2MP MIPI Camera Module GC2083 IRCUT Supplier and Factory in China

Looking for high-quality GC2083 camera modules? Our China factory provides 1080P CMOS image sensors with IR-CUT filters for security and mobile cameras. Leading suppliers of professional imaging solutions.

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Product Details

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The MY-FPC2M838-A1 is a high-performance 2MP MIPI Camera Module featuring an integrated IR-CUT filter, specifically engineered for professional-grade imaging in compact environments. Utilizing a high-resolution 1920x1080 pixel array and an on-chip 10-bit ADC image signal processor, this module delivers exceptional visual clarity while maintaining a low power profile to optimize energy efficiency.

Designed for versatility and seamless integration, the GC2083 sensor supports both MIPI and DVP interfaces, accommodating RAW10 and RAW8 data formats. Whether deployed in sports cameras, car DVRs, or advanced mobile applications, this module provides the necessary processing power and flexibility to meet the rigorous demands of modern electronic imaging systems.

Detailed Parameters

Resolution	1920H x 1080V (2MP)	Sensor Model	GC2083
Interface	MIPI / DVP	ADC Processor	10-bit On-chip ADC
Data Formats	RAW10 / RAW8	Control Interface	Two-wire Serial Interface (I2C)
Filter	Integrated IR-CUT	Power Profile	Low Power Consumption
Application	Car DVR / Sports Camera	Connectivity	FPC Camera Module

Key Advantages

IR-CUT Filtering

Equipped with an IR-CUT filter to prevent infrared interference, ensuring accurate color reproduction in various lighting conditions.

Battery Optimization

Engineered for low power consumption, significantly extending the battery life of portable and mobile devices.

High-Fidelity Imaging

The 10-bit ADC image signal processor ensures high-performance processing for crisp, professional-grade visuals.

Dual Interface Support

Flexible MIPI and DVP interface options allow for easy integration with a wide range of host processors.

Versatile Application

Optimized for high-speed capture in sports cameras and stability in car DVR systems.

Precision Control

Two-wire serial interface enables precise host control over all sensor operations and parameters.

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Management Platforms

Hardware Integration

Seamlessly fits into FPC-based PCB layouts for compact device assembly.

Protocol Configuration

Fully customizable via I2C to adjust exposure and gain settings.

Signal Processing

On-chip 10-bit ADC optimizes raw data before host transmission.

Interface Management

Supports switching between MIPI and DVP for diverse system architectures.

Thermal Control

Efficient heat dissipation design ensures stable operation during long recordings.

Data Optimization

Selectable RAW8 or RAW10 formats to balance image quality and bandwidth.

Investment Return Comparison

Feature Metric	Standard 2MP Module	MY-FPC2M838-A1
Power Efficiency	Average Consumption	Ultra-Low (Extended Battery)
Image Processing	Basic 8-bit ADC	Advanced 10-bit ADC
Interface Flexibility	Single Interface	Dual MIPI/DVP Support
Light Control	Fixed Lens/No IR	Integrated IR-CUT Filter
Integration Cost	High Adaptation Time	Plug-and-Play FPC Design

Frequently Asked Questions

Q: What is the primary advantage of the IR-CUT filter in this camera module?

The IR-CUT filter blocks infrared light during the day to prevent color distortion, ensuring that images remain natural and vibrant across different lighting environments.

Q: Can this module be used in battery-powered mobile devices?

Yes, the MY-FPC2M838-A1 is specifically designed for low power consumption, making it an ideal choice for sports cameras and mobile applications where battery life is critical.

Q: What is the difference between RAW8 and RAW10 data formats?

RAW10 provides higher color depth and image quality by using 10 bits per pixel, while RAW8 reduces data bandwidth and processing load for faster transmission.

Q: Which interfaces are supported for host connection?

The module supports both MIPI (Mobile Industry Processor Interface) and DVP (Digital Video Port) interfaces, ensuring compatibility with most modern SoC and DSP platforms.

Q: Is this camera module suitable for automotive DVR applications?

Absolutely. Its combination of 1080P resolution, IR-CUT capability, and stability makes it highly suitable for high-reliability automotive recording systems.

Q: How does the host control the sensor operations?

The sensor is controlled via a two-wire serial interface (commonly I2C), allowing the host processor to configure imaging parameters and operational modes in real-time.

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