Data Centers Become the Main Battleground as Apple Engages in “Sky-High” Bulk Purchases of Storage Chips: How Will the U.S.–Israel–Iran Conflict Reshape the Semiconductor Landscape?

1. Iran Explicitly Targets U.S. Tech Giants

The Islamic Revolutionary Guard Corps of Iran has released a new strike list, explicitly designating data centers and offices of U.S. tech giants such as Google, Microsoft, IBM, NVIDIA, and Oracle in the Middle East as “legitimate targets.” According to a statement by Iran’s Tasnim News Agency, as the scope of regional conflict expands to include infrastructure warfare, the range of Iran’s legitimate targets is also broadening.

This move marks a fundamental shift in the nature of modern warfare: digital infrastructure is no longer merely a logistical support function; it has become a direct and primary target of military strikes.

2. Amazon Data Center Attacked by Drones, Leading to Widespread Service Outage

According to an internal memo obtained by the tech media outlet Big Technology, data centers operated by Amazon Web Services in Bahrain and Dubai were recently targeted in an attack by Iran’s Islamic Revolutionary Guard Corps, resulting in widespread outages across the affected regions. AWS is the largest computing infrastructure hub for U.S. operations in the Middle East, commanding 35% to 40% of the region’s cloud services market and directly serving the governments of the United States and Israel, the government of Bahrain, banks in the United Arab Emirates, as well as more than 300,000 e-commerce businesses across the Middle East.

Even more concerning, AWS stated in an internal memo: “We currently cannot determine when the data centers in Dubai and Bahrain will resume normal operations.” This marks the first known instance worldwide of a commercial data center being physically attacked during a conflict.

3. Oracle’s Office Building Damaged, OpenAI’s Computing Center Threatened

The Dubai Media Office confirmed that Oracle’s office building in Dubai Internet City was damaged by debris from an aerial interception, with fragments striking the building’s exterior. According to the latest reports, the Islamic Revolutionary Guard Corps has issued a clear public warning that any actions that undermine Iran’s power infrastructure will be met with resolute retaliation.

IRGC spokesman Ebrahim Zolfaghari specifically stated that the $30 billion “Stargate” data center in Abu Dhabi is a target Iran is determined to destroy. This regional conflict has disrupted the flow of oil and its derivatives, particularly shipments transiting the Strait of Hormuz.

4. The Image of the Middle East as a “Security Oasis” Has Been Completely Shattered

Experts analyze that this conflict has completely shattered the image of local data centers as “safe havens,” potentially prompting U.S. tech giants to recalibrate their strategic plans for deploying data centers in the Middle East. Politico reports that semiconductor policy researchers have told the media that Silicon Valley will adopt a more cautious approach when exporting AI hardware to the Gulf region.

Janet Egan, Deputy Director of the Technology and National Security Program at the Center for a New American Security, expects that related investment will slow slightly, but the UAE and Saudi Arabia remain keen on building AI data centers, making a full-scale retreat unlikely.

1. Dramatic Turn in Negotiations: Apple Directly Accepts a 100% Price Increase

According to reports from South Korean media and industry sources, Apple has officially accepted a bid submitted by Samsung Electronics’ DS Semiconductor division to raise the price of LPDDR5X memory chips required for the iPhone 17 series by 100%. This means that Apple’s procurement costs for this critical component have doubled compared with the previous generation, underscoring the global memory market’s full shift to a seller’s market.

Sources in the semiconductor industry reveal that the price-increase negotiation process was remarkably dramatic. Initially, Samsung’s DS division aimed to raise its offer by 60%; however, during the first emergency meeting, Samsung, seeking to gauge Apple’s stance, unexpectedly proposed a doubling of the price—100%. To Samsung’s surprise, in order to ensure absolute supply-chain stability amid expectations of a global DRAM shortage in 2026, Apple accepted this offer outright without engaging in extensive bargaining.

2. AI Smartphone Demand Triggers a Fierce Battle for Storage Capacity

Analysts point out that the price of 12GB LPDDR5X chips has surged from about US$30 in early 2025 to roughly US$70 today, underscoring how demand for high-specification memory in AI-powered smartphones is sparking intense competition for production capacity. To address a potential supply shortfall in the first half of this year, Apple’s senior management has recently held several emergency meetings with Samsung’s DS division.

With SK Hynix and Micron currently shifting substantial production capacity to higher-margin high-bandwidth memory (HBM) for AI servers, LPDDR capacity dedicated to mobile devices has become severely constrained. In the absence of alternative suppliers, Apple has been forced to yield to Samsung, paying a hefty premium in exchange for priority supply rights.

3. The storage industry has entered an era of “extremely tough seller’s terms.”

According to reports, following its recent purchase of NAND flash memory from Japanese firm Kioxia at double the usual price, Apple has once again engaged in a “super-high-price” bulk procurement of storage chips. This series of high-priced purchases has sent shockwaves through the industry, signaling that the storage sector is no longer merely a “seller’s market”—on the contrary, sellers are adopting an extremely tough stance, which could lead to even greater shortages in the future.

A manager at a laptop manufacturer said that Samsung has recently shifted from annual to quarterly reviews of its storage supply contracts. At present, Apple has only secured DRAM supplies through the first half of 2026 and NAND supplies through the first quarter of 2026, leaving future pricing and supply terms still uncertain.

1. Data center deployment strategies are undergoing a comprehensive overhaul.

U.S. think tanks have previously analyzed that, should the conflict persist, the next wave of computing-power development may shift to relatively more controllable regions such as Northern Europe, India, or Southeast Asia. From the U.S. perspective, last year the government touted Middle Eastern chip transactions as a key component of its “exporting an AI technology ecosystem” strategy. Moreover, data centers powered by the Middle East’s abundant energy resources could provide Silicon Valley with much-needed computing capacity.

Analysts point out that U.S. companies will likely continue to export chips overseas, but the scale of investment by U.S. AI firms in the Middle East may shift. Geopolitical analyst Bobby Ghosh notes that Iranian drones have struck not just data centers, but also the very foundation upon which the United States and Gulf states have built their cooperation in the AI sector—a foundation that has been “stabilizing.”

2. Price Hikes Swept Through the Mature-Process Foundry Industry

Amid geopolitical tensions, wafer foundry supply in the Middle East has also been disrupted, leading to a shift in global order allocations. According to Taiwan Economic Daily, Vanguard International Semiconductor (VIS) has recently seen a surge in mature-node process orders, positioning itself as one of the alternative solutions amid supply constraints in the Middle East; Powerchip Technology Corporation (PSMC) likewise reports a marked rebound in order volume and is closely monitoring market developments.

Behind the scenes, Tower Semiconductor, Israel’s largest and one of the world’s top ten foundries, is facing shipment disruptions, prompting its downstream customers to formally initiate order reallocations. Reports indicate that the U.S.–Iran conflict has accelerated the shift of production capacity, driving buyers to pay premium prices to secure supply and pushing up prices for mature process nodes—potentially sparking a new wave of price hikes in the mature-node foundry market.

3. Global Semiconductor Supply Chain Accelerates “De-Risking”

Industry analysts believe that the U.S.–Iran conflict will trigger supply-chain de-risking initiatives, prompting downstream customers to accelerate their search for alternative production capacity. Moreover, since order relocations typically entail a time-cost premium, customers are likely to lock in capacity at higher prices to ensure uninterrupted supply, thereby exerting upward pressure on pricing.

From the demand side, the wave of price increases in mature process technologies may prove to be sustained. This regional conflict has disrupted the flow of oil and its derivatives, particularly shipments transiting the Strait of Hormuz; these derivatives include aluminum, helium, and liquefied natural gas—key components of the semiconductor supply chain. Even if the conflict were to end today, the damage inflicted on critical infrastructure could mean that it will take months, or even years, for supplies to return to pre-conflict levels.

1. Tech Giants Reassess Global Computing Power Deployment

Amazon has mandated remote work for all office employees in the Middle East and advised customers to back up their data or migrate workloads. Google has been affected by widespread cancellations of regional flight routes, leaving some employees who were in Dubai for meetings temporarily stranded. The company is closely monitoring the operational status of major R&D centers, including those in Tel Aviv, and is prioritizing employee safety.

Several technology and multinational corporations, including Samsung and Hyundai, have convened emergency meetings to restrict employee travel to Iran and other politically sensitive regions in the surrounding area, while also preparing to evacuate personnel from the conflict’s epicenter at a moment’s notice.

2. The storage market has entered a new “price-and-volume-upward” cycle.

During the most recent earnings call, Apple CEO Tim Cook stated that the company has secured the necessary supply of storage chips and will employ various measures to ensure the availability of critical components. However, industry insiders generally believe that Apple’s acceptance of Samsung’s 100% price hike marks a definitive shift in the storage market toward a seller’s market, with control over future price negotiations now firmly in the hands of the major storage chip manufacturers.

Driven by the explosive growth in HBM demand from AI servers and the robust demand for high-end memory such as LPDDR5X in AI smartphones, structural shortages of memory chips could persist through 2027 and beyond.

3. Geopolitics Has Become the Primary Consideration in Semiconductor Investment

The Trump administration once regarded chip exports to Gulf states as a cornerstone of its artificial-intelligence strategy; however, as U.S.–Israeli military actions against Iran continue to escalate, this strategic positioning is now facing a severe test. Semiconductor policy researchers told the media that Silicon Valley will adopt a more cautious approach when exporting AI hardware to the Gulf region.

In the future, as semiconductor companies undertake global capacity deployment, geopolitical risks will become a consideration as critical as cost and technology. Supply-chain diversification and regionalization will emerge as the new normal.

In conclusion, the U.S.–Israel–Iran war has not only reshaped the geopolitical landscape of the Middle East but is also profoundly reconfiguring the operating logic of the global semiconductor industry. With data centers now targeted in military strikes and even tech giants like Apple forced to absorb doubled chip prices, the semiconductor sector is undergoing an unprecedented transformation.

This war has taught us that, in the digital age, computing infrastructure has become a national strategic asset; and in the AI era, storage chips have evolved from commodity products into strategic resources. Looking ahead, semiconductor companies will not only face technological competition and market volatility, but also a new and critical variable: geopolitical risk.

For China’s semiconductor industry, this presents both challenges and opportunities. Against the backdrop of a global supply-chain realignment, the key questions facing every industry player are how to strengthen self-reliance and controllability, and how to secure a favorable position in the emerging global semiconductor order. While the war will eventually come to an end, the resulting industrial transformation will shape the trajectory of the semiconductor sector over the next decade.