The conflict between the United States and Iran poses both risks and opportunities for the global semiconductor industry.
The conflict between the United States and Iran poses both risks and opportunities for the global semiconductor industry.
By the end of February 2026 in the Middle East, the sky was shattered by gunfire. The "scalpel" precision strike jointly launched by the United States and Israel against Iran not only plunged Tehran into chaos but also triggered a complete upheaval in the global semiconductor industry, across thousands of miles of distance.
Some people only notice that oil prices are going up and the stock market is fluctuating, but fail to realize that this geopolitical game far away in the Middle East is quietly influencing the mobile phones in your hands, the cars you drive, and even the core servers that support artificial intelligence. When artillery fire meets chips, is it the darkest moment for the entire industry, or is it a favorable opportunity for a reshuffle with hidden new possibilities? Today, let's fully explain the underlying logic of this storm, and those who understand it will be able to seize the new opportunities in the silicon-based era!
Energy costs have skyrocketed, and chip factories have suffered a "fatal blow"
Anyone who knows about chip manufacturing knows that this industry is a "power-consuming beast + water-consuming giant". From silicon wafer purification to lithography and etching, every step cannot do without stable and cheap electricity. Energy costs directly control the "profit lifeline" of chip factories.
This latest conflict between the United States and Iran has had the most direct impact on the energy market, causing a major upheaval. The Strait of Hormuz, which serves as the vital passage for global oil transportation, if shipping safety is threatened, it is not an exaggeration to say that the international oil price could exceed 120 US dollars per barrel. The rise in oil prices leads to an increase in global logistics and electricity costs, and the price of natural gas will also surge in tandem. Major semiconductor manufacturers like TSMC, Samsung, and Intel, just from the sharp increase in their electricity bills alone, can directly eat up a large portion of their profits. What's more dangerous is the "invisible necessity" of chip manufacturing - special gases. Although Iran is not a major exporter of electronic special gases, when the Middle East becomes chaotic, the global supply chain will panic and stockpile, and the prices of key gases such as neon and krypton used in chip manufacturing will inevitably fluctuate. The lesson from the 2022 situation in Ukraine, where neon gas supply was cut off and chip production capacity directly shrank, is still fresh in our minds. Now, the market is more sensitive, and even the slightest disturbance can cause raw material costs to spiral out of control!
Israel in Crisis: Could the "Second Heart" of Global Chips Come to a Standstill?
When it comes to semiconductors, the first thing that comes to people's minds is Silicon Valley. However, the often overlooked country of Israel is actually the "invisible king" of the global semiconductor landscape, and can be regarded as the "second heart" beyond Silicon Valley. The research center of Intel in Israel holds the core of the research on the core processor architecture; Nvidia's acquisition of Mobileye is the absolute dominant force in autonomous driving chips; Tower Semiconductor is also a major center for global analog chip manufacturing, supporting half of the automotive-grade and industrial-grade chips. If the conflict spreads, Iran's missiles have covered the high-tech parks of Tel Aviv and Haifa, and Israel's chip research and production have come to a standstill. The consequences would be unimaginable. In the short term, the supply of high-end CPUs, AI chips, and automotive-grade chips worldwide will plummet sharply. This is not just a matter of a few fewer chips; it will trigger a chain reaction of car manufacturers suspending production and data center expansion being put on hold, and the entire technology industry chain will be stuck. What makes it worse is the logistics. The Red Sea crisis has not been resolved, and the flames of war in the Persian Gulf have reignited. The insurance fees for the Asian-Europe shipping routes have doubled, and the transportation time has been significantly prolonged. And the semiconductor industry is all about "just-in-time production", a delay of one second in logistics is fatal. Companies can only be forced to shift from "competing on efficiency" to "ensuring safety", frantically increase inventory buffers, and ultimately, the costs will be passed on to every technology product.
The capital market is experiencing a major upheaval. Amid the panic, there lies a great opportunity.
As soon as the conflict in the Middle East breaks out, the risk-averse sentiment in the global capital market immediately reaches its peak. In the short term, funds will rush to withdraw from high-risk technology growth stocks such as chips and AI, and flock to defensive sectors like military industry and energy. The volatility of chip stocks will soar, and even a small rumor of "supply chain disruption" can cause stock prices to plummet. However, veteran investors know that behind the panic lies often a structural opportunity. This conflict has directly forced governments and enterprises of various countries to accelerate the "de-risking" of supply chains, localization and regionalization have become an irreversible trend in the semiconductor industry. The United States will accelerate the implementation speed of the "Chip Act", Europe will accelerate the construction of its own industrial chain, and China will be more determined to promote semiconductor self-control. This means that in the next few years, the global semiconductor industry may experience a round of repeated construction. From an economic perspective, it may be inefficient, but for chip equipment manufacturers and material suppliers, it is a real order bonus! More importantly, the market mentality has completely changed: previously, when buying chips, the focus was on the ultimate cost performance. Now, as long as it can "supply", even if it is more expensive, everyone can accept it. This mindset shift has given domestic substitution and non-Middle East supply chains huge survival space. Whoever can stabilize supply will be able to seize the market!
Globalization has completely come to an end, and the semiconductor industry is ushering in a new era of "blockchainization".
If the short-term cost increases and supply shortages are like the "post-spring cold spell" for the industry, then this Middle East conflict is more like a watershed for reshaping the global semiconductor industry landscape. The short-term pain will eventually pass, but the "scars" left for the industry will completely change the development genes of the industry. On one hand, the technical routes will undergo major adjustments. To reduce reliance on energy and materials from specific regions, low-power chip design and new material research will become new industry hotspots, receiving more financial and resource allocations. Whoever can break through in these two areas will have the technological initiative in the future. On the other hand, geopolitics will completely embed itself into the commercial logic of semiconductors. Future semiconductor giants need to not only understand technology and the market, but also politics and military affairs. The "resilience" of the supply chain will become a core competitiveness. The former global semiconductor industry chain relied on global division of labor and extreme efficiency, but in the future, it will move towards block-based coexistence, forming several relatively independent closed-loop systems centered around North America, East Asia, and Europe. Each system will need to build its own "from design to manufacturing" full industrial chain, and no longer will they keep all their eggs in one basket.
Chinese Semiconductors: The Greater the Pressure, The Greater the Opportunities.
For the Chinese semiconductor industry, this global storm is both an unprecedented challenge and an excellent opportunity for rapid growth. The external geopolitical pressures will force the upstream and downstream of the domestic semiconductor industry to accelerate collaboration. In the "high-tech chokepoint" areas such as lithography machines and EDA software, more research and development efforts and policy support will be provided; in the mature process and advanced packaging areas where we have advantages, the market share will further expand. The previous domestic substitution was "following the trend", while the current domestic substitution is "inevitable". Those Chinese semiconductor enterprises that can stabilize the supply chain and master core technologies during the turmoil will stand out in the new round of industry reshuffling and become the "mainstay" of the domestic industry chain. And the entire Chinese semiconductor industry will also accelerate its pace of independent innovation in this forced transformation, moving from "lagging behind" to "keeping pace" and even "leading the way".
