On August 3, 2026, the Singapore Institute of Purchasing and Logistics Management (SIPMM) released the July Purchasing Managers' Index (PMI) data: the overall manufacturing PMI rose by 0.1 point month-on-month to 51.4, remaining in expansion for the 12th consecutive month and setting a new high since November 2018; the electronics PMI rose by 0.2 points to 52.4, expanding for the 14th consecutive month and also setting a record high since March 2018. With both indicators reaching a high point in over eight years, this provides another data annotation from the real economy for the "AI-driven semiconductor supercycle," allowing investors to re-examine the medium-to-long-term allocation value of the chip sector through the four indicators of orders, employment, prices, and investment. Data Decoding: Strong Orders and Employment, with Electronics as the Absolute Protagonist A PMI above 50 indicates that the manufacturing sector is in an expansion phase. A closer look at the July data shows that the new export orders index for electronics climbed to 52.6, the highest since mid-2018, indicating that the demand for chips and electronic components from the global market remains robust. The manufacturing employment index also rose, showing that companies are accelerating hiring amid full orders and tight capacity. Fu Hao, Executive Director of SIPMM, pointed out that the latest data reflects the continuous benefit of Singapore's manufacturing sector from the AI-driven semiconductor supercycle, with order inflow and employment expansion mutually reinforcing. Notably, this round of expansion is not widespread but highly concentrated in semiconductors and closely related precision engineering fields, exhibiting a distinct "AI unipolar drive" characteristic. This trend is also clear in terms of output value. Data previously released by the Economic Development Board of Singapore showed that manufacturing output value grew by 7.2% year-on-year in June, with the electronics cluster showing the largest growth, and the semiconductor sub-sector growing by 21.1% year-on-year, while information and communication and consumer electronics products saw a significant increase of 32.1%—a clear indication of the pull effect from AI-related demand. The Other Side of Prosperity: Supply Bottlenecks Replacing Demand Concerns However, on the other side of the booming performance, there is the continuous accumulation of supply chain pressures. The overall manufacturing supplier delivery index slipped from 48.3 in June to 47.8 in July, contracting for the 7th consecutive month; the electronics supplier delivery index fell to 47.6, contracting for the 9th consecutive month—lengthening delivery cycles means that the supply of upstream components and equipment remains tight. Concurrently, the input price index rose across the board: the overall manufacturing index rose from 50.8 to 51.6, and the electronics index rose from 52.4 to 52.7, with raw material, energy, and logistics costs eroding corporate profits. Xu Junjie, Deputy Economist at UOB, believes that the core contradiction facing the manufacturing sector is no longer "insufficient orders" but "supply failing to meet demand," and companies are meeting orders by consuming inventory; the key to whether the electronics sector can continue to grow in the coming months is the speed of capacity expansion. Lin Xiuxin, Chief Economist at OCBC, also pointed out that the slowdown in supplier deliveries, the rise in input prices, and the reduction in inventory collectively point to a "supply bottleneck" rather than "weak demand"—which is fundamentally different from the downturn caused by demand contraction in traditional cycles, and it also means that upstream industries still hold significant pricing power. Geopolitical Disturbances: Middle East Situation Adds Uncertainty to the Cycle It is worth noting that the Middle East situation has escalated again, adding variables to the business cycle. Due to the intensification of US-Iran tensions in July, some shipping routes have been forced to detour around the Suez Canal and the Strait of Mandeb to the Cape of Good Hope, lengthening voyages, which delays deliveries and drives up fuel and logistics costs. Xu Junjie analyzed that the overall input price index increase is significant, mainly reflecting the rebound in energy prices such as crude oil and aviation fuel. In the electronics industry, the shortage and price increase of memory chips have become a major variable driving up costs. In other words, although geopolitical risks have not shaken the foundation of demand, they have tightened the supply side, extending the time required for the chip supply and demand to rebalance. Investment Perspective: Why AI Chips Remain a Certain Mainstream For investors, this PMI data answers the question of "why invest in chips" from the perspective of the real economy: * Strong visibility on the demand side. Several large cloud service providers have planned massive capital expenditures from 2026 to 2027 to build AI infrastructure. Computing power expansion has a rigid demand for semiconductors and is spreading from the cloud to the edge, and from advanced processes to mature processes and packaging. * Short-term constraints on the supply side are difficult to resolve. The semiconductor capacity expansion cycle is long, and the capital expenditure threshold is high. Coupled with extended equipment delivery times, supply release cannot match the growth rate of demand. High capacity utilization provides support for industry chain pricing power, and the continuous strengthening of memory chip prices is clear evidence. * The prominent position of Singapore as a hub. According to data from the Economic Development Board of Singapore, Singapore produces about 10% of global chips and about 20% of semiconductor equipment, and accounts for about 5% of global wafer capacity. The complete industrial cluster, from wafer fabrication and equipment materials to packaging and testing R&D, is evolving Singapore from a "regional manufacturing base" to a "key hub in the AI computing supply chain," making it one of the best windows to observe the global chip market. Capacity Expansion Race: Supply-side Response is Accelerating Faced with strong demand, the pace of capacity expansion in the industry chain has clearly accelerated. United Ocean Technology recently announced the delivery of the first batch of 12-inch silicon photonics mass-produced wafers to customers in Singapore and approved capital expenditures of up to 148.6 billion NTD, planning to expand factories in Singapore within the next two to three years. VSMC, a joint venture of World Advanced, is also expected to start mass production of 12-inch wafers in the first quarter of 2027. These signs indicate that the supply side is not passive, but there is a time lag between capital expenditure and capacity release—before new capacity is truly realized, the chip supply and demand will remain in a tight balance, which is precisely the most elastic stage of the investment logic. Differentiation and Risks: Super Cycles Do Not Mean Universal Gains However, the divergence in the market cycle is also worth watching. Lin Xiuxin cited a manufacturing business expectations survey from the Economic Development Board of Singapore, which indicated that AI investment mainly benefits the electronics and precision engineering industries, with companies that produce semiconductor manufacturing equipment and precision components being the most optimistic about the next six months. In contrast, the overall optimism of the electronics industry has declined from three months ago, with growth momentum mainly coming from semiconductors, while other segments remain cautious. Leading wafer fabricators have previously stated that the global semiconductor market in 2026 will be almost entirely driven by AI demand, meaning that in a "one person saving the whole village" scenario, the degree of benefit will be significantly differentiated among different links and companies, even within a super cycle. In terms of investment, the focus should be on leading stocks that truly create value and deliver results, rather than chasing generalized gains based on concepts. Conclusion Singapore PMI reaches an eight-year high, providing another empirical piece of evidence of the AI semiconductor supercycle landing in Southeast Asia. The data sends a clear and firm signal: the structural upward trend in chip demand remains unchanged, while supply bottlenecks and cost pressures serve as a reminder that the cycle is not without friction. As AI computing power investment remains on an upward trajectory, strategically positioning within the semiconductor industry chain remains the core path to grasping the main technological growth trend—and this fresh PMI from Singapore is one of the best footnotes for understanding this trend.
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