CORE TECHNOLOGY

SFCPixel® Technologies
SmartSens’ unique SFCPixel® technology obtains higher voltages by shortening the distance between the Source Follower (SF) and the PhotoDiode (PD), achieving higher sensitivity and better night vision imaging.
PixGain Technologies
Combining High Gain and Low Gain, PixGain Technologies achieve exceptional imaging at night and in low-light conditions while capturing fine details during daytime and in glaring light.

Converging HDR Technologies

With an array of professional HDR technologies, including PixGain HDR® Multi-Exposure Staggered HDR and Single-Frame Gain-Based HDR without time interval , SmartSens ensures that the image sensor is able to cope with complex and changeable lighting environments, and empower a range of demanding applications.
Lowlight detail
Highlight detail

Reveal extraordinary details—in every light

BSI +
Global Shutter
Capture every magical moment
The first Global Shutter CMOS Image Sensor from SmartSens produces ultra-sharp images without distortion on high-speed objects
Rolling Shutter Image distortion
Global Shutter No tail shadows or image distortion

LFS Technology
LED Flicker Suppression

Great LED Flicker Suppression with Qcell™ Technology
The multi-exposure mode addresses the LED flicker issue, increases the dynamic range and eliminates image smearing—all leading to better applicability of the vehicle scenes.
Normal Exposure

Long Exposure
Normal View
(No LED flicker suppression)
Corrected View
(LED flicker suppression ON)

AI Smart Sensor Chip Platform

A universal AI Smart Sensor Chip Platform with sensing and computing
Equipped with 0.5 TOPS computing power
Support mainstream lightweight AI algorithms
Output image or AI semantic information
User-defined algorithm
High energy efficiency ratio, low latency, ultra-low consumption
Neural Network AcceleratorCMOS Image Sensor

SmartAEC Technology

Response time as low as 60 ms, enabling "always on" IoT applications
QE | Quantum efficiency
Non-NIR enhancement technology
SmartSens NIR Enhancement Technology
2nd Gen
NIR Enhancement Technology
Quantum efficiency in the range of 850 to 940nm by
X2 Times