Smart glasses company Vuzix released new video display waveguide display technology
With the popularity of Pokémon GO, augmented reality is also hot, and 2016 is a busy year for companies in this field. This included the smart glasses company Vuzix, which made a number of show demonstrations during the year, signed new partnerships, and introduced new updates and new products. Their latest update shows the practical use of their augmented reality technology. The video shows the actual use of Vuzix's latest generation of proprietary waveguide optical display technology on an iPhone.
Paul Travers, President and CEO of Vuzix, quickly confirmed that this was the case and explained that this is only a simplification of the technology in actual use. It also confirms its company's vision for the future. “We are committed to adopting this cutting-edge, unique technology and are proud of the latest waveguide technology and Cobra II projection engine we use in this video.
This video looks great, but the picture shown on the phone doesn't really reflect the vibrant image that the viewer sees directly through the waveguide. We envision many uses of augmented reality for businesses, players, and consumers. We have always believed that augmented reality technology is the future, and it will have a huge impact on businesses and consumers. â€
Compared to single band, the most competitive advantage of dual band is the equipment can work along with 2 bands together at the same time. This enlarges the application range of the equipment and allows it to fucntion under multi conditions, which is way better than the single band one.
Nowadays, with the development of the econimics, more and more countries started to build up the PON (Passive Optical Network) instead of working with the AON (Active Optical Network). The former obviously possesses more advantages than the latter, which is due to not only the non-power-required characteristic but also the advanced technologies.
The ONU has two functions: it selectively receives the broadcast sent by the OLT, and responds to the OLT if the data needs to be received; collects and buffers the Ethernet data that the user needs to send, and sends it to the OLT according to the assigned sending window The end sends the buffered data. The application of ONU can effectively improve the uplink bandwidth utilization of the entire system, and it can also configure the channel bandwidth according to the network application environment and applicable service characteristics to carry as many end users as possible without affecting the communication efficiency and communication quality, and improve the network utilization Rate and reduce user costs.
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