OV07695-MRFS-FA00

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

OV07695-MRFS-FA00 is a type of image sensor chip developed by OmniVision. It is primarily used in other applications such as mobile phone cameras, tablets, security cameras, automotive cameras, VR/AR cameras, medical cameras, IoT cameras and other applications.

The OV07695-MRFS-FA00 image sensor chip is a Low Light All-in-One Hi-Speed Image Sensor System. It has a number of features and advantages compared to traditional image sensors. For example, it is capable of capturing high-resolution images in very low light environments, and it also has a high dynamic range and excellent low noise image capture in high dynamic range scenes. Additionally, the chip has an integrated motion tracking modem and built-in 3-axis accelerometer for tilt and heading detection.

The working principle of the OV07695-MRFS-FA00 image sensor chip is straightforward. The chip first acquires an image using its onboard image sensor and then stores the image in the on-chip RAM. Once the image is stored, the data is processed by the embedded image processor. The processor then performs a number of operations such as image compression/decompression, image stabilization, noise reduction, and color correction. The resulting image is then sent to the host device via the I2C or digital camera interface.

In addition to its image sensor capabilities, the OV07695-MRFS-FA00 also has several key features that make it attractive for use in embedded and automotive applications. The chip has an integrated power management module, temperature monitoring circuitry, and an integrated crystal oscillator. Additionally, the chip supports a range of resolutions from 1080p up to 4K Ultra HD video. The chip is also capable of frame rates up to 120 fps.

The OV07695-MRFS-FA00 image sensor chip is a versatile sensing solution that can be used in a variety of applications. Its low light performance, high dynamic range, and integrated motion tracking make it ideal for use in security and automotive applications. Additionally, its high-resolution capabilities make it suitable for use in VR/AR and medical applications. In IoT applications, the chip\'s small form factor and power efficiency make it an ideal choice for use in battery-powered or mobile applications.

The specific data is subject to PDF, and the above content is for reference