Company Core Competences

Product Development Strengths

  • The strength of talent accumulation;
  • Advanced Micro / Nano Optics design and fabrication teams;
  • Experienced product development teams.

Business Models

  • Turn-key solution providing in all kind of AR devices;
  • Main electronics, MMI modules, Optical modules can be sold independently as a key component.

Flexible AR Based Transparent Film

  • Preparatory patented AR based transparent display technology for consumer, industrial, military & automotive industry applications;
  • Control of entire process from material pipeline, product development all the way to mass production process;
  • Advanced R&D team at NCRIS in Melbourne, Australia.

Operations

  • System & mass production vertical integration with tier-one EMS, e.g. TPK.

TECH
SPECS

  • FOV: > 40゜
  • Resolution: 720P or 1080P
  • Eye box: > 1.2 x 1.2mm
  • Luminance: > 2,500 nits
  • Eye relief: 20 – 25 mm
  • Transmittance > 70%
  • Weight: < 250 grams (battery excluded)

TECH
SPECS

  • FOV: > 30゜
  • Resolution: 720P
  • Eye box: > 1.2mm diameter
  • Luminance: > 3,000 nits
  • Eye relief: 25 – 30 mm
  • Transmittance > 85%
  • Weight: < 400 grams

TECH
SPECS

  • FOV: 38°, Transmittance: 75%
  • Weight: 16g, Thickness:1.5mm
  • Resolution: 720P
  • Imaging distance: 3M
  • Eye relief: 1.8cm
  • Eye box: 18mm

Waveguide specifications

  • Binocular or Monocular
  • Resolution: 1920 x 1080P (FHD)
  • Eye box: 18mm
  • Brightness up to 2,500 nits
  • Buttons: Power mode, Option Keys
  • Dual night-vision cameras: 8M
  • Gyroscope, Accelerometer, e-compass
  • GPS, Barometer, Proximity, Ambient Light

System specifications

  • QCT 660, 2.2Ghz x 4 + 1.8Ghz x 4
  • Storage: DDR3 4G + EMMC 32G or 64G
  • Display Resolution: Full HD
  • Wireless: Wi-Fi, Legacy BT, BLE
  • USB: Type-C x 1
  • HDMI Output: 4K at 1080P, multiformat
  • DP output: support 2K@60fps, multiformat
  • OS: Android 9.0

Engineering Prototyping creation process

Photolithography for making patterns

Mask aligner

Wafer mold with patterns for
making flexible waveguide

Inspection of patterns under microscope

Nano-scriber for making air filled micro/ nano structures in the mold

Coating by material deposition chamber

Flexible Waveguide layer-by-layer stacking equipment

Demo of the POC

Company History

Institutional Distribution (Today & Tomorrow)

  • Taipei headquarter (Business Operation Center, 15 persons)
  • Hsin-chu IAPS accelerator by NCTU and Foxconn (System Research and Development Center, 10 persons)
  • PlugAndPlay in Silicon Valley (Marketing and Sales Center, 3 persons)
  • Tainan, Xiamen, Jakarta (Assembly Center, 30 persons)
  • Barcelona, Spain (Research and Field Application Development Center, 5 persons)
  • The University of Melbourne, MCN and NCRIS in Australia (Optics Research Center, 6 persons)

Flexible AR based Transparent Display Collaboration

Nico Voelcker

  • Scientific Director of the Melbourne Centre for Nanofabrication.

Ranjith R Unnithan

  • Research Group Leader at the Department of Electrical and Electronic Engineering at University of Melbourne.
  • PhD in Electrical Engineering at Cambridge University.
  • Director, Sensor Research, Hort-Eye Pty Ltd.

Chris Manzie

  • Professor and Head of Department of Electrical and Electronic Engineering at Melbourne School of Engineering.

Flexible AR based Transparent Display Collaboration

Christina Lim

  • Professor and Deputy Head of Department of Electrical and Electronic Engineering at University of Melbourne.

Younger

  • Chief Technology Officer of JARVISH.

Thas Nirmalathas

  • Group Leader of the Electronics and Photonics Systems.
  • Professor of Department of Electronic & Electrical Engineering at University of Melbourne.