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The escalating Middle East war is sending shockwaves through the global economy. Yet, the most severe disruptions are unfolding far beyond traditional energy markets, impacting global supply chains.
Industry leaders increasingly realize that geopolitical conflicts expose hidden structural dependencies in the high-tech ecosystem. This threatens to derail the global expansion of computing capacity. “High-tech supply chain disruption often emerges through hidden infrastructure layers, not just direct supplier failures,” according to a recent Gartner analysis.
These intricate networks sustain advanced semiconductor manufacturing and hyperscale AI infrastructure, making them especially vulnerable.
The vulnerabilities include hyperscale data center infrastructure, semiconductor fabrication equipment ecosystems, petrochemical materials, and Middle East transshipment hubs.
By Monolithic Power Systems 03.19.2026
By Shanghai Yongming Electronic Co.,Ltd 03.19.2026
By ABLIC 03.16.2026
A disruption across any of these foundational layers quickly influences semiconductor capacity expansion timelines, inflates electronics manufacturing costs, and completely alters global infrastructure deployment schedules. As the conflict continues to rage, chief supply chain officers (CSCOs) are racing to anticipate where the next wave of volatility will manifest.
Invisible materials crisis
While the immediate focus of geopolitical observers often rests on crude oil prices, the semiconductor industry is quietly confronting a severe shortage of specialized gases and fundamental chemicals.
In a recent EE Times article, Majeed Ahmad, editor-in-chief of EDN, detailed the severity of this crunch. “The ongoing war in the Middle East could hamper the supply of key materials, such as helium and bromine, essential for semiconductor manufacturing, and thus significantly impact the AI boom currently driving unprecedented demand for compute and memory chips,” he noted.
The vulnerabilities are glaringly specific. Qatar is responsible for about one-third of global helium production. After Iranian drone strikes, it was forced to halt operations at its major facility this month. This created an immediate bottleneck for a critical gas used to cool silicon wafers and in photolithography processes.
Furthermore, Israel and Jordan supply about two-thirds of the world’s bromine, a key element in advanced circuit fabrication and precision chip inspection equipment. The war threatens this supply, prompting the South Korean industry ministry to identify 14 vulnerable chip supply items and creating immediate risks for memory giants such as Samsung and SK Hynix, which could face production delays or increased costs if bromine access is disrupted.
Underappreciated upstream risk
However, Gartner analysts warn that the materials crisis extends even further upstream into the manufacturing process.
In a call with EE Times this week, Cori Masters, senior director analyst of supply chain operations at Gartner, emphasized that the broader petrochemical ecosystem poses a massive, underappreciated risk. “The reason that I chose [for my latest research note] more of what we call the petrochemicals is that they’re downstream in the manufacturing process, and companies may not be aware that they have an issue because they don’t manage that deep down into their supply chain,” she said.
“Escalating tensions tied to the Iran war are introducing both indirect and direct disruption risk to high-tech supply chains. The Middle East anchors critical systems supporting hyperscale infrastructure growth, semiconductor manufacturing, and electronics production,” Masters wrote last week in her research note. “Petrochemical supply chains enable critical electronics materials. […] Volatility in these inputs can influence materials pricing and electronics manufacturing costs across multiple supply chain markets that semiconductors serve,” she added.
This underlying volatility poses a risk of disrupted production for PCB laminates, resins, photoresists, and oil-based chemicals—components essential to modern electronics.
Masters told EE Times that “these are just sub-components of the greater picture for the high-tech industry when you’re looking at semiconductors and other consumer electronic devices.”
According to her research, if petrochemical disruptions persist, material inflation could rise between 10% and 18%. This would increase input costs, reduce profit margins, and threaten supply stability for technology manufacturers, potentially causing downstream effects throughout the sector.
Logistical nightmare for heavy capital equipment
Beyond raw materials, the physical expansion of global semiconductor manufacturing facilities is stalling. Regional shipping corridors connected to the Strait of Hormuz now face severe congestion and heightened risk.
Critically, advanced semiconductor capacity relies on the synchronized, international delivery of massive, sensitive fabrication tools. These include lithography, etch, and deposition systems.
Masters pointed out that fab equipment suppliers are deeply dependent on the Asia-Pacific manufacturing corridors and that critical components are currently stranded at Middle East transit hubs. “Parts from APAC are getting stuck logistically,” she explained. “It could be a critical component that goes into a piece of finished equipment that just can’t get through.”
When asked whether companies could bypass ocean freight bottlenecks with air transport, Masters dismissed the idea. “Capital equipment is so heavy. It’s hard to put a piece of it on an aircraft, and it would be far more expensive from an ROI perspective to ship.”
Instead, supply chain managers are aggressively attempting to intercept and reroute unshipped components before they become permanently delayed. “I think you’ll see unshipped components, destined for capital equipment and manufacturing, rerouted to other regions,” Masters observed. “Regional hubs exist everywhere.”
Furthermore, the financial toll of these bottlenecks is staggering. Semiconductor manufacturing tools require careful sequencing during fab construction. Even a modest delay of three to four months can defer $500 million to $2 billion in revenue per advanced fab. In the worst case, delays of more than six months could push deferred revenue above $3 billion per facility. This would trigger severe downstream production shocks across the global technology market.
Hyperscale AI infrastructure at risk
The conflict is also introducing a direct, kinetic threat to the digital infrastructure that underpins the modern AI economy. Missile strikes near hyperscale facilities in the Middle East have highlighted how cloud and AI data centers are increasingly exposed to regional warfare.
These multi-billion-dollar data center campuses require massive capital investment. Physical damage or operational disruption could shift cloud workloads and alter global supply chain priorities. This is especially concerning, as major U.S. tech giants, such as Microsoft and Nvidia, have positioned the UAE as a regional AI data center hub.
Adding to the physical threat is the surging operational cost of energy. The rollout of highly energy-intensive AI infrastructure is uniquely vulnerable to the oil price spikes triggered by the war. Because AI data centers consume roughly three to five times as much electricity as conventional facilities, higher energy costs sharply increase their total cost of ownership.
In her research note, Masters warns that geopolitical risk could cause project interruptions, while rising operational costs may strain budgets. These factors together create demand elasticity, likely leading hyperscale developers to delay or shift deployment timelines.
Accelerated re-shoring
In response to this multi-front supply chain crisis, technology manufacturers are accelerating a structural shift away from vulnerable, centralized global supply networks. While the current Middle East conflict is serving as a powerful catalyst for this transformation, the underlying strategic shift has been building momentum for years.
The strategic pivot is ubiquitous across the industry and is moving quickly. “Since 2022, our survey data shows that about 95% of companies are looking at a China plus one strategy,” Masters highlighted. “We’ve seen that industry agnostic, not just the high-tech industry, has been on the move.”
To reduce risks from transit choke points and material dependencies, executives are building localized manufacturing ecosystems that bypass the Middle East. Masters concluded, “They’re moving manufacturing corridors to regionalized structures: APAC for APAC, Europe for Europe, North America for North America. Increasingly, countries prefer re-shoring—U.S. for U.S., India for India, China for China—to maintain sovereignty.”
As the 2026 Middle East conflict continues to ripple through the structural foundations of the high-tech economy, the era of frictionless, highly globalized semiconductor supply chains appears to be decisively unwinding, paving the way for a deeply fragmented, regionalized future.
See also:
Middle East Turmoil: Materials Shortage, Fuel Price Hike Disrupting Chip Industry
Qatar’s Deep Tech Ambitions Come Into Focus