Augmented Reality (AR) Enablement
Technologies for Mass Adoption and
Mission Critical Smart Optics Applications
March 15 | NSR in the news!
NewSight Reality Unveils Transparent Optical Module (TOM) 2.0 at Vision Expo East 2024
Next Generation Technology Delivers Visual Fidelity With Seamless End User Experience
Innovative AR Enablement
Unlike waveguides and projection technologies, NewSight Reality has re-imagined the AR/MR display and supporting optics with its Transparent Optical Module (TOM). TOM combines a see through near-eye display and advanced optics into a single thin, lightweight module that is extremely power and light efficient. TOM provides the optimal solution for mass adoption and mission critical AR products and applications.
Built to Perform
The technology that powers NewSight Reality’s display and optics module fundamentally differs from current technologies in that it only needs to be calibrated once at manufacture. Add lower power consumption, and the result is a truly field-resilient solution.
Versatility
NewSight Reality’s TOM solution contains all the necessary components required for near-eye applications. This packaged approach allows for easy integration into any form factor, from eyewear to scopes, protective goggles and helmets.
Meet TOM
NewSight Reality introduces the Transparent Optical Module (TOM) - a proprietary near-eye display that is a completely new, novel, and simple approach to create AR/MR displays. Say goodbye to traditional optical combiners - no waveguides, no holographic mirrors. Welcome to the future.
Innovative Design
NSR’s transformational design replaces the light engine and optical engine with a single multi-layer hermetically sealed transparent module. The innovative TOM can have a thickness ranging between 1.0 mm and 2.0 mm, weight of ~2 grams, transparency greater than 80% with light efficiency reaching the pupil of the eye that is very high due to near eye location of TOM. This enables low power and long battery life. TOM can be curved to the front surface base curve of an ophthalmic lens and can be integrated into an eye-wear lens for monocular or binocular AR/MR eye-wear.
