Shenzhen Chenkun Vision Technology Co.,Ltd.

2MP MIPI CSI-2 Camera Module with Integrated ISP YUV or RGB Output Format

The 2MP MIPI CSI-2 camera module with integrated ISP presents a resolute emphasis on technical substance over flamboyant rhetoric. By embracing an integrated ISP, offering pragmatic output format options, integrating the GC2145 sensor, and supporting customizable lens and FPC configurations with adjustable FOV, the module caters to practical application needs. Its design philosophy is rooted in delivering tangible benefits, reflecting a commitment to techniques that translate into genuine value for users across diverse scenarios.

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Performance Parameter of 2MP MIPI CSI-2 Camera Module with Integrated ISP YUV or RGB Output Format




Image Sensor


Image Sensor Size


Effective Pixels


Pixel size

1.75μm x 1.75μm

Optical distortion


Image sensor Data output



Raw Bayer

Maximum Frame Rates and Resolution

UXGA :30fps@168MHZ,DCLK

720P : 30fps@96MHz,DCLK

SVGA :30fps@120MHZ,DCLK

SNR max


Dynamic range

56 dB

Min. Illumination

≥0.1LUX at F.No2.2



MIPI interface support:

Single lane / Double lane

(CSI-2 V1.0/PHY-1.0)

Power requirements

IOVDD: 1.7 ~ 3.0 V

AVDD: 2.7 ~ 3.0 V

DVDD: 1.7 ~ 1.9V

Storage temperature

-30℃ to 95℃

operating temperature

-20℃ to 70℃

Power Consumption

Max 180mW

LED IR-850

NO, but could be customized




Lens size

M6 diameter;4.5mm TTL

Lens Construction

6P with IR






D:146° H:120° V:92° ±3°

Shooting distance

Fixed Focus, 10cm-infinity

Features of 2MP MIPI CSI-2 Camera Module with Integrated ISP YUV or RGB Output Format

Features of 2MP MIPI CSI-2 Camera Module with Integrated ISP YUV or RGB Output Format

  •  Integrated ISP: Enhancing Real-time Image Processing

    The inclusion of an integrated ISP within the camera module itself marks a significant stride in image processing efficiency. This technical integration allows for immediate optimization of raw image data before transmission to the host system. By managing crucial tasks like noise reduction and color calibration at the source, the module minimizes the reliance on resource-intensive post-processing, fostering more efficient resource allocation and superior image quality.

  • Output Format Options: Striking the Right Balance

    The module offers a choice between YUV and RGB output formats, catering to the inherent trade-off between color accuracy and bandwidth consumption. YUV formats provide a pragmatic equilibrium, with luminance and chrominance data transmitted separately. In contrast, RGB output upholds uncompromised color precision, though at the cost of higher data rates. This choice exemplifies a practical approach, wherein users can align format selection with their specific needs.

  • GC2145 Sensor Integration: A Focus on Quality

    The incorporation of the GC2145 sensor underscores a commitment to image quality. Notable for its adeptness in low-light conditions and dynamic range, this sensor heightens the camera module's performance across various lighting scenarios. Its seamless integration reinforces a deliberate dedication to substantive technical achievements over mere sensationalism.

  • Customizable Lens and FPC: A Tailored Approach

    The module's ability to accommodate customizable lenses and Flexible Printed Circuits (FPCs) reflects an appreciation for diverse application requirements. This adaptability empowers users to optimize the camera module for distinct scenarios, encompassing everything from intricate macro imaging to expansive wide-angle captures. The focus on practical customization options demonstrates a measured approach that prioritizes functional flexibility.

  • Adjustable FOV: Tailoring Perspectives

    The camera module's customizable Field of View (FOV) spanning from 50 to 120 degrees stands as a testament to its versatility. This range of adjustability lends itself to a spectrum of applications, from precision-focused tasks to immersive experiences. Rather than overemphasizing universality, the module offers an adaptable approach grounded in real-world usability.

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