Sony IMX415 CMOS camera image sensor

The Sony IMX415 is a 1/2.8 type stacked CMOS image sensor with 4K resolution. The ample pixel size of 1.45 microns square, coupled with the latest pixel technology for low noise features to improve low light performance, makes this sensor ideal for high-end 4K security cameras. This image sensor is ideal for security cameras in a variety of surveillance applications, such as anti-theft, disaster alarms, traffic monitoring systems or commercial complexes.

General parameters:

Resolution: 3864 (H) x 2192 (V)

Mega pixels: 8.46 megapixels

Supply voltage: 1.1 V (digital), 1.8 V (interface), 2.9 V (analog)

Optical format: 1/2.8 inch

Package type: LGA, ceramic

Chroma: RGB, color, Bayer color

Frame rate: 60fps@12 bit, 90fps@10 bit

ADC resolution: 10 bit, 12 bit

Pixel size: 1.45m (H) x 1.45m (V)

Pixels 4 thousand

Type: digital image sensor

Sensitivity: 2048 bit

Application areas

Application range: surveillance cameras, traffic monitoring systems, surveillance, smart cities, disaster monitoring alarms

Physical properties:

Optical diagonal 6.43 mm

Dimensions 12.0 mm x 9.3 mm

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• Frequently asked questions and answers about IMX415 camera image sensor

• 1. What type of image sensor is the IMX415?

• A: The IMX415 is a programmable high-resolution CMOS image sensor produced by Sony. It uses back-illuminated stacked CMOS technology, has high sensitivity and low noise characteristics, and is suitable for a variety of high-performance cameras and video surveillance systems.

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• 2. What is the effective pixel count of the IMX415?

• A: The effective pixel count of the IMX415 reaches 8.4 megapixels (8.4 MP), with a specific resolution of 3864 (H) × 2192 (V). This enables the IMX415 to capture high-quality, high-definition images and videos.

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• 3. How does the IMX415 perform in low-light conditions?

• A: The IMX415 performs well in low-light conditions. It uses Sony's advanced high sensitivity and low noise technology to capture clear images in low-light environments. In addition, the IMX415 also supports HDR (high dynamic range) image acquisition, which can provide better detail retention in environments with uneven lighting.

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• 4. What output formats does the IMX415 support?

• A: IMX415 supports multiple output formats, including RAW, RGB, and YCbCr. These output formats meet the needs of image and video data in different application scenarios.

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• 5. What is the dynamic range of IMX415?

• A: IMX415 has a dynamic range of up to 90dB, which means it can capture details in both bright and dark areas, making the image more realistic and delicate.

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• 6. What is the frame rate of IMX415?

• A: IMX415 can reach a frame rate of 90 frames per second (fps) at 4K resolution, which enables it to capture fast-moving scenes and reduce blur and smearing.

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• 7. What is the power consumption of IMX415?

• A: IMX415 has low power consumption characteristics, which makes it suitable for application scenarios with long working hours, such as security monitoring, automotive electronics, etc.

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• 8. In what fields is IMX415 widely used?

• A: IMX415 is widely used in automotive electronics, industrial vision, security monitoring and other fields. It can provide clear, detailed and true-color images to meet the high requirements for image quality in these fields.

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• 9. What are the advantages of IMX415 compared with IMX335?

• A: Compared with IMX335, IMX415 has advantages in resolution, frame rate, low-light performance, etc. IMX415 has higher resolution (8.4 MP vs 5 MP) and faster frame rate (90 fps vs 60 fps), and performs better in low-light environments. In addition, IMX415 also uses stacked CMOS technology to further improve image quality and processing speed.

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• 10. How to solve image quality problems during use of IMX415?

• A: If image quality problems occur during the use of IMX415, you can first check whether the sensor configuration and settings are correct. Make sure that the sensor works under appropriate parameters such as exposure mode, frame rate and gain. In addition, you can also consider optimizing the image processing algorithm and post-processing process to improve image quality. If the problem persists, it is recommended to contact the sensor supplier or professional technical support team for further analysis and resolution.