WizColor

Pain Points Technology Development Overview Image Effect Comparison WizColor X Technology Application Scenarios Products News Download

Pain Points

Light Pollution

Interference From Flying Insects And Dust

Short Visual Distance

Motion Blur

Image Noise

Overexposed License Plate

Low-illumination Technology Development

What is WizColor X？

UltraSight Lens Larger Pixel Size Sensor AI-ISP 2.0

Dahua WizColor X technology upgrades the AI-ISP 2.0 algorithm with large models and integrates industry-leading large-pixel image sensors and UltraSight Lens technology.

It greatly boosts light sensitivity, delivering richer color layers and fine details at night. It also enables precise capture and recognition of moving targets, significantly reducing motion blur.

Image Effect Comparison

The image effect of WizColor X has better brightness and color compared with competitor products and general products.

WizColor X Camera

Competitor Camera

General Camera

WizColor X Technology

UltraSight Lens

Pursuing Brightness, Capturing Details

F1.6

F1.0

F0.8

UltraSight Lens Optical System

It is equipped with an ultra-large aperture of F0.8, allowing both ultra-high clarity and large light intake to be obtained simultaneously.

WizColor X Camera

General Camera

Larger Pixel Size Sensor

Low Noise & High Color Fidelity

The larger the pixel size, the more photons can be received and converted into stronger electrical signals. This greatly enhances the signal, resulting in an image with higher brightness and lower noise.

The pixel size is 2.9µm

The pixel size is upgraded to 4µm, and single Pixel Photosensitive Area is WizColor
1.9times

WizColor X Camera

General Camera

AI-ISP 2.0

Clear motion objects without trailing blur in extremely dark scenes

Small Model Large Model

Updated to Large Model

The model and motion target performance are upgraded, with parameters scaling to billions and the training dataset expanding to hundreds of thousands.

Added Moving Sensing Algorithm

It uses reference frame segmentation and motion direction estimation to assist current frame segmentation, reducing motion ghosting in extreme scenarios.