F5F Stay Refreshed Power Users Networks DIY LIFI

DIY LIFI

DIY LIFI

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iMarcooArtz_
Junior Member
17
09-28-2023, 10:22 AM
#1
I’m trying to set up a LIFI system but don’t have clear instructions. Most online guides seem confusing, so I’m considering switching to a wired connection instead.
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iMarcooArtz_
09-28-2023, 10:22 AM #1

I’m trying to set up a LIFI system but don’t have clear instructions. Most online guides seem confusing, so I’m considering switching to a wired connection instead.

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kate484803
Member
147
09-29-2023, 08:16 AM
#2
Ethernet is likely to remain faster according to common knowledge.
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kate484803
09-29-2023, 08:16 AM #2

Ethernet is likely to remain faster according to common knowledge.

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bilkile
Junior Member
48
10-06-2023, 07:58 PM
#3
I understand, but I'm aiming for a streaming music experience as well. It's pretty interesting though.
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bilkile
10-06-2023, 07:58 PM #3

I understand, but I'm aiming for a streaming music experience as well. It's pretty interesting though.

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choppchopp
Member
156
10-07-2023, 01:41 AM
#4
The concept isn't overly complex; simply flash a light to symbolize bits. In basic scenarios, one end would have a light and the other a photo detector. The challenge lies in using visible light sources that are extremely narrow in wavelength and much brighter than typical natural conditions. Then the main constraint is how rapidly the light source can adjust its brightness or intensity. Alternatively, you could adapt current tech such as higher-powered IrDA systems.
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choppchopp
10-07-2023, 01:41 AM #4

The concept isn't overly complex; simply flash a light to symbolize bits. In basic scenarios, one end would have a light and the other a photo detector. The challenge lies in using visible light sources that are extremely narrow in wavelength and much brighter than typical natural conditions. Then the main constraint is how rapidly the light source can adjust its brightness or intensity. Alternatively, you could adapt current tech such as higher-powered IrDA systems.

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kitkat78700
Junior Member
13
10-07-2023, 03:18 AM
#5
Yeah... That's not likely to happen. Li-Fi isn't really effective in lab settings with trained researchers, and it wouldn't work well at home either. You'd probably find it simpler to use an Ethernet cable connected to a USB-C adapter and run cables from the ceiling about six inches apart throughout your house for phone use.
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kitkat78700
10-07-2023, 03:18 AM #5

Yeah... That's not likely to happen. Li-Fi isn't really effective in lab settings with trained researchers, and it wouldn't work well at home either. You'd probably find it simpler to use an Ethernet cable connected to a USB-C adapter and run cables from the ceiling about six inches apart throughout your house for phone use.

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notkennyS
Junior Member
25
10-07-2023, 10:59 AM
#6
Alternatively...thread...
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notkennyS
10-07-2023, 10:59 AM #6

Alternatively...thread...

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ZuzuPebbles
Member
52
10-07-2023, 11:26 AM
#7
The issue with Li-Fi lies in its likely omnidirectional design, which fails when many LEDs blink simultaneously. The receiver side also presents challenges. Essentially, Li-Fi functions like Wi-Fi but uses light instead of radio waves. Still, beyond that, fast free-space optical communication is becoming practical, though you must consider the visible spectrum's constraints and characteristics.
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ZuzuPebbles
10-07-2023, 11:26 AM #7

The issue with Li-Fi lies in its likely omnidirectional design, which fails when many LEDs blink simultaneously. The receiver side also presents challenges. Essentially, Li-Fi functions like Wi-Fi but uses light instead of radio waves. Still, beyond that, fast free-space optical communication is becoming practical, though you must consider the visible spectrum's constraints and characteristics.

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Superlettuce19
Senior Member
370
10-11-2023, 01:18 PM
#8
This is exactly what you said! 😄
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Superlettuce19
10-11-2023, 01:18 PM #8

This is exactly what you said! 😄