Key Points:
- Samsung’s Galaxy S25 series of smartphones is set to change the entire technological paradigm with the 3nm chip, dramatically increasing power efficiency.
- This announcement signals the company’s intentions to rank higher on the competition ladder with Qualcomm by being in first place with faster and lower energy consumption technologies.
- While Qualcomm looks forward to demonstrating its 3nm chips, Samsung’s lead role puts it at the forefront of the effort to create the next generation of smallest smartphone processors.
According to recent reports, the latest chips in Samsung’s Galaxy S25 series appear to be set to revolutionize the smartphone market with the rumored 3nm Exynos chip. This revolutionary step is an expression of Samsung’s endless pursuit for the betterment of technological research and development.
According to a recent article from Business Korea, Samsung is preparing to break free from the pattern of manufacturing 4nm chips and replace them with 3nm CPUs as one of the elements of the 2025 generation Galaxy smartphones. Thanks to this, Samsung smartphones will be able to outperform and outperform existing phones due to advancements in performance and efficiency.
Previous rumors, which mentioned the idea of the Galaxy S25 series coming with a specially developed chipset, had their origin in such groups. On the other hand, the 3nm performance gains indicate that the domain now sees the unique capabilities of the Exynos chip.
It is believed that by employing a 3nm lithography process the Galaxy S23 will be more competitive with Qualcomm Snapdragon’s Snapdragon 8 Gen 4 line in these aspects. The launch of the Samsung Galaxy S10 is a move by Samsung that exemplifies how the company is leading the cutting-edge smartphone market.
Although Qualcomm and MediaTek are also preparing their own 3nm chips, Samsung’s multi-year outlook reflects its leading position in semiconductor technology. Samsung’s upcoming chip manufacturing on the 3nm process reduces power consumption by 45% compared to the 5nm process, making operation at nanometer size possible.
Amidst the ongoing excitement anticipating the launch of the Samsung Galaxy S25 range, all eyes are on Samsung as its new creation paves the way to become a new benchmark for the smartphone industry.
