The device also uses a proprietary power management integrated circuit and medical-grade microbatteries to power its various sensors. The device also includes a reverse Cassegrain telescope, which provides 10X improvement in image quality over standard eye tracking methods.
#TELEPROMPTER CONTACT LENSES BLUETOOTH#
A 5GHz radio is used to connect to the lens since Bluetooth is slow and high-latency. The device connects to an external controller, which houses the heavy computing. However, the company is part of the Breakthrough Device Program, which makes them accessible to consumers. Because contacts are considered medical devices, they need FDA approval before they are released to the public. The device is still in prototype form and must be approved by the FDA before it can be sold. The battery pack also handles sensor data and sends it to the display. In order to make the Mojo smart contact lens work, it must be powered by an external battery pack. The company hopes to launch the system to the public by 2020.
In the meantime, the prototype will be available in beta testing. The team behind the Mojo smart contact lens is working with application developers to develop applications. The next phase is a production-intent version that is ready for FDA approval. While the current prototype is a high-quality first product, it may be some time before it hits the market. The lens can also read images and perform other tasks with a teleprompter. The lens also contains an ARM processor with its own 5GHz radio transmitter. The hardware powering Mojo is 30 times more dense than that of the iPhone 13. In comparison, the iPhone 13 with XDR Display has 460 pixels per inch. The Mojo lens has a MicroLED display with a 1.8 micron pixel pitch. These two devices can be connected by Bluetooth, but the headset isn’t required. It can also communicate with external devices through a 5GHz radio. The lens also has tiny gyroscopes embedded in the circuit-board iris. It has upgraded head-tracking that confers field-of-view correction, motion-tracking, and realism. This new contact lens contains a microprocessor and a pacemaker-like battery. Eventually, Mojo may replace smartwatches and smartphones. It also has sensors like accelerometers, gyroscopes, and magnetometers to measure movement and position. The lens is also equipped with a 5GHz radio and ultra-low latency.
The latest prototype contains a green monochrome microLED display and an ARM Core M0 processor. Mojo smart contact lens has its own 5GHz radioĪ new prototype of a smart contact lens has been developed by Mojo Vision.
Then, let’s get down to some of the details. But how does it work? How does it use a telescope similar to the Hubble? And does it require FDA approval? We’ll explore these questions and more in this article. It’s a device with its own 5GHz radio and tiny display. If you’re a partially blind driver, you’ve probably heard about the Mojo smart contact lens.
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