Recently, Chengdu Image Design launched a new 2MP security monitoring class, consumer video products, 1080P60 video application new product - MIS20S1. d on Chengdu Image Design "BSI+™" technology platform and "ApexPixel®" pixel technology, equipped with FDTI™, ImgAOV™, PixHDR™ and other fully independent core technologies, with high sensitivity, high dynamic range, high temperature imaging, low power consumption and other advantages. It also supports full real-time video recording (AOV) for true and stable full-color imaging performance, meeting the demanding needs of black light security and smart IoT applications.
01
High dynamic range and high signal-to-noise ratio
The MIS20S1 has a dynamic range of 103dB, which enables it to perform well in a variety of complex lighting environments. It can clearly capture the details of the light and dark parts, avoid the loss of information in too bright or too dark areas, and make the whole picture more rich. At the same time, the maximum signal-to-noise ratio of 43.3dB ensures the purity of the image and effectively reduces the influence of noise on the image quality.
02
Image preprocessing function
The MIS20S1's built-in Fast AE/AWB, dark current correction, sunspot removal, and on-chip DPC features improve image quality. These features not only quickly adjust exposure and white balance to different lighting conditions, but also ensure image stability and quality, keeping the image natural and realistic even in extreme light conditions. Provides users with an unparalleled image capture experience.
03
AOV technology and intelligent control
The MIS20S1 integrates both AOV and LED CTRL functions. The AOV function can make the Sensor work synchronously with the main control when the system starts, and reduce the time for the main control to wait for the CIS start to the stable drawing. In the application scenario of long exposure time, it supports complete sleep of the main control, and wakes up the main control on time to receive data after the Sensor self-exposure, thus greatly reducing the waiting power consumption of the system. At the same time, the on-chip AE and AWB ensure that each is adapted to the current light conditions, avoiding the problem of abnormal images caused by light changes that are difficult to solve by conventional solutions. In addition, the LED CTRL function is specifically used to solve the inconsistent exposure time of the LED light and the Sensor, by precisely controlling the triggered timing and duration of the LED light, so that it is synchronized with the exposure cycle of the Sensor, to ensure uniform lighting of the entire image area. LED CTRL control helps to reduce energy consumption, reduce the LED light on time, thereby extending the use of the device.
04
NIR enhancement improves night vision clarity
The NIR enhancement significantly improves the sensitivity of the image sensor in the near infrared spectrum, ensuring that the image can still maintain high clarity and rich detail in low visible light environments such as night vision monitoring and biometrics. The combination of these features of the MIS20S1 provides users with a versatile and efficient imaging solution, especially in intelligent monitoring systems that require fast recognition and response, ensuring clear images are captured in low-light environments, providing users with a smarter and more reliable imaging experience.
05
Low power design
The MIS20S1 image sensor is designed with energy efficiency ratio in mind, and its power consumption performance is particularly good. In linear mode at 30fps, power consumption is only 78.92mW, while in AOV mode at 1fps, power consumption is as low as 4.7mW. This low power feature not only helps to extend the battery life of the device, but also dynamically adjusts the power consumption according to the working demand. This feature enables the MIS20S1 to provide stable and durable image capture in a variety of application scenarios while maintaining low power consumption.
High temperature environment test
MIS20S1
（The temperature in the dark is 95°C）
Products of the same specifications in the industry
（The temperature in the dark is 95°C）
In the 95°C high temperature test in the dark environment, the MIS20S1 performs well in noise control, which is superior to the industry specification, ensuring the clarity of the image under high temperature conditions. The MIS20S1 is superior to its industry counterparts in the clarity of local details. The MIS20S1 also excelled in high temperature stability, with no warping or other physical damage.
夜视性能测试
MIS20S1
（Laboratory 0.01Lux）
Products of the same specifications in the industry
（Laboratory 0.01Lux）
Higher sensitivity was demonstrated in laboratory comparison tests with extremely low illuminance of 0.01Lux. The MIS20S1 performs well in noise control, outperforming its industry counterparts to ensure clarity of images in dark scenes. In local details and color performance is better than the same specification products in the industry.
MIS20S1
（Outdoor 0.01Lux）
Products of the same specifications in the industry
（Outdoor 0.01Lux）
The MIS20S1 demonstrated significant performance benefits in night vision full-color imaging tests at extremely low outdoor illumination conditions of 0.01Lux. The MIS20S1 is superior to its industry counterparts in clarity, capturing more local detail and providing sharper images at night without filling light. When it comes to noise control, the MIS20S outperforms its industry counterparts by providing images with less noise. In terms of color reproduction, MIS20S1 can truly reflect the color of the scene, ensuring the color accuracy of full-color imaging at night. Combined with these test results, the MIS20S1 outperforms its industry counterparts in overall image quality.
The MIS20S1's high sensitivity and low noise make it the preferred solution for multiple applications such as black light security and Smart IoT. By choosing the MIS20S1, you are choosing a clearer and more reliable imaging partner.
For more product details, please contact Chengdu Image Design related sales staff.
