The Iran war is hitting the AI supply chain where it hurts



Iran’s strike on SABIC’s Jubail petrochemical complex in early April halted production of the resin used to make PCB laminates. Goldman Sachs analysts say prices surged 40% in April alone. A South Korean supplier to Samsung and AMD says epoxy resin wait times have stretched from three weeks to fifteen.


The Iran war that began with US and Israeli coordinated strikes in late February 2026 has now reached the printed circuit board supply chain. This infrastructure underlies almost every electronic device, from smartphones and laptops to the AI servers that hyperscalers are racing to deploy.

Prices of printed circuit boards (PCBs) surged as much as 40% in April alone compared to March, according to Goldman Sachs analysts, and industry sources told Reuters that the disruption is compounding supply pressures that were already building before the conflict began.

The mechanism is specific and traceable to a single facility. In early April, Iranian forces struck Saudi Arabia’s Jubail Industrial City petrochemical complex on the Gulf coast, home to SABIC, the Saudi Basic Industries Corporation.

SABIC accounts for approximately 70% of the world’s supply of high-purity polyphenylene ether (PPE) resin, the critical base material used to manufacture the laminate from which printed circuit boards are made.

The strike forced a halt in SABIC’s PPE production. The tightening of PPE availability worldwide has rippled directly into PCB prices, because the laminate is not readily substitutable, and alternative suppliers do not exist at anything like the scale required to absorb a 70% shortfall.

The secondary input pressure is copper. Copper accounts for approximately 60% of total raw material costs in PCB manufacturing, according to Victory Giant Technology, a major Chinese PCB supplier whose customers include Nvidia.

Victory Giant warned earlier this month that the Middle East conflict could push up prices for key materials, including resin and copper, as Gulf shipping disruption affects both commodity transit and the petrochemical feedstocks used in production.

Shipping in and out of the Gulf has been severely disrupted since the conflict began, compressing the logistics routes that connect Gulf chemical producers to Asian electronics manufacturers.

The operational impact is already showing up in procurement timelines. A senior executive at Daeduck Electronics, a South Korean PCB manufacturer whose customers include Samsung Electronics, SK Hynix, and AMD, told Reuters that the company has begun discussions with customers over price increases.

The executive said their priority has shifted from meeting customers to meeting suppliers, and that wait times for chemical materials such as epoxy resin have stretched from three weeks to fifteen.

A fifteen-week lead time for a critical production input is not a temporary supply shock; it is a structural disruption that will take months to resolve, even if the underlying cause, the SABIC production halt, were reversed today.

PCB prices had already been rising before the Iran war, driven by accelerating demand for AI servers. The conflict has arrived as an additional shock on top of an already tight market.

Cloud service providers, according to the Goldman Sachs note, are willing to accept further price increases because they expect demand to outstrip supply for years.

That willingness to absorb cost increases means PCB price signals are not functioning as a brake on demand; they are simply being passed through to the cost base of AI infrastructure. The Prismark research firm projects the global PCB industry will grow 12.5% to reach $95.8 billion in 2026.

The PCB disruption is one of several supply chain pressures the Iran war has generated for the technology industry. Helium, essential for semiconductor manufacturing as an inert coolant that prevents rogue chemical reactions during chip production and used to detect leaks in fab cleanrooms, has seen spot prices roughly double, according to Fitch Ratings.

Qatar’s Ras Laffan Industrial City, which accounts for approximately one-third of global helium supply, has been offline following Iranian strikes in early March. TSMC and SK Hynix have both indicated their helium inventories and diversified supply chains have so far insulated them from operational disruption, and J.P. Morgan concluded in a March note that the Iran war represents “a manageable risk, for now” given semiconductor industry inventory buffers.

But the qualifier “for now” carries weight: the ceasefire agreed on 7 April is described as fragile, the Strait of Hormuz remains partially closed, and SABIC’s Jubail production remains offline.

The AI industry’s $200 billion-plus annual capital expenditure plans are being stress-tested against a geopolitical disruption that nobody planned for.



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After being teased in the second beta, the new “Bubbles” feature is finally available in Android 17 Beta 3. This is the biggest change to Android multitasking since split-screen mode. I had to see how it worked—come along with me.

Now, it should be mentioned that this feature will probably look a bit familiar to Samsung Galaxy owners. One UI also allows for putting apps in floating windows, and they minimize into a floating widget. However, as you’ll see, Google’s approach is more restrained.

App Bubbles in Android 17

There’s a lot to like already

First and foremost, putting an app in a “Bubble” allows it to be used on top of whatever’s happening on the screen. The functionality is essentially identical to Android’s older feature of the exact same name, but now it can be used for apps in addition to messaging conversations.

To bubble an app, simply long-press the app icon anywhere you see it. That includes the home screen, app drawer, and the taskbar on foldables and tablets. Select “Bubble” or the small icon depicting a rectangle with an arrow pointing at a dot in the menu.

Bubbles on a phone screen

The app will immediately open in a floating window on top of your current activity. This is the full version of the app, and it works exactly how it would if you opened it normally. You can’t resize the app bubble, but on large-screen devices, you can choose which side it’s on. To minimize the bubble, simply tap outside of it or do the Home gesture—you won’t actually go to the Home Screen.

Multiple apps can be bubbled together—just repeat the process above—but only one can be shown at a time. This is a key difference compared to One UI’s pop-up windows, which can be resized and tiled anywhere on the screen. Here is also where things vary depending on the type of device you’re using.

If you’re using a phone, the current bubbled apps appear in a row of shortcuts above the window. Tap an app icon, and it will instantly come into view within the bubble. On foldables and tablets, the row of icons is much smaller and below the window.

Another difference is how the app bubbles are minimized. On phones, they live in a floating app icon (or stack of icons) on the edge of the screen. You are free to move this around the screen by dragging it. Tapping the minimized bubble will open the last active app in the bubble. On foldables and tablets, the bubble is minimized to the taskbar (if you have it enabled).

Bubbles on a foldable screen

Now, there are a few things to know about managing bubbles. First, tapping the “+” button in the shortcuts row shows previously dismissed bubbles—it’s not for adding a new app bubble. To dismiss an app bubble, you can drag the icon from the shortcuts row and drop it on the “X” that appears at the bottom of the screen.

To remove the entire bubble completely, simply drag it to the “X” at the bottom of the screen. On phones, there’s also an extra “Manage” button below the window with a “Dismiss bubble” option.

Better than split-screen?

Bubbles make sense on smaller screens

That’s pretty much all there is to it. As mentioned, there’s definitely not as much freedom with Bubbles as there is with pop-up windows in One UI. The latter allows you to treat apps like windows on a computer screen. Bubbles are a much more confined experience, but the benefit is that you don’t have to do any organizing.

Samsung One UI pop-up windows

Of course, Android has supported using multiple apps at once with split-screen mode for a while. So, what’s the benefit of Bubbles? On phones, especially, split-screen mode makes apps so small that they’re not very useful.

If you’re making a grocery list while checking the store website, you’re stuck in a very small browser window. Bubbles enables you to essentially use two apps in full size at the same time—it’s even quicker than swiping the gesture bar to switch between apps.

If you’d like to give App Bubbles a try, enroll your qualified Pixel phone in the Android Beta Program. The final release of Android 17 is only a few months away (Q2 2026), but this is an exciting feature to check out right now.

A desktop setup featuring an Android phone, monitor, and mascot, surrounded by red 'missing' labels


Android’s new desktop mode is cool, but it still needs these 5 things

For as long as Android phones have existed, people have dreamed of using them as the brains inside a desktop computing setup. Samsung accomplished this nearly a decade ago, but the rest of the Android world has been left out. Android 17 is finally changing that with a new desktop mode, and I tried it out.



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