Vuzix Launches First AR Glasses with Integrated Alexa: See you at CES

Amazon wasn’t the first to bring Alexa-powered smart glasses to market. That honor belongs to Vuzix, a company with just 75 employees, which is set to unveil its new augmented reality (AR) glasses at CES. These glasses will feature Amazon’s Alexa Voice Assistant, marking a significant step in the evolution of wearable tech. According to reports from Bloomberg, Amazon confirmed that the Vuzix device will be the first AR glasses to integrate Alexa. This isn't the company's first foray into smart glasses—Vuzix has been working on AR wearables for years. However, this particular model stands out as the first to support Alexa, opening up new possibilities for voice-activated interaction through a pair of glasses. The glasses allow users to ask Alexa questions, and the answer will appear on the lens display. For instance, if someone asks for directions, the AR display can overlay the route directly onto their field of vision. This kind of integration could revolutionize how people interact with technology in real-time. Vuzix plans to launch the glasses in the second quarter of this year, with an expected price tag of $1,000. While the cost may seem steep, it reflects the advanced features and potential applications of the product. As for Amazon, it remains to be seen whether the company will follow up with its own Alexa-integrated smart glasses. The market for AR wearables is still in its early stages, but with companies like Vuzix pushing the boundaries, the future looks promising. CES 2018 is set to take place from January 9 to 12 in Las Vegas. As one of the world’s largest and most influential consumer electronics events, it brings together the latest innovations in tech. The YORK.com team has already arrived and will provide live updates throughout the event. Stay tuned for more coverage and click below to explore the full 2018 CES report.

LCD Module

According to the different backlight sources, LCDs can be divided into two types: CCFL displays and LED displays.
Misunderstanding:
Many users believe that liquid crystal displays can be divided into LEDs and LCDs. To some extent, this understanding is misguided by advertisements.

The LED display on the market is not a true LED display. To be precise, it is an LED-backlit Liquid Crystal Display. The liquid crystal panel is still a traditional LCD display. In a sense, this is somewhat fraudulent. nature! South Korea`s Samsung was once convicted by the British Advertising Association as violating the country`s advertising laws because its [LEDTV" LCD TVs were suspected of misleading consumers. For liquid crystal displays, the most important key is its LCD panel and backlight type, while the LCD panels of displays on the market generally use TFT panels, which are the same. The difference between LEDs and LCDs is only their backlight types: LED The backlight and CCFL backlight (that is, fluorescent lamps) are diodes and cold cathode lamps, respectively.

LCD is the acronym for Liquid Crystal Display, which means "liquid crystal display", that is, liquid crystal display. The LED display refers to a type of liquid crystal display (LCD), that is, a liquid crystal display (LCD) with LED (light emitting diode) as the backlight source. It can be seen that LCD includes LEDs. Corresponding to the LED display is actually a CCFL display.

(1) CCFL
Refers to a liquid crystal display (LCD) with CCFL (cold cathode fluorescent lamp) as the backlight source.
The advantage of CCFL display is good color performance, but the disadvantage is higher power consumption.

(2) LED
Refers to a liquid crystal display (LCD) that uses LEDs (light emitting diodes) as a backlight source, and generally refers to WLEDs (white light LEDs).
The advantages of LED displays are small size and low power consumption. Therefore, using LEDs as a backlight source can achieve high brightness while taking into account lightness and thinness. The main disadvantage is that the color performance is worse than that of CCFL monitors, so most professional graphics LCDs still use traditional CCFL as the backlight source.

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