iPhone 18 launched with an Israeli-made chip? Here’s what we know
The iPhone 18 has barely landed, and the ‘Israeli chip’ debate is already heating up. Viral claims suggest that Apple’s latest flagship is powered by an Israeli-made processor, but the real story is far more complicated, with Israeli engineers contributing to Apple’s technology while the headline A20 Pro chip is manufactured by TSMC.
With the launch of Apple’s new series, many users share posts asking, ‘Is the iPhone 18 actually powered by an Israeli-made chip?’ So far, there is no evidence that Apple’s flagship A20 or A20 Pro processor is an Israeli-made chip. The core processor is designed by Apple and built by TSMC using the company’s advanced 2nm manufacturing technology.
So where does Israel fit into the iPhone 18?
Apple maintained a large engineering presence in Israel for years, with research and development centers in Herzliya, Haifa and other regions. The country has become a major hub for Apple’s silicon, connectivity, imaging, storage and other hardware engineering work.
Apple’s Israeli footprint was strengthened through acquisitions including Anobit, whose technology was associated with flash-memory and storage controllers, and PrimeSense, a pioneer of 3D sensing technology whose expertise became relevant to Apple’s depth-sensing ecosystem.
The tech company gained engineering talent from Intel’s smartphone modem business following its 2019 acquisition, which includes engineers based in Israel. That talent became part of Apple’s long-running effort to develop its own cellular technology. This is why the headlines describing the “Israeli connection” to Apple’s chips are not entirely fabricated.
The problem starts when the R&D contribution is changed to “Made in Israel”.
The A20 Pro is not made in Israel.
The headline component inside the new iPhone 18 Pro models is Apple’s A20 Pro processor. It marks Apple’s move into high-volume smartphone chips based on its 2nm process, with smaller transistor technology aimed at delivering higher performance while improving power efficiency.
The architecture, design and engineering of the chip involves Apple’s global silicon organization, while the physical structure is handled by TSMC rather than an Israeli semiconductor foundry.
This difference makes a difference, as a chip can have engineering contributions from several countries while being physically manufactured elsewhere. Modern smartphone processors are the product of a global supply chain, not something typically designed, manufactured, packaged and tested in a single country.
So describing the A20 Pro as an “Israeli-made processor” gives readers the wrong impression.
That’s not to say that Israel has nothing to do with Apple’s hardware. In stark contrast, Apple’s Israeli teams have been involved in areas such as connectivity, modem technology, storage, imaging, sensors and chip engineering, the impact of which extends to Apple’s broader product ecosystem.
The company’s Israeli engineering footprint is also associated with technologies related to products ranging from iPhones to other Apple hardware.
Apple’s hardware leadership itself reflects this international engineering structure. Johnny Saroji, Apple’s senior hardware executive and head of the company’s silicon efforts, was born in Haifa and has long been associated with Apple’s Israeli operations. This has made Apple Israel a frequent subject of local technology coverage, and a source of considerable pride in Israel’s tech sector.
This distinction becomes even more important when discussing the iPhone’s connectivity chips. Apple is steadily reducing its reliance on Qualcomm by developing its own cellular technology. The new C Series modem platform, including the C2 generation associated with Apple’s latest hardware efforts, follows this strategy.
This is where some online posts go even further, claiming that Apple has an exclusive arrangement with Israel to produce chips for its new iPhones. There is no credible evidence to support the idea that Apple has suddenly moved manufacturing of its flagship iPhone processors to Israel. The flagship A20-series silicon is part of Apple’s global semiconductor supply chain, with TSMC playing a key manufacturing role.
Israel’s history with espionage
The Israeli connection has also sparked another wave of online speculation involving spyware. Israel is home to companies like NSO Group, whose Pegasus spyware has become notorious for attacks against smartphones.
Pegasus is associated with highly targeted attacks against journalists, activists, officials and others, including attacks that exploit vulnerabilities in mobile operating systems. But that’s a completely different problem with Apple’s Israeli engineering teams.
There is no credible public evidence that Apple’s Israel-based engineers intentionally inserted spyware, surveillance hardware or a secret backdoor into the A20/A20 Pro or other users’ iPhone silicon.
Apple has repeatedly pursued sophisticated vulnerabilities, issuing vulnerability notifications to targeted users and introducing additional protections such as Lockdown Mode. This does not mean that iPhones are impossible to hack. No major consumer platform can offer this guarantee against the most sophisticated attackers. But a sophisticated spyware ecosystem shouldn’t automatically be confused with Apple’s legitimate semiconductor engineering operations.
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