Remember the great chipset divide? For years, Samsung Galaxy fans were divided not by preference, but by postal code. If you bought a Galaxy S22 Ultra in the US, you got the powerful Snapdragon chip. In Europe and other regions, you were often handed the less efficient, hotter-running Exynos version. YouTube was flooded with comparison videos pitting the two against each other, scrutinizing everything from gaming performance to subtle differences in low-light video quality.
This tradition faded in recent years as Samsung increasingly standardized with Snapdragon. But now, a seismic shift is on the horizon. If the latest, albeit controversial, reports are to be believed, Samsung is plotting a massive Exynos comeback in 2025 with the world's first commercial 2nm chip—the Exynos 2600. And this time, it might just be powerful enough to not only power the entire global Galaxy S26 series but to finally silence its critics for good.
A From-the-Ground-Up Redesign: The Heart of the Exynos 2600
The promise of Samsung's 2nm process is clear: radically higher efficiency with reduced heat generation and similarly top-tier performance. Recent, unverified Geekbench leaks have hinted at this potential. But for photographers and videographers, the real magic lies not just in the CPU, but in the Image Signal Processor (ISP).
According to a series of posts from leaker @SPYGO19726 on X (formerly Twitter), Samsung is engineering a "completely redesigned" ISP and NPU (Neural Processing Unit) pipeline for the Exynos 2600. The claim is that this isn't an iterative update, but a foundational overhaul designed to deliver not just console-quality gaming, but "professional camera features and photo/video quality" in the Galaxy S26 series.
Specs That Sound Like Science Fiction: A 1.8 TB/s Pipeline and 108MP Bursts
If the leaked specifications are even partially accurate, the Exynos 2600's ISP would be a monster. Let's break down the claims:
- Massive Processing Power: The ISP is said to be capable of processing a staggering 320 MP from a single sensor or 108 MP from three sensors simultaneously. This lays the groundwork for the Galaxy S26 Ultra's rumored advanced multi-camera system.
- Pro-Grade Video & Photo: The leak promises a 14-bit RAW pipeline with 5-frame fusion for exceptional HDR stills. For video, it suggests 8K recording, 4K60 in HDR10+, or even 4K120 for super-smooth slow motion. Most impressively, the burst mode is claimed to hit 30 frames per second at a full 108 MP resolution in RAW quality—a spec that would rival professional sports cameras.
- AI at the Core: The bandwidth between the ISP and the NPU is estimated at a ludicrous 1.8 TB/s, enabling real-time AI processing. This would power features like hybrid OIS and AI-based Electronic Image Stabilization (EIS), AI scene segmentation for perfect exposures, and advanced super-resolution zoom.
- The Efficiency Gain: Crucially, the leaker states this new ISP will consume 30% less power than the one in the current Exynos 2400. This is the key to making these pro features usable without draining the battery in minutes.
A follow-up tweet delves deeper into the raw performance and efficiency claims, further fueling the excitement—and the skepticism.
A Healthy Dose of Reality: Why Skepticism is Warranted
Before we get too carried away, it's crucial to apply the brakes. In the world of tech leaks, if something sounds too good to be true, it often is. The source of this information, @SPYGO19726, is currently under fire from the tech community for several unverified claims, including Geekbench leaks that have yet to be substantiated.
The recent trend has seen a flood of overly Samsung-friendly "fake news" leaks, designed to generate hype without a basis in reality. A purported Galaxy S26 specs sheet from just a few days ago, for instance, has already been widely dismissed. As we've seen in past comparison videos, the gap between paper specs and real-world performance can be vast.
This classic Snapdragon vs. Exynos comparison video for the Galaxy S22 Ultraserves as a perfect reminder of why we test things for ourselves. The on-paper differences were one thing, but the tangible user experience in thermal throttling and camera consistency was another entirely.
Therefore, we are treating this leak with extreme caution. It represents a hopeful, best-case scenario for what the Exynos 2600 could be. However, since we cannot rule out that at least some of this ambitious engineering is underway, we believe it's a story worth telling—with this very clear disclaimer.
The Bottom Line
The potential for a unified, globally-powered Galaxy S26 series running on a custom, cutting-edge 2nm Exynos chip is incredibly exciting. It would mark a triumphant return for Samsung's in-house silicon and could finally put the Snapdragon vs. Exynos debate to rest. The specs described are the stuff of mobile photography dreams.
But for now, they remain just that—dreams, fueled by an unverified source. The real test will come when independent reviewers can finally get their hands on retail units. If Samsung can deliver even half of what's being promised, the Galaxy S26 won't just be a phone; it will be a statement.