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Forget 108MP, 200MP camera, Samsung is going to bring 576MP camera sensor

Forget 108MP, 200MP camera, Samsung is going to bring 576MP camera sensor

⚡ Key Points

  • Samsung revealed a 576MP camera sensor roadmap at the SEMI Europe Summit 2021, with a possible commercial launch by 2025.
  • The sensor will use ChameleonCell technology, Samsung's next evolution of Pixel Binning that currently powers the 200MP ISOCELL HP1.
  • The ISOCELL HP1 supports three pixel-layout modes (2x2, 4x4, full pixel) and can shoot 8K video at 30fps.
  • When four pixels are merged on the ISOCELL HP1, output resolution drops to 50MP (8192x6144) for improved low-light performance.
  • Samsung predicted 108MP would become a standard sensor resolution by the end of 2021.
In this article
  1. Samsung 576MP Camera: What We Know So Far
  2. How ChameleonCell Pixel Binning Works
  3. The Road From 108MP to 576MP

Samsung is preparing to leave 108MP and 200MP sensors far behind — the company has been developing a Samsung 576MP camera sensor that could redefine smartphone photography as we know it. Details emerged during the SEMI Europe Summit 2021, where Samsung's own roadmap hinted at a commercial debut as early as 2025.

Samsung 576MP Camera: What We Know So Far

At the SEMI Europe Summit 2021, Heichang Li — Samsung's Senior Vice President and Head of Automatic Sensors — delivered a presentation outlining the company's camera sensor roadmap. It was during that presentation that the 576MP sensor was first publicly revealed. According to the roadmap, Samsung aims to bring this sensor to commercial products by the year 2025. The company has not yet announced a specific handset that will carry the sensor.

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Meanwhile, Samsung has already pushed the envelope with its ISOCELL HP1, a 200MP sensor that currently stands as the highest-resolution mobile image sensor in the market. The ISOCELL HP1 relies on Pixel Binning Technology to deliver versatile photography across lighting conditions. Samsung also plans to introduce a next-generation version of this technology under the name ChameleonCell, which is expected to power the 576MP sensor when it arrives.

How ChameleonCell Pixel Binning Works

To understand what makes the 576MP sensor significant, it helps to look at how the existing ISOCELL HP1 handles its 200MP resolution. The sensor is engineered with three pixel-layout modes:

  • Two-by-two layout — groups four pixels together, ideal for low-light shooting
  • Four-by-four layout — merges sixteen pixels, maximising light capture in challenging conditions
  • Full pixel layout — uses every pixel at full 200MP resolution in bright light

When shooting in the two-by-two mode, four pixels are combined, effectively reducing the output resolution to approximately 50MP (8192 x 6144 pixels). This trade-off delivers cleaner, brighter images without sacrificing detail. The ISOCELL HP1 also supports 8K video recording at 30fps, making it a genuine multimedia powerhouse.

ChameleonCell is Samsung's evolution of this concept. The name suggests an adaptive, context-aware pixel structure that could intelligently switch between binning modes in real time — potentially making the 576MP sensor more practical for everyday photography than the raw megapixel count implies.

The Road From 108MP to 576MP

The Samsung Galaxy S20 Ultra brought 108MP cameras into the premium mainstream when it launched. Since then, the 108MP sensor has cascaded down to mid-range devices from brands like Redmi and Realme, and Samsung itself has predicted that 108MP will become a standard resolution by the end of 2021.

The ISOCELL HP1 at 200MP represents the next step, and no smartphone manufacturer has yet shipped a handset featuring it — though Samsung and other brands are expected to do so in the coming months. The 576MP sensor, if it arrives on schedule in 2025, would represent a nearly three-fold jump over today's 200MP benchmark.

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For consumers, the practical benefit of such extreme resolution lies less in printing billboard-sized photos and more in computational photography: cropping without quality loss, post-capture reframing, and AI-driven scene optimisation. Samsung's ChameleonCell binning approach is specifically designed to make those high-resolution sensors behave sensibly in real-world conditions.

Explore more coverage on the latest Samsung camera and sensor innovations as they are announced.

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Frequently Asked Questions

When will Samsung's 576MP camera sensor be available?

According to Samsung's roadmap presented at the SEMI Europe Summit 2021, the company aims to showcase the 576MP sensor commercially by the year 2025. No specific device has been announced yet.

What is ChameleonCell technology?

ChameleonCell is Samsung's next-generation pixel binning technology, designed to succeed the Pixel Binning Technology used in the 200MP ISOCELL HP1 sensor. It is expected to power the upcoming 576MP camera sensor.

What is the Samsung ISOCELL HP1 sensor?

The ISOCELL HP1 is Samsung's 200MP image sensor. It features three pixel-layout modes — 2x2, 4x4, and full pixel — and supports 8K video recording at 30fps. When using pixel binning, four pixels merge to produce a 50MP (8192x6144) output.

Which was the first phone to feature a 108MP camera?

The Samsung Galaxy S20 Ultra was one of the first smartphones to popularise the 108MP camera sensor. Since then, many brands including Redmi and Realme have adopted 108MP sensors across mid-range and premium devices.

Why does pixel binning reduce the final resolution?

Pixel binning combines multiple smaller pixels into one larger effective pixel to capture more light, which improves low-light photography. On the ISOCELL HP1, merging four pixels reduces the 200MP sensor output to approximately 50MP, but with significantly better brightness and noise performance.

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