LetinAR, SPIE PRISM AWARDS 2020 Finalist

LetinAR was honored as one of the 2020 SPIE PRISM AWARDS Finalists.

LetinAR will keep advancing innovations in vision technology to make AR coming faster to our lives.

Thank you all of the PRISM AWARDS committee for recognizing the difference we are making in this world.

LetinAR will exhibit the latest PinMR™ Optical Solution at SPIE Photonics West 2020.

#Optics #Photonics #Innovations #SPIE #PRISMAWARDS

LetinAR @ CES 2020

LetinAR successfully demonstrated the potential of the PinMR™ lens to replace existing optical systems at the CES and MWC 2019. LetinAR will also exhibit at CES 2020 next January.

LetinAR will show up following demos at CES 2020.

  • LetinAR PinMR™ Optical Solution 2020 Edition Demo
  • LetinAR PinMR™ Optical Solution for Smartglasses Demo
  • LetinAR PinMR™ Optical Solution for HMD Goggles Demo

CES 2020

  • Date: Jan 7-10, 2020
  • Booth: 15844 (LVCC Central Hall)
  • Location: Las Vegas Convention Center

Visitors may request a meeting by visiting the link.

Pin Mirror (“PinMR™”) Tech enables the whole new experience

LetinAR is a startup that develops an optical solution for Augmented Reality (AR) Glasses.

Current smart glasses manufacturers use traditional optical systems such as Half-mirror, Diffractive Optical Elements (DOEs), and waveguides to build the devices. Under-par performance of those optical systems has hardly satisfied users and experts. The bulky body, narrow Field of View (FOV), complicated manufacturing process, and inaccurate color expression have long been a stumbling block for successful commercialization of AR smart glasses.

LetinAR’s PinMR™ lens is set to replace such displays. With LetinAR PinMR™ lens, smart glasses manufacturers can build smart glasses worn like a pair of conventional glasses. The simple structure of PinMR™ Lens module can facilitate mass production. PinMR™ Lens shows wider virtual screen than the currently available optical systems while more accurately expressing colors – an edge over diffraction-based or refraction-based systems from competitors. PinMR™ Lens can also show a clear image without inducing dizziness because it is able to extend the Depth of Field (DOF) multiple times.

You may find the details of PinMR™ technology at the link.