The Samsung Galaxy S26 series is currently generating significant buzz in the tech world, particularly with the recent leaks surrounding its features. With daily updates surfacing, the focus has shifted to the Exynos 2600 processor, which boasts remarkable camera capabilities that, according to some sources, may not be fully exploited in the upcoming S26 lineup.
Exynos 2600: Impressive Camera Specifications
Max Sensor 320 MP (single) / 108 MP triple-stream HDR Engine 5-frame fusion, 14-bit RAW pipeline Multi-Sensor Up to 4 concurrent sensors Video 8K 60 fps HDR10+ / 4K 120 fps Burst Mode 30 fps @ 108 MP RAW ISP-NPU Bandwidth Estimated 1.8 TB/s internal throughput https://t.co/WIiJPzBLYH
— S (@SPYGO19726) November 5, 2025
According to a recent post by tipster @SPYGO19726, the Exynos 2600 chipset is undergoing a groundbreaking redesign. This transformation allows for enhanced imaging capabilities by integrating console-quality GPU rendering, AI image synthesis, and professional RAW control into a streamlined ISP-NPU pipeline.
Utilizing Samsung’s advanced 2nm GAA manufacturing process, the Exynos 2600’s Image Signal Processor (ISP) can effectively handle up to a staggering 320 megapixels from a single camera or manage three 108-megapixel sensors simultaneously. Furthermore, it can support feeds from as many as four cameras concurrently, enabling it to process wide, ultra-wide, telephoto, and depth information dynamically, with advanced features like zero-shutter-lag HDR stacking and real-time depth-aware tone mapping.
The ISP supports up to seven concurrent MIPI inputs, facilitating the use of modular camera systems, which could be particularly advantageous for foldable devices featuring both internal and external camera arrays. On the video front, the Exynos 2600 can record in 8K with HDR10+ at 60 frames per second or 4K at 120fps, maximizing its functionality for content creators.
Additionally, with an exceptional internal bandwidth of 1.8TB/s, the chipset can leverage AI to enhance photographic capabilities, including scene segmentation, super-res zoom, and detailed per-object tone adjustments.
Samsung Galaxy S26 Ultra: Similar Camera Setup to S25 Ultra
Oh yeah, no sign of 960fps super slo-mo comeback. Still FHD 240 and 4K 120.https://t.co/uzdEs0wSJv
— yawn (@chunvn8888) November 6, 2025
In contrast to the advanced specifications of the Exynos 2600, leaks suggest that the Galaxy S26 Ultra will utilize a camera configuration largely identical to that of the Galaxy S25 Ultra. The main upgrade appears to be in the 3x telephoto lens, which is expected to increase in resolution from 10MP to 12MP.
The anticipated camera setup for the S26 Ultra includes a 200MP Isocell HP2 main sensor, a 50MP Isocell JN3 ultrawide camera, a 50MP 5x IMX854 periscope camera, and a 12MP IMX874 for selfies. Prominent leakster Ice Universe has indicated that this configuration will feature lenses with wider apertures for improved low-light performance.
However, doubts about the chipset’s full potential are emerging due to Samsung’s use of a dual-chip strategy, with Qualcomm’s Snapdragon 8 Elite Gen 5 expected to power a remarkable 75 percent of S26 units. The Snapdragon 8 Elite Gen 5 lacks support for 8K video recording at 60fps, which could lead Samsung to limit certain high-end features in the S26 series.
Galaxy S26 Ultra: An Innovative Charging Solution
26U new PPS charging solution is interesting.55W in the first 15%, then 70%.Compare to old PPS 2.0 45W, who barely maintains 45W, this is a major upgrade. I’m sure the Vietnamese “sạc thủ”will spend lots of time and words to choose a compatible charger for 26U.
— yawn (@chunvn8888) November 6, 2025
Additionally, the Galaxy S26 Ultra is expected to introduce a novel charging solution. This innovative system will begin charging at 55W during the initial 15 percent of battery life, then transition to 45W for the subsequent 15 to 70 percent of the charge cycle. This new protocol enhances the current limitations of the existing 45W charging system, which struggles to maintain optimal charging performance in the early stages.
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