Mass transfer – lasers, fluids and chip-first processingAR system design and headsets
The first theme we will discuss is the design of AR headsets, the system and mainly the integration of displays and optics. We will hear from several AR device makers and technologies suppliers, and here we mention a sample four of these talks.
C-REAL, developers of lightfield
displays for the AR industry, will discuss how AR glasses must continue to provide the traditional glasses function – that is to correct and support human vision. This means delivering accurate prescription correction, natural image depth, and high optical clarity. The talk will show the benefits of CREAL’s ultra-fast sequential light field displays based on Ferroelectric Liquid Crystal on Silicon Spatial Light Modulator, paired with a Holographic Optical Element
combiner.
Vizon Tech, a deep-tech startup developing AR solutions, will detail the company’s exploration of different optical paths including birdbaths, waveguides, prisms and more, coupled with both OLED microdisplays and LCDs, as it finetuned its next-generation AR headset design that achieves full-color images, high FOV, low-cost design and more.
Aegis Rider, who designs AR headsets for riders, will give a talk that
details its high-performance AR helmets, and the components it chose to design its solution.
Finally, Karl Guttag, a respected AR engineer and analyst, is going to give a talk to discuss the common optics and display technologies used in AR systems (mainly MicroLEDs, Micro-OLEDs, LCOS, DLP, and LBS), and highlight some of the key issues with the more common combinations of display and optics.
