DigiLens, the manufacturer of waveguide display manufacturers, believes that businesses and consumers will be able to buy smart glasses for less than $ 500, provided they can provide their own computing power and battery power.
On Monday, DigiLens Crystal, a reference design for Smartglasses that uses the Meta-2 computer's North Focals and Vuzix Blade heads-up display capabilities, has created a relatively inexpensive and lightweight design to create for smartphones with smartphones or computers Wired USB-C connection.
Weighing less than half a pound, DigiLens Crystal Smart lenses feature an AR display with a field of vision of about 30 degrees and an eight-megapixel camera. The company estimates the battery life to be about five hours for smartphone batteries or up to 1
"We've set the bar for lightweight indoor and outdoor smartphones for workers and mobile gamers," said Chris Pickett. CEO of DigiLens, in a statement. "By connecting smart glasses to high-performance mobile devices, we've reduced the hurdle for developing compelling AR applications to a simple app."
Next Reality has confirmed that the smartglasses we reported last week (described in a video on waveguide fabrication) on the Reference design DigiLens Crystal based.
As with reference designs, DigiLens Crystal will grant a license to Original Equipment Manufacturers (OEMs) who wish to use or modify the hardware design as a foundation for their own branded products. The company expects smart glasses based on design to hit the market by the end of 2019, despite the company's refusal to disclose certain OEM partners.
For manufacturers choosing crystal design, DigiLens has a robust supply chain, including Taiwan-based waveguide manufacturer Young Optics, electronics supplier Malata of China, and Korea-based pico display manufacturer Sekonix, Texas Instruments DLP Pico components used.
"DigiLens Crystal provides a low-power, high-contrast AR display in a small form factor enabled by DLP technology "said Frank Moizio, pico manager of DLP at Texas Instruments. "Designers can leverage the combination of DigiLens DLP chipsets and holographic waveguides to advance augmented reality applications."
To balance the form factor, functionality and price points that attracts consumers, AR headset and smart glass manufacturers Sometimes you have to compromise on the current hardware level. As for the high-end AR headsets, Meta transfers the processing power to a separately sold external computer to run complex 3D content at a lower cost (and larger field of view) than the HoloLens. Similarly, Magic Leap achieves a slimmer form factor over an external computer and battery pack than the HoloLens.
In the lower part of the spectrum, North Focals dispenses with the functionality of higher devices with No Camera for capturing content or environment maps. And the Vuzix Blade brings a bit of style to add a camera. And although none of the devices offer complex 3D content, both are offered at a pretty steep price (given what you get).
Relieving the computer and battery to a separate computer reduces the reference design of DigiLens Crystal The cost of the device compared to devices such as the focals and blade simplifies the lighter form factor, but requires users to stay connected with a cable have to.
While there is no guarantee that the AR will be in the near future, the industry will agree on the right mix of form factor, functionality, and price to appeal to mainstream consumers. It seems, thanks in part to DigiLens, that we are getting some clues as to what works and what does not happen in 2019.