'OmniVision' is set to debut a new application for the 'CameraCubeChip' at CES 2016. With the growing interest in VR technology, several companies have been working on applications to improve current VR systems. OmniVision's latest product can be used in conjunction with existing technology from 'SensoMotoric Instruments' in order to provide a superior viewing experience.
The CameraCubeChip is a global shutter camera that can be used in conjunction with SensoMotoric Instruments' existing VR and augmented reality eye-tracking platform. The technology allows SensoMotoric Instruments' eye-tracking platform to deliver low latency, as well as high frame rates. In turn, this facilitates an intuitive VR experience that is completely hands-free. In short, OmniVision's new technology allows the company to create a compact and robust eye-tracking platform that can be used in a number of different VR displays.
The latest application for OmniVision's global shutter solutions demonstrates the future of the VR sector and the demand for more robust consumer headsets.
What Makes This Trend Stand Out
- Virtual Reality Technology
- The growing interest in virtual reality technology is paving the way for new camera solutions like the 'CameraCubeChip' that can improve current VR systems.
- Global Shutter Cameras
- Global shutter cameras are a new trend that can be used in conjunction with eye-tracking platforms to deliver a low-latency, hands-free VR experience.
- Compact Eye-tracking Platforms
- OmniVision's new technology allows for the creation of a compact and robust eye-tracking platform that can be used in a number of different VR displays.
Sectors Adopting This
- Consumer Electronics
- Consumer electronics companies can leverage CameraCubeChip technology to create innovative VR headsets that offer superior eye-tracking capabilities.
- Gaming
- The gaming industry can benefit from the low latency and high frame rates of global shutter cameras in order to create a more immersive gaming experience.
- Medical Devices
- The advancement of eye-tracking technology in VR headsets can lead to the development of medical devices that assist users with eye conditions or disabilities.
