The next generation of Samsung phones, the Galaxy S26 family, is generating great excitement for an unexpected reason: its processor. The heart of these devices seems set to mark a turning point in the Korean brand's strategy. Samsung is considering a radical change at the chipmaker, and for the first time in years, we could see custom-made processors and alternatives that seek to balance price with power. Below, we review all the leaked details, rumors, and possible configurations to understand why the Galaxy S26's processor is going to be one of the biggest players in the mobile industry.
In this article, we break down all the available information from insiders, leakers, and specialized media so you're clear on what to expect from the Galaxy S26 regarding its processor, memory, battery, cameras, and even potential surprises in terms of software and AI. Get ready to discover how Samsung plans to regain control of the high-end, what its challenges are, and what impact these changes will have on users around the world.
The big twist: Samsung-made Snapdragon or a return to Exynos?
In recent years, Samsung's premium phones have alternated between using Qualcomm Snapdragon processors and its own Exynos chips, depending on the region. For the Galaxy S25, the brand opted almost entirely for Snapdragon, but History could take an unexpected turn with the S26The reason lies in an unprecedented collaboration: Samsung has been working on a version of the Snapdragon 8 Elite Gen 2 manufactured in-house., rather than relying exclusively on TSMC, the Taiwanese semiconductor giant that typically makes Qualcomm's chips.
This exclusive variant, identified as SM8850s, is reportedly being developed and manufactured by Samsung itself, while the standard SM8850 model remains in the hands of TSMC. The biggest surprise is that the Korean version would be cheaper to produce., which would allow Samsung to adjust the prices of the Galaxy S26 family or maintain its margins despite the overall increase in costs in the industry.
Why is Samsung pursuing this move? After several setbacks with its 3-nanometer manufacturing nodes and the pressure of increasingly relying on external suppliers, the company wants to once again become a benchmark in processor manufacturingWith the advanced development of its 2nm node, Samsung aims to regain lost ground against other giants like TSMC and Apple.
What about the Exynos 2600? The processor battle is back.
In parallel with the “Snapdragon of the house”, Samsung has not abandoned the development of its ExynosThe Exynos 2600 is the next step up and is seen as a very serious alternative for some Galaxy S26 models and markets. It is expected to be manufactured on the advanced 2nm node, which would give it up to 25% more energy efficiency and up to 12% performance improvement compared to previous generations.
Despite the ambition, the mass implementation of the Exynos 2600 is still up in the air. Production remains limited (around 40 to 50% of valid chips, far from the minimum 70% recommended to guarantee large-scale supply). This means that, as was the case with past generations, it could be reserved only for specific versions or certain markets, especially in Europe. In the United States, China, and South Korea, Qualcomm is very likely to continue to dominate with the Snapdragon.
Samsung executives have confirmed that The final decision on which chip each Galaxy S26 will have will depend on internal testing and production capacity.. Thus, it wouldn't be surprising to see the brand repeat moves from previous years: models with Snapdragon for key markets and Exynos for Europe and other regions, or reserve its own chip for future ranges like the Galaxy Z Flip.
A risky bet: Qualcomm versus Korean Exynos
From a business perspective, Diversifying processor manufacturing makes sense, but it is not without risks. Traditionally, Exynos chips manufactured by Samsung have performed inferiorly. Both in power and energy efficiency compared to the Snapdragon chips made by TSMC. Now, the challenge is to demonstrate that the Exynos 2600, manufactured with the latest technology, can compete head-to-head and finally leave behind that "second-rate chip" label.
On the other hand, the fact that part of the Snapdragon is manufactured in-house means a technological and logistical challenge, but it can bring integration, optimization, and cost-reduction benefits that, in the long run, benefit both the user and Samsung's overall strategy. However, success will depend on the reliability of the 2nm process and the ability to scale production in the coming months.
What Galaxy S26 models and variants will we see?
Everything points to The S26 family will maintain its usual three-model structure (Base, Plus and Ultra), but a fourth reference could be added: the Galaxy S26 Edge, which would hit the market at the same time as its siblings, instead of months later as has happened with previous generations.
As for the processor, various reports indicate that The strategy will continue to segment by regionFor example, the Galaxy S26 and S26+ are expected to feature Snapdragon in the United States, Canada, and China, while the Exynos 2600 is reserved for Europe and other markets. However, uncertainty over production could lead to some models repeating the "mixed" approach of past years: one chip in the Ultra range, another in the regular models, and variations depending on demand and available stock.
For now, the The only certainty is Samsung's desire not to depend exclusively on a single chip manufacturer., seeking a balance between innovation, costs and technological differentiation.
Memory, storage and hardware news
One of the expected advancements in the S26 generation is the improvement in RAM and internal storage figures. The base model would start at 12GB of RAM with 256GB of storage, reaching up to 1TB in the more expensive variants.The S26 Ultra is said to boast 16GB of RAM as standard, something that has so far only been seen in the Asian market, but which could be expanded globally.
This commitment to more memory has a lot to do with The rise of artificial intelligence features and the demand for advanced multitasking by users. With more RAM, it will be possible to run dozens of apps, play games with demanding graphics, or edit videos without sacrificing fluidity.
In terms of cooling, a 20% larger vapor chamber is expected to be incorporated, which will improve heat dissipation and sustained performance during demanding tasks or long gaming sessions.
Battery and fast charging: finally a substantial improvement?
The energy aspect is another of the great attractions for the S26 range. The most solid rumors point to the Galaxy S26 Ultra debuting a battery of up to 5.500 mAh., keeping the thickness within 8mm. In the S26 Ultra, the capacity could be even higher if silicon-carbon battery technology is ultimately adopted, although reputable leakers like @TheGalox_ advise caution and believe these cells could be delayed until the next generation (S27).
Where there does seem to be consensus is in the new 65W fast charging, at least in the Ultra model, which would allow charging to 50% in 15 minutes without compromising safety or battery life. Samsung has always been conservative in this area, prioritizing stability over extreme speed, but competitive pressure and advances from Chinese rivals have forced the leap. Improved wireless charging (possibly Qi2 standard, according to the latest leaks) would remain in place.
Camera news: more megapixels and better AI
The camera is once again one of the big selling points for the Galaxy S26 series. Significant jumps in resolution are expected, especially on the Ultra model.Leaks from China point to a main sensor of up to 324 MP and a 200 MP periscope lens, a move aimed at regaining Samsung's lead against rivals like Vivo and Honor.
The remaining models are expected to retain 50MP sensors, but with next-generation ISOCELL GN technology, improving night vision and definition. The front camera won't receive any major changes, although the debut of an under-display camera isn't ruled out, eliminating the hole-punch and offering a more immersive experience.
In software, the new Pro Visual Engine will allow advanced recording in 4K and 8K, direct editing from the gallery itself and, above all, new AI processing capabilities to improve image processing and computational photography.
Galaxy AI, Android 16, and smart assistant partner change
Now that AI is one of the main attractions in premium mobiles, Samsung is going to take a step forward with Galaxy AIThe S26s will arrive with Android 16 and a One UI 8.5 layer, but the really interesting thing will be the integration of new functions based on artificial intelligence, many of them powered by the new proprietary processors.
In addition to maintaining Google's Gemini assistant, the brand is preparing its own alternative inspired by Perplexity AI. The idea? To offer search and help tools directly integrated into Bixby and the Samsung browser, reducing dependence on Google and strengthening its ecosystem. Thus, Samsung aims to compete not only in hardware, but also in software and smart services for the advanced user.
Design, connectivity and other details to consider
In terms of design, a continuous line is expected but with nuances: Thinner frames, premium materials like titanium, sleeker structures, and new colorsThe S Pen will remain a core part of the Ultra family, although it will do away with Bluetooth connectivity, opting instead for simplification and a focus on other features.
In terms of connectivity, the Galaxy S26 will feature support for Wi-Fi 7, satellite communications, and Qi2 wireless charging. An improved cooling system is also added to keep performance under control, especially during the most demanding sessions.
When will the Galaxy S26 be released and how much will they cost?
The arrival of the Galaxy S26 promises one of the most interesting and complex generations in recent years for Samsung. The commitment to in-house manufactured processors and the possible return of Exynos as a competitive alternative represent a change of course that could influence the entire industry. Improved batteries and charging, the leap in photography, the integration of advanced AI, and changes in design and connectivity paint a picture of a flagship that seeks to regain global leadership. If Samsung manages to refine the details and overcome production issues, the S26 could become the benchmark to beat in the high-end mobile market all year long.