Thursday, July 13th 2023

LiFi 802.11bb Standard Certified by IEEE - Said to be Quicker than Wi-Fi

The Institute of Electrical and Electronics Engineers (IEEE) has certified 802.11bb as a standard for light-based wireless communications—this development was announced yesterday, and warmly received by numerous Li-Fi businesses operating around the world, including pureLiFi and Fraunhofer HHI. These organizations hope that the (currently niche market) technology will get adopted at a greater rate thanks to the IEEE's approval. Proponents of the standard proclaim that it is "faster, more reliable wireless communications with unparalleled security compared to conventional technologies such as Wi-Fi and 5G (radio frequency networks)."

pureLiFi boasts that their Light Antenna ONE module is on the cusp of being ready for mass production: "This innovative device is the result of groundbreaking work by world-renowned LiFi engineers and marks a significant milestone in the development of LiFi technology. With Light Antenna ONE, millions of people can now be connected through light, opening up a new world of possibilities for high-speed, secure, and reliable communication. The design of this cutting-edge module enables mass integration of LiFi technology for the first time, paving the way for a future where LiFi plays a crucial role in our daily lives." Sample units can be sent to OEMs for evaluation purposes—the baseband agnostic (802.11 and G.hn) EVK consists of a solderable castellated module and motherboard.
Fraunhofer HHI has produced a video introducing Indoor LiFi systems:


According to LiFi.co's promo material: "LiFi is a new technology developed to address this need and with LiFi, your light bulb is essentially your router. It uses common household LED light bulbs to enable data transfer, boasting speeds of up to 224 GB per second. Considering that the fastest WiFi in the 60 GHz frequency band, WiGig, can achieve a maximum data rate of 7 GB per second, LiFi speed is 100 times faster than that! Not only that, but the rate per square meter or area data rate of a LiFi network can be 1,000 times higher than the area data rate of a WiFi network."
Sources: Tom's Hardware, Business Wire, pureLiFi, LiFi.co
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11 Comments on LiFi 802.11bb Standard Certified by IEEE - Said to be Quicker than Wi-Fi

#1
Bubster
This is gonna be revolutionary and absolutely disruptive, Very Fast at speeds of 224 GB/s and great security potential because of the light characteristics.
Posted on Reply
#2
Chaitanya
BubsterThis is gonna be revolutionary and absolutely disruptive, Very Fast at speeds of 224 GB/s and great security potential because of the light characteristics.
Just few days back watched video about benifits of light over Radio part of spectrum.
Posted on Reply
#3
bonehead123
Dark times are coming my child, therefore you must be willing to look into the light !

The light that blinds us is the light that binds us :D

Are you seeking the light, or is the light seeking you ?

If it aint light, it aint right :)
Posted on Reply
#4
kondamin
200GBps in a completely dark room, 10kbps in one where there is ambient light.

I’ll have to see real world data
Posted on Reply
#5
bohrz
kondamin200GBps in a completely dark room, 10kbps in one where there is ambient light.

I’ll have to see real world data
Besides this point, how the technology deals with obstacles? Does it need a clean sight between transmitter and receiver?
Posted on Reply
#6
konga
bohrzBesides this point, how the technology deals with obstacles? Does it need a clean sight between transmitter and receiver?
Yes, and that is in fact a selling point of the technology and part of what makes it more secure than WiFi. This isn't something we'll see as a general-purpose home solution, but it'll be used for some workplaces with very specific use cases and security needs.
Posted on Reply
#7
bohrz
I imagined it was not designed for home use. Interesting nonetheless
Posted on Reply
#8
eidairaman1
The Exiled Airman
Just another mesh network
Posted on Reply
#9
Wye
This gets crazily impacted by tons of factors: obstacles obviously, but even slight variances of the medium between(smoke, dust, vapors, different air compositions and temperatures), even the angle of the sender/receiver. It would be insane to calibrate and get real life results.
Security wise, any malicious party can just sit between the sender and receiver to block, peep or hijack the transition. How is that secure?

Sounds and looks like a cheap PR stunt.
They even copied the Wi-Fi logo. Seriously?
Posted on Reply
#10
zlobby
bonehead123Dark times are coming my child, therefore you must be willing to look into the light !

The light that blinds us is the light that binds us :D

Are you seeking the light, or is the light seeking you ?

If it aint light, it aint right :)
m.imdb.com/title/tt6520930/

Top series!
bohrzBesides this point, how the technology deals with obstacles? Does it need a clean sight between transmitter and receiver?
Ofc, that is light. Even though it scatters and refracts, it only works in clear LoS.
Posted on Reply
#11
bonehead123
zlobbym.imdb.com/title/tt6520930/

Top series!


Ofc, that is light. Even though it scatters and refracts, it only works in clear LoS.
Yup, within the confines of planet earth anyways... but in space, well that's a different discussion :)
Posted on Reply
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