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A deeper take on light A deeper take on light A deeper take
on light Inspired by ISOCELL Inspired by ISOCELL Inspired by ISOCELL
Go beyond ultra-high resolution. Building on the ISOCELL heritage of delivering exceptional 200MP imaging, the new ISOCELL HPC introduces the industry's first DeepPix technology to redefine how light is captured. From richer HDR and lifelike colors to optimized image quality across every zoom level, setting a new benchmark for HDR in ultra-high-resolution mobile imaging. Go beyond ultra-high resolution. Building on the ISOCELL heritage of delivering exceptional 200MP imaging, the new ISOCELL HPC introduces the industry's first DeepPix technology to redefine how light is captured. From richer HDR and lifelike colors to optimized image quality across every zoom level, setting a new benchmark for HDR in ultra-high-resolution mobile imaging. Go beyond ultra-high resolution. Building on the ISOCELL heritage of delivering exceptional 200MP imaging, the new ISOCELL HPC introduces the industry's first DeepPix technology to redefine how light is captured. From richer HDR and lifelike colors to optimized image quality across every zoom level, setting a new benchmark for HDR in ultra-high-resolution mobile imaging.
Deeply engineered for light Deeply engineered for light Deeply engineered
for light

Capture more light where it matters most. Built upon Samsung's proven ISOCELL architecture, the ISOCELL HPC introduces the industry's first DeepPix technology, a new pixel structure engineered to improve Full Well Capacity (FWC). Leveraging Samsung’s advanced Front Deep Trench Isolation (FDTI), DeepPix expands both the photodiode capacity and shared floating diffusion, increasing single-pixel FWC by 60% over the previous generation. Combined with cleaner signal processing and a significantly wider dynamic range, it captures brighter highlights, richer shadows, and stunning HDR images with remarkably low noise.

Capture more light where it matters most. Built upon Samsung's proven ISOCELL architecture, the ISOCELL HPC introduces the industry's first DeepPix technology, a new pixel structure engineered to improve Full Well Capacity (FWC). Leveraging Samsung’s advanced Front Deep Trench Isolation (FDTI), DeepPix expands both the photodiode capacity and shared floating diffusion, increasing single-pixel FWC by 60% over the previous generation. Combined with cleaner signal processing and a significantly wider dynamic range, it captures brighter highlights, richer shadows, and stunning HDR images with remarkably low noise.

Capture more light where it matters most. Built upon Samsung's proven ISOCELL architecture, the ISOCELL HPC introduces the industry's first DeepPix technology, a new pixel structure engineered to improve Full Well Capacity (FWC). Leveraging Samsung’s advanced Front Deep Trench Isolation (FDTI), DeepPix expands both the photodiode capacity and shared floating diffusion, increasing single-pixel FWC by 60% over the previous generation. Combined with cleaner signal processing and a significantly wider dynamic range, it captures brighter highlights, richer shadows, and stunning HDR images with remarkably low noise.

Video illustrating DeepPix built on Samsung's Front Deep Trench Isolation (FDTI), increasing photodiode and shared floating diffusion capacity to improve full well capacity.
Video demonstrating single-frame 16-bit HDR with scenes ranging from bright daylight to backlit environments, highlighting preserved color and detail.
Expand the dynamic Expand the dynamic Expand the dynamic

Experience HDR beyond photography. With DeepPix at its core, the ISOCELL HPC supports single-frame 16-bit HDR, delivering up to four times richer color expression than conventional HDR. From bright daylight to challenging backlit scenes, natural tones and subtle details of every image can be preserved. ISOCELL HPC also supports 4K video at up to 180 fps¹, enabling smoother slow-motion capture and more versatile video experiences while maintaining high image quality. 

Experience HDR beyond photography. With DeepPix at its core, the ISOCELL HPC supports single-frame 16-bit HDR, delivering up to four times richer color expression than conventional HDR. From bright daylight to challenging backlit scenes, natural tones and subtle details of every image can be preserved. ISOCELL HPC also supports 4K video at up to 180 fps¹, enabling smoother slow-motion capture and more versatile video experiences while maintaining high image quality. 

Experience HDR beyond photography. With DeepPix at its core, the ISOCELL HPC supports single-frame 16-bit HDR, delivering up to four times richer color expression than conventional HDR. From bright daylight to challenging backlit scenes, natural tones and subtle details of every image can be preserved. ISOCELL HPC also supports 4K video at up to 180 fps¹, enabling smoother slow-motion capture and more versatile video experiences while maintaining high image quality. 

HDR at every zoom HDR at every zoom HDR at every zoom

Stay consistent from wide to close-up. While most image sensors support HDR only at selected zoom ratios, the ISOCELL HPC extends single-frame HDR across 1×, 1.5×, 2×, 3×, and 4× in-sensor zoom. Leveraging intelligent in-sensor downscaling together, it maintains outstanding HDR performance throughout the zoom range. The result is enhanced HDR performance across more zoom ratios — all from a single image sensor.

Stay consistent from wide to close-up. While most image sensors support HDR only at selected zoom ratios, the ISOCELL HPC extends single-frame HDR across 1×, 1.5×, 2×, 3×, and 4× in-sensor zoom. Leveraging intelligent in-sensor downscaling together, it maintains outstanding HDR performance throughout the zoom range. The result is enhanced HDR performance across more zoom ratios — all from a single image sensor.

Stay consistent from wide to close-up. While most image sensors support HDR only at selected zoom ratios, the ISOCELL HPC extends single-frame HDR across 1×, 1.5×, 2×, 3×, and 4× in-sensor zoom. Leveraging intelligent in-sensor downscaling together, it maintains outstanding HDR performance throughout the zoom range. The result is enhanced HDR performance across more zoom ratios — all from a single image sensor.

Video demonstrating single-frame HDR support across 1x, 1.5x, 2x, 3x, and 4x in-sensor zoom levels by zooming into a single image.
More light, naturally More light, naturally More light, naturally

Bring every detail into focus. The ISOCELL HPC further enhances light efficiency through High Precision Microlens (High-P), which uses high-refractive-index materials to gather and focus more light onto each photodiode. Complementing this, High Transmittance ARL (High-T) helps reduce light reflection and scattering, allowing more light to reach the photodiode and improving quantum efficiency (QE). Together, these advanced optical technologies help capture clearer, more vibrant images with true-to-life color across diverse lighting conditions.

Bring every detail into focus. The ISOCELL HPC further enhances light efficiency through High Precision Microlens (High-P), which uses high-refractive-index materials to gather and focus more light onto each photodiode. Complementing this, High Transmittance ARL (High-T) helps reduce light reflection and scattering, allowing more light to reach the photodiode and improving quantum efficiency (QE). Together, these advanced optical technologies help capture clearer, more vibrant images with true-to-life color across diverse lighting conditions.

Bring every detail into focus. The ISOCELL HPC further enhances light efficiency through High Precision Microlens (High-P), which uses high-refractive-index materials to gather and focus more light onto each photodiode. Complementing this, High Transmittance ARL (High-T) helps reduce light reflection and scattering, allowing more light to reach the photodiode and improving quantum efficiency (QE). Together, these advanced optical technologies help capture clearer, more vibrant images with true-to-life color across diverse lighting conditions.

Specifications

Comparison diagram of image sensor pixel structures: BDTI, FDTI, and DeepPix, showing photodiode (PD), Dual VTG, isolation technologies (BDTI/FDTI), color filter (CF), and lens layout.

First introduced in ISOCELL HPC, DeepPix is a new pixel architecture that improves photodiode (PD) potential, enables more efficient charge transfer through dual vertical transfer gates (D-VTG), and increases floating diffusion (FD) capacitance through a shared FD structure. Together, these enhancements improve charge handling efficiency at the pixel level and further strengthen the advantages of Samsung's FDTI technology, enabling higher imaging performance without increasing pixel size.

  • 1. Based on Partial PD. Supports 4K 120 fps with all-pixel PDAF

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