Samsung has confirmed that development of its new flagship chip, Exynos 2700, is moving according to plan. The statement came from Park Yong-in, president and head of the System LSI Business. He did not name specific smartphones, but made it clear that the company expects to use the new processor in its top-tier models. That makes the Galaxy S27 series, expected in early 2027, the main candidate for now.
For Samsung, this is not just another mobile chip, but an important attempt to reduce dependence on outside suppliers and bring Exynos back into the premium segment with more confidence. The Exynos 2700 is expected to compete with the Snapdragon 8 Elite Gen 6 or its successor. At the same time, the company will likely keep its familiar strategy: Galaxy S27 models may ship with Exynos in some regions and with Qualcomm’s platform in others.
The main technical change in Exynos 2700 is a new side-by-side layout, where the processor and DRAM sit next to each other on the same substrate. A special Heat Path Block is expected to cover them from above, essentially acting as an improved heat-dissipation element. This design could improve cooling, raise memory bandwidth by 30–40%, reduce power consumption and make performance steadier under long workloads.
Samsung knows the weak points of past Exynos chips very well: the company’s flagship processors have struggled with heat, stability and usable die yields, which is why they have not always appeared in every Galaxy S version. According to rumors, Exynos 2700 will be made on an improved 2 nm process. The chip is meant to narrow the gap with Qualcomm, especially in single-core performance, and even try to pull ahead in multi-core and sustained tasks.
Still, the risks have not gone away. Producing 2 nm chips will be expensive, while Qualcomm still has a strong ecosystem and a high level of trust from manufacturers. That makes Exynos 2700 one of the key factors for Galaxy S27: if Samsung delivers the right mix of performance and efficiency, it could build more profitable flagships without being fully dependent on Snapdragon.