(IoT) devices all rely on advanced imaging technologies. OmniVision's image sensors are designed for all imaging market segments including: Mobile Automotive Security IoT/emerging Computing Medical The following are examples of OmniVision products that have been adopted by end-users. The iPhone 5 front-facing camera is an OV2C3B unit. The Official 5.0 megapixel camera for the Raspberry Pi released in 2013 uses an OV5647. In 2014, Google developed 3D mapping technology, Project Tango, for the purpose of bringing AR/VR technology to mobile applications. Tango contains a number of OmniVision products including a 4 MP RGB-Ir sensor that allows for high-res photo and video, as well as depth perception in its standard camera, as well as a low-power CameraChip. The Arlo home security camera by Netgear is a battery operated, wireless camera security system. It contains several OmniVision products including the OV00788 as the camera's image signal processor, and OV9712 a 1 MP progressive scan CMOS image sensor with video capturing capability. The Ring doorbell uses an HD camera that contains a OmniVision OV9712 1 MP Image Sensor OmniVision H.264 and a video compression chip used for video processing. The Sony PlayStation contains two OV9713 CMOS image sensors in the PlayStation Camera, as well as two USB bridge ASIC solutions. It also appears to have an OV580 ASIC chip that was made specifically for Sony. Automotive system supplier ZF included OmniVision CMOS image sensors in its Gen-4 Generation S-Cam in both the mono camera and triple camera set-up. As of June 2020, the rear autopilot camera on the Tesla Model S/X/3/Y uses the OV10635 720p CMOS sensor. All five models of Asus’ ZenFone&nbsp:4 smartphone line include dual camera set ups. The mid-range model uses an 8-megapixel OV8856 for both the front camera and the secondary sensor to provides a 120-degree super wide view. The ZenFone 4 Selfie uses a low 5-megapixel resolution OV5670 as its secondary sensor, also for a super-wide view. The Microsoft Surface Pro 4 comes with an 8 MP rear camera with the OV5693 image sensor, and a 5 MP front facing camera with the OV8865 image sensor. The rear camera has 1.4 µm pixels, and a F/2 aperture for lower light scenarios. The front camera moves to a wider field of view for use with video conferencing. The quality is a bit grainy. Qualcomm's virtual reality design kit (VRDK) was developed to provide a foundation for consumer electronics manufacturers