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OS02G10 2MP Pixel Security Image Sensor

OS02G10 2MP Pixel Security Image Sensor

OS02G10 Full HD Image Sensor for Mainstream Security Cameras Requiring Superior Low-Light Pixel Performance

●OMNIVISION's OS02G10 image sensor offers the best value for mainstream, high-volume security cameras that require 1080p resolution and superior low-light pixel performance. It delivers consumer-grade IoT security cameras with improved SNR1 and reduced power consumption for best-in-class low-light image capture. This industry-leading performance is achieved with 2.8-micron pixels built on the OmniPixel® 3-HS architecture, which delivers high quantum efficiency and best-in-class signal-to-noise ratio.

●The OS02G10 delivers 60% better SNR1 performance and 40% lower power consumption than previous generation mainstream security sensors. This improved low-light performance provides greater value in the popular 1/2.9" optical format.

● We use 12" wafers to produce the OS02G10, rather than the 8" wafers that are typically in short supply but are commonly used for 2MP, 1080p sensors. This allows us to better meet the growing demand for this resolution, which remains most popular in the growing consumer IoT security camera and low-end industrial and commercial surveillance camera markets.

● The OS02G10 also features a 15-degree CRA, compatible with a wide range of lenses that are widely available. The sensor also offers an integrated dynamic defective pixel correction algorithm for optimal image quality, as well as a dual-lane MIPI interface. It delivers 2MP, 1080p resolution at 30 frames per second.

Dogoozx OS02G10 camera module recommendation:

What are the main technical specifications of the OS02G10?

Answer:

The OS02G10 is a CMOS image sensor provided by OmniVision Technologies with 2 million pixels, supporting 1080p resolution and capturing 30 frames per second. It adopts 2.8 micron pixel technology based on the OmniPixel® 3-HS architecture to achieve high quantum efficiency and optimal signal-to-noise ratio (SNR). In addition, the sensor integrates a dynamic defective pixel correction algorithm and is equipped with a dual-channel MIPI interface, suitable for various security monitoring systems and high-definition camera applications.

How does the OS02G10 perform in low-light environments?

Answer:

The OS02G10 performs well in low-light environments, thanks to its high sensitivity and optimized low-light pixel performance. Compared with the previous generation of mainstream security sensors, the OS02G10 has a 60% improvement in SNR, which can provide clearer and more detailed images in low-light conditions. This makes it an ideal choice for consumer-grade IoT security cameras and other applications that require high-quality night imaging.

What is the power consumption of OS02G10?

Answer:

OS02G10 is optimized in terms of power consumption, which is 40% lower than the previous generation sensor. This means that under the same working conditions, the camera using OS02G10 can run longer without frequent battery replacement or charging, thereby improving the efficiency of device use and user experience.

What is the package form of OS02G10?

Answer:

OS02G10 adopts 41-pin CSP (Chip Scale Package) package, which makes the sensor more compact and easy to integrate into various devices. CSP package not only reduces the size and weight of the sensor, but also improves the reliability and stability of the system.

What lenses does OS02G10 support?

Answer:

OS02G10 has a 15-degree CRA (Chief Ray Angle), which means it is compatible with a wide range of widely available lenses. Whether it is used for security monitoring, high-definition recording or other imaging applications, users can choose the right lens to match the OS02G10 sensor according to their specific needs to achieve the best imaging effect.

What common problems may occur during the use of OS02G10?

Answer:

Although OS02G10 is a CMOS image sensor with excellent performance, it may still encounter some common problems during use, such as:

Degraded image quality: This may be caused by lens contamination, sensor dust accumulation or insufficient light. It is recommended to clean the lens and sensor regularly and ensure that the shooting is under sufficient lighting conditions.

Data transmission problem: If the connection between the camera and the host is unstable or the data transmission rate is insufficient, it may cause image freeze or loss. Please check whether the connection cable and interface are firm and ensure compatibility between devices.

Overheating problem: Long-term high-load operation may cause the sensor to overheat, which in turn affects the image quality and device life. It is recommended to provide heat dissipation measures for the device when necessary, such as installing a heat sink or fan.



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