 |
| After Wf-Fi successfully Compleated Li-Fi Experiment |
With the help of researchers Micro LED light bulbs each primary color, red , white and green split through three decimal five gigabytes per second data transfer speed .
What that means a white light beam to ten gigabits per second data bits can be transmitted .
Fi technology has brought a cheap LED bulbs with exclusive low cost can be very high-speed Internet provider .
Created at the University of Glasgow star thklayd very small LED light bulb can throw rays of the parallel style using the number of data to be transferred from each bulb manifold is much better.
Professor Harld Hose working on the project said in a shower as the water currents can be separated in the same way we can separate the light currents .
' Orthogonal frequency duxnl metal plyksng ' researchers through the techniques of these bulbs in a second time to turn off the millions that can be converted into digital information .
Signals in the binary system used in computers zero and one is equivalent .
Earlier this year, a German company with a Giga -bit per second data transmission was claimed .
Two thousand eleven , a professor at the NREGA Hose with LED bulbs deliver a High Definition video to a computer was successfully tested .
He fidelity Light 'or the words used and he bought Li-Fi TV LLC , a company designed to use the same technology .
Fiscal and current radio Li-Fi WiFi Li-Fi , both have inexpensive .
Electromagnetic visible light rays and radio are part of the range is ten thousand times larger .
With light to move data show that another benefit Hose Professor transmitters using LEDs in buildings can provide a permanent internet .
Traditional WI- Fi routers there is a problem with the distance the signal is weak antrtyt the continuity of supply is affected .
Prof. Haass says that the light did not pass through the walls of the V L technology will make us more secure networks .
0 Comments