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Achieving Mass Manufacturability for AR Smart Glasses

Augmented reality (AR) has been the subject of intense interest from science fiction writers and inventors for centuries, with the first actual prototypes appearing in the 1940s, but really taking off in the 1960s in military applications such as Head-Up Displays (HUD) and Head-Mounted Displays (HMD). Augmented reality glasses have been manufactured in some form or another for many
TriLite Trixel LBS laser beam scanner projection display for Augmented Reality Glasses Future Proof designed for mass manufacturability
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Software-Defined Displays: The Secret Sauce for AR Smart Glasses

Smart glasses for augmented reality (AR) are almost ready for mass consumer adoption – but they’re not quite there yet. The major issue that has to be overcome is the display system, which is often too big and heavy. For example, the Microsoft HoloLens 2 is a beautiful device, but it is simply too bulky for users to wear
Software Defined Display Approach for LBS Display in Augmented Reality Glasses
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Lighter, Clearer, and More Immersive – How the Waveguide – Light Engine Combination Transforms Our View of AR Smart Glasses

When most people hear the term “AR”, they instinctively think of virtual reality (VR) technologies, imagining a bulky and heavy headset that cuts the wearer off from the outside world. VR headsets have tended to be expensive, with a focus on the gaming market, and can make wearers feel self-conscious. Read Part 1 Here: Seeing Beyond Reality: What Are the
TriLite trixel 3 laser beam scanner projection display for Augmented Reality AR Glasses plus waveguide eyebox lens
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Seeing Beyond Reality: What Are the Key Requirements That Define AR Smart Glasses’ Success?

Augmented reality (AR) is nearly here – and when Apple launches a flagship product, Vision Pro, into a market, you know it’s time to take it seriously. Virtual and augmented reality (VR/AR) technologies have established themselves in gaming and industrial applications but have been slower to break through in consumer. AR glasses have been around for years, but right
Seeing Beyond Reality: What Are the Key Requirements That Define Augmented Reality (AR) Smart Glasses' Success? LBS Trixel 3 Laser Beam Scanner Projection Display
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Form factor engineering samples for our Trixel® 3 laser beam scanner are now available

Vienna, Austria – 12 March 2024 –  We are delighted to announce that form factor engineering samples for our award-winning Trixel® 3 laser beam scanner (LBS) are now available, combining the display engine, control electronics and TriLite’s unique Trajectory Control Module (TCM) software. By providing all the system-level components required for evaluation, application development and test, these samples will
Form Factor Engineering Samples for Trixel 3 Laser Beam Scanner available
  • News

Software-Defined Displays: The Secret Sauce for AR Smart Glasses

Smart glasses for augmented reality (AR) are almost ready for mass consumer adoption – but they’re not quite there yet. The major issue that
Software Defined Display Approach for LBS Display in Augmented Reality Glasses
  • News

Lighter, Clearer, and More Immersive – How the Waveguide – Light Engine Combination Transforms Our View of AR Smart Glasses

When most people hear the term “AR”, they instinctively think of virtual reality (VR) technologies, imagining a bulky and heavy headset that cuts the
TriLite trixel 3 laser beam scanner projection display for Augmented Reality AR Glasses plus waveguide eyebox lens