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Successful Conclusion Of The First Show Of The Goolton Science And Technology Light Fair


22nd 2020 China international optoelectronic exposition (CIOE) on September 9 to 11, 2020, in Guangdong province Shenzhen international exhibition center opened as scheduled, the east valley technology companies as a whole stack type AR solutions provider also attended the light fair, for their friends and partners/distributors and were invited to the exhibition shows the audience from the research of the optical module and many AR intelligent glasses, and for its depth and support has always been a concern with partners and east valley media and investment institutions of science and technology for the first time shows the mysterious revolutionary new product.

 

1. Mass-produced from polishing module M3010


The module uses industry-leading array waveguide technology. The innovative optical path optimization design enables the M3010 to operate at an Angle of view (up to 43 degrees). Exit pupil distance (up to 22mm); High contrast (1000:1); Light effect is high (the brightness of the eye is as high as 5000nit) and so on these several indicators are higher than peer products. In addition, the peer products' inherent heteroimage, stripe sense, ghost image, distortion, dispersion, and other difficult problems have been effectively solved.

The waveguide lens is independently designed and manufactured by outsourcing, with controllable technology. The light transmittance is greater than 85%. The thickness of the lens is 2mm, and the production capacity can reach 5K-8K per month. Through the optimal material selection, processing technology, as well as the optimal automatic integrated membrane design, can ensure the consistency of materials and processing, so the product yield is the highest in the industry.

 

2. Set performance, lightweight, highlighting in one of the M2010


Adopts high brightness, high contrast, low power consumption as a display of OLED, tie-in light machine high photosynthetic efficiency of the design of independent innovation, and with independent intellectual property rights of waveguide lens of membrane system after optimization design, makes the M2010 starting up to 500 nit brightness, the index based on the design of OLED is much higher than counterparts that the starting brightness of light module (probably around dozens of nit), fully solve the difficulties in pain points OLED application in the optical waveguide array. The module is compact in size and lightweight in design. The net weight of the module is about 12g. The product has a better wearing experience, no screen feeling, and long service life.

 

3. AR smart glasses -G100E, suitable for flexible scene


 GlASSES adopt prism reflection type optical display scheme, rear wear design, comfortable and stable to ensure the reliability of the movement state, zero pressure nose bridge can be worn for a long time, the host and screen can be adjusted flexibly, storage, display on demand, even when wearing glasses and helmet can also be convenient to wear.

 

4. G200E, the world-class AR smart glasses used in security and industry


  World-class designer man-machine engineering design to the extreme, weighing less than 80 g, lens thickness is less than 2 mm, noise speech recognition, millisecond zoom, light transmittance over 85%, smart appearance, wearing comfortable, strong ability in video processing and intelligent voice interaction under complex scene, as well as audio and video remote real-time interaction ability.

 

5. G300 is the first infrared temperature measuring device designed by safety helmet in China


 The first safety helmet design in China, binocular waveguide, IP65 waterproof and dustproof, 43° large field of view Angle, over 85% high light transmittance, infrared temperature measurement, switchable laser rangefinder, and other sensors. The head display equipment is introduced for the epidemic situation. Based on advanced AR technology and infrared thermal imaging technology, it reaches the international first-class industrial design standards. It has a measurement accuracy of ±0.5℃ and an effective temperature measurement distance of up to 2m, which can be applied to the inspection of the epidemic situation in multiple scenes.


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