The ability to send more than one signal over a single medium. Two versions are TDM (Time Division Multiplexing) and FDM (Frequency Division Multiplexing). A quick internet search will explain these fully.
@ssultan2609 it gets even deeper than that… light can also be polarized and the polarization can be used as yet another information channel, multiplexing can be applied to various different frequencies, polarization can be rotated at a known rate and multiplexing applied to that phenomenon, various different timings can be used simultaneously to prioritize bandwidth over certain channels, it goes on and on and I find it amazing 😃
![VirtualBrain [ENG]](http://yt3.ggpht.com/cCeT9rbWqy42GTD5p3hRlgiLsEW_E5k9tKQZkudZTFmq7Z2OGvctXXivbbLTqHKqKvCfQliYdw=s48-c-k-c0x00ffffff-no-rj)
high quality underrated content! great work!
Thanks a lot for the support! 😁
Well explained, thank you.
Nice video, thank you ❤
Pl explain how data is not collided while multiple light beams travel in a caddle
Well explained! 👍 I was looking for it and didn't get a proper, well-animated explanation...
Thanks a lot for this info. Really helpful.
Wonderful
humans are so creative
Please explain how audio and video information is attached to a specific light frequency. Thanks
Information is formed with binary digits (1/0) in computers digitally. Light can represent 1 and 0 and pases through fiber optics as analog signals
"There is a single light of science and to brighten it anywhere is to brighten it everywhere."
- Isaac Asimovff
In case of bend doesn't the critical angle change?
Can data be transmitted both ways?
Explain multiplex
The ability to send more than one signal over a single medium. Two versions are TDM (Time Division Multiplexing) and FDM (Frequency Division Multiplexing). A quick internet search will explain these fully.
You can also apply both of those methodologies to multiple wavelengths of light in the same fiber. It’s massive
@@vernacular1483 Information available in 0's &1's and it completely converted into light.please explain this phenomenon.
@@ssultan2609 That one is quite easy to understand. If it’s a 1, the light is on, if it’s a 0, the light is off.
@ssultan2609 it gets even deeper than that… light can also be polarized and the polarization can be used as yet another information channel, multiplexing can be applied to various different frequencies, polarization can be rotated at a known rate and multiplexing applied to that phenomenon, various different timings can be used simultaneously to prioritize bandwidth over certain channels, it goes on and on and I find it amazing 😃