Li-Fi Internet Proven to Transmit Data at Speeds of Up to 1gb Per Second-100 Times Faster Than Wi-Fi.

Li-Fi is based on VLC technology that uses light-emitting diodes to emit information in the form of binary data through modulation of light. Li-Fi Market basically deals with the scope of applying Li-Fi technology, Li-Fi enabled device component production and research and development in that field. Li-Fi, basically known as Light Fidelity or 5G Visible Light Communication systems, can be said to be the optimized version of Wi-Fi in modern times. Li-Fi technology is a bidirectional, high-speed, wireless optical networking technology which utilizes the light emitting diodes as a medium to enable high-speed communication.

Data is transmitted by varying the intensity of LED lights at a rate much higher than what human eyes can follow. The concept of Li-Fi is currently attracting a great deal of interest, being an efficient alternative to RF and bringing in a greener, safer and cheaper future of communication thus increasing the scope of Li-Fi Market.

The Li-Fi Market report suggests that the implementation of Li-Fi technology can be included in the devices like LED Bulbs, Lamps and Wireless devices such as PDA, Mobile Phones and Laptops.

**For More Knowledge on, Li-Fi Market Follow the Below Report Link:

http://industryarc.com/Report/15025/LiFi-market.html

Market Driving Factors:

The major driving factors of the Li-Fi Market, as examined by Industry Arc’s research analysts are:

• In case of Li-Fi, you can receive the data as long as you are in the range of the light being emitted from an LED light source.

• LED bulbs use 85% less energy than incandescent bulbs and last up to 20 times longer.

• Li-Fi can work with the existing LED devices; the installation cost is much less.

• A consumer can choose to receive data by keeping the smartphone in the range of LED light or can simply put away the phone in his/her pocket to avoid it.

Notable Applications Brief:

The major applications of this technology include applications in intrinsically safe...