The upcoming Galaxy S25 is generating buzz in the tech community, particularly surrounding its memory chip supply. Initially, Samsung Electronics faced challenges with heating issues in its LPDDR5X memory chips produced at a 13 nm process. As a result, the company switched to using chips from Micron Electronics. With improvements now evident in their manufacturing processes, Samsung is poised to revert to using their own memory chips for the Galaxy S25 following the depletion of initial stock. This article explores the implications of this change for consumers and offers insights into what to expect from the new devices.
As the Galaxy S25 approaches its release, one major update involves the memory standard. The chips will transition from a 13 nm to a 12 nm manufacturing process, promising benefits like increased efficiency and reduced size. Samsung initially experienced significant heating problems during this transition, requiring a stopgap solution with Micron's chips. However, it appears those issues have been largely resolved, allowing Samsung to plan a return to their in-house memory solutions for future production.
The Galaxy S24 Ultra also didn’t incorporate Samsung’s Exynos chipset. | Image credit — PhoneArena
After a challenging 2024, where Samsung Foundry grappled with yield issues, the company claims to have stabilized its 3 nm manufacturing process. Although the Galaxy S25 had to forgo Samsung's chipsets earlier due to these setbacks, there are indications that production will shift back to their own memory components soon. Despite lingering heating issues, the variations in performance between Micron and Samsung chips are expected to be negligible for typical users. Indeed, industry insiders suggest that while the differences may be apparent to enthusiasts, they are unlikely to affect the average consumer's experience significantly.
Samsung has historically been cautious with chip improvements, yet they continue to innovate. The reason their Galaxy phones remain some of the most highly regarded in the industry speaks to their ongoing commitment to technology and quality control, ensuring that they deliver robust, efficient products regardless of the chips in use.
