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leaks on the next SoC?

Recent reports seem to suggest that Samsung could abandon its flagship Exynos chips. The goal is said to be to develop fully customized processors for the Galaxy S25 series in 2025. The company declined to deny or confirm this information, but the reality looks different.

A processor adopting a code name “Quadra” and a model number S5E9935

According to recent rumors, the South Korean giant is working on the next generation of its Exynos SoC range. A new report has just revealed the internal codename of this upcoming flagship chipset along with its model number.

According to well-known informant like Roland Quandt, this SoC would carry Quadra as codename. It is apparently the successor of the Exynos 2200 baptized Pamir. As a reminder, the latter equips the Galaxy S22, S22 + and the Galaxy S22 Ultra. In other words, the Quadra could officially be called the Exynos 2300. It should be noted that its exact specifications and improvements over its predecessor remain redundant.

According to leaker Shadow_Leak, the Exynos 2300 exists and has received model number S5E9935. It will use the company’s own 3nm process node.

The next Samsung Exynos based on a 3nm engraving process

The Exynos 2300 will be the first 3nm-engraved mobile phone chip in Samsung’s Android camp. Of course, its performance in terms of energy efficiency will be better than that of its predecessor.

Currently, there is no specific information about the upcoming Exynos 2300. Leaks say it uses the 3nm manufacturing process. Additionally, it should feature the latest ARM CPU cores and an updated Xclipse GPU on Radeon’s new graphics card.AMD. The 3nm chipset is expected to go into mass production by the end of this year.

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Interestingly, there are also rumors that Samsung may not use Exynos chips in its flagship Galaxy S line smartphones in the coming years.

Conclusion

Although Samsung’s 3nm looks quite promising, many industry analysts are of the opinion that it will compete with Samsung’s 5nm processor. TSMC. It can also take the upper hand against the single SoC in 4 nm ofIntel in terms of transistor density and performance.






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