The iPhone 18 promises to change the smartphone world with a number of technical improvements. Among the most important innovations are the use of a 2-nanometer chip and 12 GB of RAM. This combination will make the iPhone 18 even more powerful and efficient than its predecessors. Below you will find out which technologies Apple is planning for the 2026 models and what impact they will have on performance and the user experience.
According to information provided by the source “Phone Chip Expert” on the Weibo platform divided According to reports, Apple's iPhone 18 will feature an A20 chip based on TSMC's 2nm technology. This source is known for making correct predictions about Apple's plans in the past, such as chip usage in the iPhone 14 series. Today, we'll dive into the new chip and packaging technologies expected to be used in the iPhone 18.
2nm chip technology: A quantum leap in performance
Apple will use TSMC's 2nm manufacturing technology in the iPhone 18, which is expected to go into mass production in late 2025. This technology makes it possible to integrate even smaller transistors on the chips, resulting in higher computing power and better energy efficiency. The new A20 chip will be found in the Pro models of the iPhone 18. The advantages of 2nm technology are:
- Higher processing power: Smaller transistors ensure faster processing, which has a positive effect on the speed of the iPhone 18.
- Improved energy efficiency: Lower energy consumption enables longer battery life, a particularly important aspect for everyday use.
- Advanced architecture: 2nm technology allows more features to be packed onto a single chip, increasing overall device performance.
12 GB RAM: More performance for demanding applications
While the current iPhone 16 models are equipped with 8 GB of RAM, the iPhone 18 will have 12 GB of RAM, according to the source "Phone Chip Expert". This increase in RAM will not only improve performance in everyday tasks but will also bring noticeable advantages, especially in graphics-intensive applications and multitasking.
WMCM packaging technology: More efficient chip integration
Another interesting change concerns the packaging technology of the chips in the iPhone 18. Apple will switch from the previous InFo (Integrated Fan-Out) process to WMCM (Wafer-Level Multi-Chip Module) technology. While InFo focuses on the integration of individual chips, WMCM allows the more efficient integration of multiple chips in a single module.
What are the benefits of WMCM technology?
- Better integration: Multiple chips such as CPU, GPU and DRAM can be combined more efficiently in one package, improving communication between them.
- More complex systems: WMCM allows more complex chips such as AI accelerators and GPUs to work together in close proximity, increasing overall performance.
- Space saving: The compact design could make the iPhone 18 slimmer and lighter despite its powerful hardware.
Nanometer generations: What does 2 nm mean?
The terms "2 nm" or "3 nm" refer to the size of the transistors in a chip. The smaller the number, the more transistors fit on a chip, which in turn leads to greater processing power and energy efficiency. While the iPhone 16 is based on a 3 nm process, the iPhone 18 will switch to the more advanced 2 nm technology. This development makes it possible to produce even more compact and powerful devices.
iPhone 18: A big step into the future of smartphone technology
With the introduction of 2nm chip technology, 12GB RAM and the new WMCM packaging technology, the iPhone 18 will be a big step towards the future. These technical improvements will not only increase the performance and efficiency of the device but also significantly improve the user experience. According to the source, we can look forward to Apple once again setting standards in the smartphone industry with the iPhone 18. (Photo by BOTCookie / Bigstockphoto)
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