Imaging

Every nuance of light. Every color true.

Concept illustration of an independent multispectral imaging unit connected to a smartphone camera system A silver-gray phone connects to an enlarged imaging unit showing lens, package, and sensing layers. Shapes and patterns are simplified concepts, not actual engineering or pixel layouts.

01 / MULTISPECTRAL IMAGING

Multispectral Imaging Chips

Independent imaging for rich spectral information

01. Key specifications
Spectral channel options
9–16 channels
Approx. 3–5 megapixels
3–5 MP
Pixel sizes across the product family
1.0–1.2 μm
Spectral range
380–960 nm

Independent multispectral imaging captures rich spectral information to inform illuminant estimation and color reproduction.

Product family overview. Available configurations depend on product selection.

Concept illustration of Hybrid integration with a smartphone wide-angle camera A silver-gray phone connects to an enlarged integrated camera module. Two abstract patterns on one sensing surface represent RGB and multispectral information, not actual engineering or pixel layouts.

02 / HYBRID CIS

Hybrid Chips

Integrate with wide-angle and front cameras for high resolution in a compact design

02. Key specifications
50–68 megapixels
50–68 MP
RGB with several spectral channels
RGB + Multispectral
Reference pixel sizes across the product family
0.6 μm
Works with existing cameras
Wide-angle / Front camera

Combine RGB imaging and multispectral perception to reduce extra components and save stack space.

Product family overview. Integration and space benefits depend on the target device.

MULTISPECTRAL IMAGING AWB

Warm light. Cool daylight. Natural skin tones.

Distinguish warm indoor light from daylight outside for natural skin tones and environmental colors.

Illustrative multispectral white balance: a portrait by a window, with warm indoor lighting, clear daylight, and natural skin tones Single-point CCT AWB Multispectral imaging AWB
Drag to compare white balance Illustration, not a measured comparison

INTEGRATED LIGHT SENSING

One chip. A simpler imaging system.

Color Temperature

CCT
Illustration of a warm light source and its illuminated area

Capture illuminant color temperature
to inform white balance and color processing.

Warm light

Polarization

Illustration of polarization orientation and a reflective surface

Identify polarization characteristics
to enrich surface and reflectance information.

Orientation 1

Flicker

Illustrative curve of periodic changes in illumination over time IntensityTime

Sense periodic changes in illumination
to inform exposure and flicker banding processing.

Slower variation

EVS

EVENT VISION
Illustration of a moving contour and local brightness change events

Sense local brightness change events
to inform motion analysis.

Position 1

Brightness

Illustration of changes in light intensity

Capture light intensity information
to inform exposure and ambient light adaptation.

Soft light

3D

DEPTH
Illustration of scene depth and spatial relationships

Add scene depth and spatial information
to support distance perception and spatial understanding.

Near

Perception dimensions illustrated. Configurations depend on application requirements.

INTEGRATION & APPLICATION

Integration and Applications

Hardware and software together
for device imaging

DEDICATED MULTISPECTRAL

Independent multispectral solution

A separate device adds spectral imaging information

HYBRID CIS

Hybrid integration

Compact integration with wide-angle and front cameras

Algorithm configurationCorrection and calibrationParameter and interface adaptation

Device imaging pipeline

01 / STRUCTURE

Devices and structures

Match independent or integrated device formats to the available space and camera structure.

02 / ALGORITHMS

Algorithms and integration

Match algorithms, parameters, and interfaces to target camera responses and system needs.

03 / CALIBRATION

Calibration and validation

Carry out correction, calibration, and joint validation for module consistency and imaging objectives.

IMAGING APPLICATIONS

For diverse imaging devices

From everyday moments to wider horizons

A smartphone captures a city waterfront at dusk
01 / MOBILE

Smartphones

Everyday photography and portraits

A travel creator uses a handheld gimbal camera on a city street
02 / HANDHELD

Gimbal Cameras

Moving shots and everyday storytelling

A skier wearing a helmet, goggles, and face covering uses a chest-mounted action camera
03 / ACTION

Action Cameras

Outdoor exploration and action recording

A hiker records a mountain ridge with a panoramic camera
04 / PANORAMIC

Panoramic Cameras

Panoramic capture and immersive storytelling

CONTACT

Together
make innovation happen

Discuss your application, technical needs, and opportunities for joint validation.

Discuss a partnership

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