EVERYSIGHT BEAM™ DISPLAY SYSTEM
ENCOMPASSING A PROPRIETARY COMPACT FREE-SPACE OFF-AXIS OPTICAL SYSTEM POWERED BY AN ULTRABRIGHT COLOR MICRO-OLED IMAGER PROVIDING A HIGH CONTRAST WIDE-FOV DISPLAY IN ALL LIGHT CONDITIONS.
Slideshow
Direct Projection to Visor
Reducing eye relief and eliminating any intermediate optics between the visor and the eye
Compact and Lightweight
Adding less than 3 grams per channel to typical eyewear weight
High Fidelity & Wide FOV
With over 30 PPD and FOVs starting from 20° and up to...
Excellent Optical Efficiency
With over 20x efficiency when compared to waveguide solutions
High Brightness
>1000 nits to eye enabling clear image even in sunny daylight conditions
Ultra Low Power
<100mW, using a Ultrabright Micro-OLED display
Standards
Meets eyewear optical and safety standards
Separable Visors
Allowing clear, tinted and other visor tints
Prescription
Both RX add-on and embedded solutions
Socially Acceptable
No Front frame projection, works with BC-4 to BC-8 visors
SMART DESIGN
Maintain a stylish and unobtrusive appearance using smart eyewear design with elegantly integrated electronics that represent a convergence of fashion and technology, thus enhancing the way we perceive and interact with the world around us.
POWER LEAN
Power management is a crucial aspect of mobile augmented reality (AR) devices, and power lean architecture has become essential for optimal user experience. Prioritizing energy efficiency including dynamic power scaling, intelligent sleep modes and low-power display technologies , prolongs battery life and allows users to engage with AR content for extended periods.
EVERYSIGHT OS
The glasses embedded software was designed ground-up to enable the use-cases while consuming extremely low system resources, translating directly into prolonged operational times for the user. This highly optimized real-time system design distributes the tasks between multiple processing units and synchronizing them to work with micro-second latency. Our OS is secure by design with no external dependencies and a well-defined API thus providing the user smooth and hassle-free experience, that works out of the box.
PHYSICS THAT MEET PEOPLE
THESE GLASSES ARE DESIGNED WITH LIGHTWEIGHT MATERIALS AND A BALANCED WEIGHT DISTRIBUTION TO MINIMIZE STRAIN ON THE WEARER'S HEAD AND FACE DURING LONG PERIODS OF USE. INTUITIVE CONTROL MECHANISMS, SUCH AS TOUCH-SENSITIVE AREA, AMBIENT AND PROXIMITY SENSORS ARE INCORPORATED TO ENHANCE EASE OF INTERACTION AND REDUCE PHYSICAL FATIGUE.