MI2010 High-Performance CMOS Camera Image Sensor

MI2010 image sensor is a high-performance CMOS camera image sensor with many advanced functions and is widely used in a variety of imaging devices.

The following is a detailed introduction to the MI2010 image sensor:

I. Basic parameters

Model: MI2010 (sometimes also called MI-SOC2010)

Pixels: 2 million pixels

Maximum resolution: 1600×1200 (at 15FPS)

Manufacturer: Micron (also often referred to as APTINA, because Aptina Technologies was a subsidiary of Micron Technology, focusing on image sensor solutions)

2. Package and size

Package type: TPLCC (Thin Plastic Leaded Chip Carrier), specific sizes may include 10×10×1.5mm 32L or 48L and other different specifications.

3. Features

Integrated camera system: MI2010 comes with an integrated advanced camera system, including a sophisticated image stream processor (IFP), a real-time JPEG encoder, an integrated microcontroller, etc.

Low illumination performance: Excellent performance under low illumination conditions, capable of capturing clear, low-noise images.

Low power consumption: Low overall power consumption, suitable for use in portable devices.

Image processing function: Supports autofocus, optical zoom, mechanical shutter and other functions, and is equipped with an embedded microprocessor that can independently complete image processing tasks.

Near infrared (NIR) response: Excellent near infrared response performance in night vision environments, suitable for application scenarios that require night shooting.

4. Application scenarios

CCTV camera: used in monitoring and security fields.

Surveillance camera: widely used in scenarios that require long-term continuous monitoring.

Network camera: supports network transmission, which is convenient for remote monitoring and management.

Car rearview camera: provides clear reversing images and improves driving safety.

Button camera: compact and lightweight, suitable for covert shooting or special scenarios.

5. Supplier Information

The MI2010 image sensor is produced by Micron (Micron/APTINA) and can be purchased through multiple distributors. For example, Shenzhen Junxin Electronics Co., Ltd. and Shenzhen Hongzhang Semiconductor Co., Ltd. are among the suppliers of this product. These companies provide a variety of image sensor products including MI2010, and can provide technical support and after-sales service according to customer needs.

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• Some common questions about the MI2010 camera image sensor

• 1. What type of image sensor is MI2010?

• A: MI2010 is a CMOS (complementary metal oxide semiconductor) image sensor. CMOS image sensors use semiconductors made of two elements, silicon and germanium, to achieve basic functions through negatively and positively charged transistors on CMOS, converting optical images into electronic signals.

• 2. What are the pixels and resolution of MI2010?

• A: The MI2010 image sensor has 2 million pixels and a resolution of 1600×1200 (at 15FPS). This high resolution enables MI2010 to capture clear images and is suitable for a variety of application scenarios.

• 3. What are the main functions of MI2010?

• A: The MI2010 image sensor has an integrated advanced camera system with the following features:

• Sophisticated Image Stream Processor (IFP)

• Real-time JPEG encoder

• Integrated microcontroller

• Flash support

• Autofocus

• Optical zoom

• Mechanical shutter

• These features enable the MI2010 to have excellent performance in low-light conditions while consuming very little power, making it suitable for handheld devices and other power-demanding scenarios.

• 4. What is the packaging form of the MI2010?

• A: The packaging form of the MI2010 may vary from manufacturer to manufacturer or batch to batch, but common packaging forms include TPLCC (Thin Plastic Leaded Chip Carrier). Please refer to the product data sheet for specific package dimensions and pin layouts or contact the supplier for detailed information.

• 5. What applications does the MI2010 apply to?

• A: Due to its high resolution, low power consumption and multiple integrated functions, MI2010 is suitable for a variety of application scenarios, including but not limited to:

• Digital cameras

• Smartphone cameras

• Tablet cameras

• Laptop cameras

• Security cameras

• Machine vision systems, etc.

• 6. How to solve image quality problems during the use of MI2010?

• A: If MI2010 has image quality problems during use, such as excessive noise, color distortion, etc., you can try the following solutions:

• Check whether the power supply voltage is stable and ensure that it is within the specification range.

• Adjust camera settings such as exposure time, gain, etc. to optimize image quality.

• Check whether the lens is clean and free of contaminants such as dust or fingerprints.

• If the problem persists, please contact the supplier or professional technicians for further troubleshooting and repair.