity for Next Two Years
As of August 2026, the semiconductor market is showing its most significant structural divergence in a decade. With TSMC confirming at its latest earnings call that N2 (2nm) yield ramp-up exceeded expectations and N3 series (3nm) capacity utilization remained above 100% for the sixth consecutive quarter, the advanced node 'seller's market' has been fully solidified in H2 2026. According to informed sources, TSMC has notified customers including NVIDIA, AMD, Broadcom, and major cloud providers that advanced node foundry quotes will increase by 5% to 10% starting Q4 2026, marking the third structural price hike since 2024. This increase applies not only to new orders but also puts price protection clauses in some previously signed Long-Term Agreements (LTAs) back on the negotiation table.
The core driving force behind this is the non-linear explosion in AI computing demand. Unlike the chip demand driven by large language model training in 2024-2025, the incremental demand in 2026 comes more from the large-scale deployment of edge AI inference and AI agents. From on-device large models in smartphones to advanced driver-assistance chips for autonomous driving, the demand for advanced nodes with low power consumption and high transistor density is extremely rigid. For SGX-listed semiconductor equipment and material suppliers, the continuous expansion of advanced nodes means order visibility for front-end equipment and high-end consumables now extends to 2028.
Mature Nodes 'Undercurrents': Hidden Price War Beneath Surface Stability
In stark contrast to the heat in advanced nodes, the 28nm and above mature node market is experiencing a subtle 'hidden war.' According to the latest data from a global semiconductor observer, although the average capacity utilization rate for mature nodes in the global wafer foundry industry rebounded from 75% in Q2 2025 to 85% in Q2 2026, and wafer starts for some driver ICs and Power Management ICs (PMICs) increased, quotes have not stabilized and recovered across the board as expected.
Market reports indicate that foundries like UMC, SMIC, and some second-tier Korean manufacturers are offering 'invisible discounts' to customers on specific technology platforms (such as CIS sensors and MCUs) to fill production lines during the traditional off-season for consumer electronics (late Q3 to early Q4). These discounts are not direct cuts to official quotes but are realized through waiving mask fees, providing free IP core upgrades, or offering more favorable payment terms. This reflects the persistent supply-demand contradiction in the mature node sector: although inventory has returned to healthy levels, the recovery in end-consumer markets (such as mid-to-low-end smartphones and traditional home appliances) remains too weak to support full-capacity operation across all foundries.
Supply Chain Restructuring: Singapore's 'Bridge' Role Becomes More Prominent
Under the dual-track pricing landscape of advanced and mature nodes, the global semiconductor supply chain is undergoing further restructuring, and Singapore's strategic position as a hub connecting Eastern and Western markets is becoming increasingly prominent. In 2026, multiple multinational chip manufacturers have increased their presence in Singapore, drawn not only by its mature precision manufacturing talent pool but also by its advantages in neutrality and compliance within international trade. Particularly in the mature node sector involving automotive chips and industrial IoT chips, Singapore is absorbing a significant number of orders shifted due to supply chain diversification needs.
For SGX investors, this dual-track system implies distinctly different investment logics. For advanced node-related assets, the core logic is 'scarcity' and 'technological barriers'; for mature node or related packaging and testing companies, the core logic shifts to 'cost control' and the 'recovery rhythm of specific niche segments.' For instance, the demand for power semiconductors driven by automotive electronics remains robust, underpinning rigid demand for some mature nodes, but the outlook for traditional consumer chips still requires caution.
Buyer Strategy: From 'Panic Ordering' to 'Structural Arbitrage'
Under the current market conditions, chip buyers' procurement strategies are also undergoing profound changes. The panic-driven 'overbooking' behavior seen during the 2024 shortage has largely disappeared, replaced by more refined 'structural hedging.' Procurement managers are now differentiating their approaches: for AI computing-related advanced packaging and HBM (High Bandwidth Memory) interface chips, they still need to lock in long-term capacity; for general-purpose MCUs and analog chips, they generally adopt a 'short orders + multi-vendor' strategy, leveraging the invisible discounts in mature nodes to reduce material costs.
Analysts point out that the semiconductor market in H2 2026 is no longer a simple supply-demand game but a structural reorganization driven by technological generational shifts and geopolitical factors. The pace of AI iteration determines the ceiling for advanced nodes, while the resilience of the global macroeconomy determines the floor for mature nodes. For semiconductor professionals and investors, understanding and flexibly switching strategies within this 'dual-track' system will be key to navigating the current cycle.
