Samsung’s Ultra series built its reputation on long-range photography dominance. For years, having two separate telephoto lenses gave the Ultra a distinct edge over competing flagships. However, fresh industry reports point toward a massive camera module overhaul for the Galaxy S27 Ultra—one that might upset long-range zoom enthusiasts.
Current supply chain leaks suggest Samsung is actively testing prototypes that ditch the traditional dual-telephoto arrangement altogether. As recent details around the Samsung 200MP ISOCELL HPC sensor on Galaxy S27 Ultra indicate, the company is doubling down on massive single-sensor resolutions to do more heavy lifting across multiple focal lengths.
┌────────────────────────────────────────────────────────────────────────┐
│ SAMSUNG ULTRA TELEPHOTO HARDWARE EVOLUTION │
├──────────────────┬─────────────────────────────────────────────────────┤
│ Galaxy S23 Ultra │ 10MP (3x Optical) + 10MP (10x Periscope) │
│ Galaxy S24 Ultra │ 10MP (3x Optical) + 50MP (5x Periscope) │
│ Galaxy S26 Ultra │ 10MP (3x Optical) + 50MP (5x Periscope) │
│ Galaxy S27 Ultra │ Single 4x Optical Super Telephoto Sensor (Rumors) │
└──────────────────┴─────────────────────────────────────────────────────┘
The Single-Telephoto Pivot: From 5x Rumors to a 4x Lens
For the upcoming Galaxy S26 Ultra, Samsung is sticking with its reliable setup: a 10MP 3x optical lens paired with a high-resolution 50MP 5x periscope camera. But internal strategy for the Galaxy S27 Ultra is shifting quickly.
Initial supply chain reports indicated that Samsung intended to drop the secondary 3x shooter and rely exclusively on a single 5x telephoto camera. However, newer reports paint a different picture: Samsung is reportedly testing a newly developed 4x optical “super telephoto” sensor.
A 4x native optical lens hits a strategic sweet spot. It sits directly between the current 3x and 5x focal lengths. Paired with a significantly larger physical sensor, a dedicated 4x module could gather far more light than the legacy 10MP 3x module. This translates to crisp 1x through 4.9x portrait shots, using high-resolution sensor cropping to bridge the gap without losing clarity.
1x 3x 4x Optical Target 5x 10x+
───┴────────────┴───────────────┬─────────────────┴────────────┴───
[Main] [Legacy 3x] [New 4x Sensor] [Legacy 5x] [Digital Crop]
(Bridge Focal)
Why Samsung Is Moving Away from Extreme Hardware Zoom
This isn’t the first time Samsung has scaled back pure optical reach in pursuit of better everyday image quality. On the Galaxy S24 Ultra, Samsung swapped out the iconic 10x optical zoom lens for a higher-resolution 50MP 5x periscope sensor.
While spec-sheet purists decried the loss of native 10x optics, real-world testing proved Samsung right. The larger 50MP sensor yielded vastly superior low-light shots and clearer results at the 5x to 9.9x focal ranges most people actually use.
Samsung Zoom Strategy Shift
───────────────────────────
Prior Years : Heavy focus on high optical multipliers (10x physical lenses)
Current Era : Larger sensors, wider apertures, high-megapixel crop fallback
By removing the second dedicated telephoto chamber on the S27 Ultra, Samsung frees up crucial internal real estate. As seen in early Samsung Galaxy S27 Ultra CAD renders leaking specs and price, streamlining the camera island plays a massive role in structural refinement. That reclaimed room complements broader changes to the chassis revealed in Samsung Galaxy S27 Ultra design and dimensions leaks, giving engineers space for a larger battery, improved thermal cooling, or upgraded primary optics.
What This Means When You Shoot Past 5x
If you frequently zoom past 5x—taking photos at concerts, sporting events, or wildlife viewings—a single 4x telephoto camera presents a trade-off:
Between 1x and 3.9x: Image quality remains driven by the main high-resolution sensor using in-sensor crop.
At 4x Optical: Shots will be exceptionally sharp, leveraging the full light-gathering power of the new large-format sensor.
At 5x to 10x Zoom: Instead of relying on a physical 5x optical lens, the phone will apply a digital crop on the 4x sensor’s high-pixel canvas.
Beyond 10x Zoom: Shots will depend heavily on computational photography and AI upscaling engines rather than raw glass power.
While long-distance extreme zoom fans might miss having a native 5x or 10x periscope lens, most everyday photos—portraits, pets, and close-ups—sit right in the 3x to 5x range where a large 4x sensor excels.
