IR850+RGB HD Dual Lens Imaging Module Wide Dynamic 60 FPS 1080P MIPI Interface
Product Details:
Place of Origin: |
Shenzhen,China |
Brand Name: |
Sinoseen |
Certification: |
RoHS |
Model Number: |
SNS21576-V1.0 |
Payment & Shipping Terms:
Minimum Order Quantity: |
3 |
Price: |
negotiable |
Packaging Details: |
Tray+Anti-static bag in carton box |
Delivery Time: |
2-3weeks |
Payment Terms: |
T/T |
Supply Ability: |
500000 pieces/month |
- Parameter
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- Detail Information
Type: |
Dual LensCamera Module |
Sensor: |
SC2310 Sensor |
Resolution: |
H1920*V1080 |
Dimensions: |
(customizable) |
Pixel Size: |
3.0um X3.0um |
Focus Type: |
Fixed Focus |
Interface: |
MIPI |
Feature: |
HD |
High Light: |
IR850+RGB Dual Lens Camera Module MIPI Dual Lens Camera Module Wide Dynamic 1080P Camera Module |
Product Description
The camera module can record videos in 1080P (1920 x 1080 pixels) resolution, providing high-definition video quality with clear details.
It contains two lenses: one with an IR850 filter for capturing images in infrared (IR) light, enabling day/night vision or enhanced visibility in low-light or nighttime conditions, and the other with an RGB filter for capturing images under standard visible light, providing accurate color representation. The camera is equipped with wide dynamic range technology, which enables it to handle scenes with varying lighting conditions.This technology captures details in both bright and dark areas of an image simultaneously, resulting in a more balanced and clear image.
Specification
Model No |
SNS21576-V1.0 |
Sensor |
SC2310 sensor |
Pixel |
2 Mega Pixel |
Most effective pixels |
H1920*V1080 |
Pixel Size |
3.0um x3.0um |
Image Area |
5808µm x 3288µm |
Compression format |
YUV2 / MJPG |
Resolution |
See above |
Frame rate |
See above |
Shutter Type |
Electronic rolling shutter |
Focus type |
Fixed focus |
S/N ratio |
TBDdB |
Dynamic range |
TBDdB |
Sensitivity |
3700 mV/lux-sec |
Interface type |
mipi |
Adjustable parameter |
Brightness/Contrast/Color saturation/Hue/Definition/ Gamma/White balance/Exposure |
Power supply requirement |
AVDD28: 2.7~3.3V(Typ.2.8V) |
DVDD18: 1.15~1.3V(Typ.1.2V) | |
IOVDD: 1.7~3.0V(Typ.1.8V) | |
Audio frequency |
Optional |
Power consumption |
DC 5V, 200mA |
Main chip |
DSP/SENSOR/FLASH |
Auto Exposure Control (AEC) |
Support |
Auto White Balance (AEB) |
Support |
Auto Gain Control (AGC) |
Support |
Storage temperature |
0~60℃ |
Operating temperature |
-20~80℃ |
Shenzhen Sinoseen Technology Co., LTD
China top 10 camera module manufacturer
If you are struggling to find the right camera module solution, please contact us, we will customize all kinds of USB/MIPI/DVP interface camera modules according to your needs, and have a dedicated team to provide you with the most suitable solution.
Camera module customizationsuggestion
According to the actual application scenarios and functional goals, the camera module needs to comprehensively consider the product structure size, image clarity, frame rate, lens angle, lighting scene and other factors to select the appropriate sensor, lens and solution. needs customization. These products are only used for customer testing DEMO,please contact our customer service to inform you which product you want to use the camera module on? What function is implemented? Are there any special requirements? According to cost targets and other comprehensive factors, we help you choose the right sensor+ lens solution, and then design the product PCB or FPC according to the structural requirements.
examples: the customer is going to make a person recognition and comparison machine. If it is used in a well-lit indoor environment, we recommend that customers use ordinary lenses and sensors. If the light or backlight is not good, we recommend customers to use WDR wide dynamic sensor. If customers have high requirements for safety, we recommend that customers use WDR and black and white infrared binocular recognition camera modules. When determining the sensor and lens plan, the customer should adjust the color, white balance and saturation parameters according to the actual environment to achieve the target effect.