This year is the second time that Pacific Future Technology has participated in CES. Last year, it displayed the first generation of AMglass glasses, which received high attention and recognition from the market. This year, Pacific Future Technology brought its new second-generation am glass glasses, which not only demonstrated a large number of AR implementation cases and technical solutions, but also launched a complete set of AR development tools to developers, improved the content creation ecosystem, and gradually promoted the development of AR market ecology from hardware to content.
As the industry matures, everyone's attention to the product itself is increasingly focused on the core display and interactive technology of AR glasses products. The am glass brought by Pacific Future Technology this time has once again amazed the international market in terms of product visual presentation and interaction.
As a consumer-oriented AR glasses, the am glass on display this time uses a coaxial curved optical solution in terms of optical display. It has a large field of view of 52°FOV and a high brightness of 3000nit. The brightness can be adjusted arbitrarily between 500 and 3000 nit, and the resolution is as high as 1920*1080. Even in the high-brightness exhibition hall, it can still show that the audience on the scene praised the presentation effect of the glasses after experiencing it.
In addition to its ultra-high level of optical display, am glass also shows amazing effects in interactions that developers pay special attention to.
am glass is equipped with dual Global Shutter cameras +RGB cameras, which supports object recognition, Gesture Recognition, speech recognition and image recognition, and can provide Slam6DoF spatial positioning and plane detection functions.
Thanks to Pacific Future Technology's technological breakthrough in 3D hand gesture recognition, in am glass's Gesture Recognition, Pacific Future Technology's gesture operation achieves stable recognition and control without relying on sensors, achieving gesture control at extremely low cost and efficiency.