It is said that the iPhone 18, which is expected next year, has come with the next 2NM -fabricated process for its SOC. It is said that it is in conjunction with an advanced new packaging method. According to reports, the Foundry has now set up a dedicated production line for Apple in expected of a mass production phase in 2026. Basically, numerous reports suggest that Apple’s A20 chip information (Integrated fan out) packaging for the iPhone 18 series will be transformed into WMCM (Waffer Level Multi-Chip Module) packaging. There are some differences between these two methods of packaging.
Information mainly allows the integration of ingredients (including memory) within the package. Memory is usually linked to the main SOC (drums placed above or near the CPU and GPU core). This technique allows the low size and better performance of individual chips, which means that the devices using low strength can be thinner and faster.
On the other hand, WMCM is great to connect multiple chips in the same package. This technique allows more complex systems, including customs aculists as well as CPUs, GPUs, and drama, which are all fully integrated into a package, making it possible to build a powerful system that can handle demand tasks more efficiently.
The WMCM offers more flexibility by providing a variety of chips and improving communication between them, so that they can work together more easily and distribute data faster, which can be done better.
IPhone 16 Pro. | Image Credit – First
The TSMS is allegedly planning to start the preparation of 2NM chips at the end of 2025. Apple is said to be the first company to receive chips on this new process.
According to reports, TSMC has now set up a dedicated production line in its Chiyi P1 FAB. According to reports, the WMCM packaging monthly capacity is expected to reach 10,000 units by 2026.
Meanwhile, expect only the iPhone 18 Pro model will be equipped with this fancy A20 2NM chip. Analyst Ming Chi Koo had earlier said that only supporters of the series will have 12GB of Ram in iPhones, which results in a new packaging method.
When you hear terms like “3NM” or “2NM”, it is referring to different generations of chip -making technology. Low numbers, small parts (called transistor) inside the chip. Small transplants mean that you can fit more of these chips, which usually makes it faster and more powerful.
For example, last year’s iPhone 16 used the A18 chip, made with a second -generation 3NM process called “N3E”. This year’s iPhone 17 is expected to have a new A19 chip, which is probably built on the better version of the same 3NM process, called “N3P”. The N3P version improves efficiency and allows even more transactions to fit the chip, which makes everything smooth and uses less energy.
In my opinion, it is very impressive to see how Apple and TSMC continue to advance the limits of chip design. The move toward 2nm and the switch to the WMCM packaging is not just a special tump. In fact, this is a real change in how much they can squeeze the performance and performance of these devices. For everyone who is in mobile tech, such development is the one that makes every new generation of the iPhone really interesting.
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Easy, an important part of a tech enthusiast and the Philosophy team, specializes in supplying the latest mobile tech news and finding excellent tech deals. Its interests extend to cybersecurity, phone design innovations and camera capabilities. Beyond her professional life, a Literature Master Degree Holder, Easy, Languages Enjoy reading, painting and learning. He is also a personal development lawyer, believing in the power of experience and thankfulness. Whether he is walking or singing his heart, embraces Easy Life with passion and curiosity.
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