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IP over Lasers

mikekohn.net

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Re: IP over Lasers

#2
Aren't regular fiber-optics just mass-deployed IP over lasers? (this message is brought to you by at least one, likely multiple, lasers in prod)

Re: IP over Lasers

#3
post #2

Aren't regular fiber-optics just mass-deployed IP over lasers? (this message is brought to you by at least one, likely multiple, lasers in prod)

Yeah, but kinda cool making it from scratch.

Also this uses air as the medium.

Re: IP over Lasers

#5
A typical computer is connected to the local network using either an Ethernet cable or WiFi. This project connects two computers together through lasers.

No mention of carrier pigeon? IPoAC has three RFCs!

Re: IP over Lasers

#8

Now try IP over electricity.

Photons vs electrons? Just rotate 90 degrees, seem to be swappable more easily than using neutrons or other particles, like tau/muon/electron neutrinos.

Oh wait, didn't fermilab even use neutrinos in 2012? That seems even harder, practically made for an April fools RFC.

Re: IP over Lasers

#9
post #2

Aren't regular fiber-optics just mass-deployed IP over lasers? (this message is brought to you by at least one, likely multiple, lasers in prod)

Yeah, but kinda cool making it from scratch. Also this uses air as the medium.

Free-space optical transmission is a thing, though it's environmentally quite challenging. We tested some gear from https://www.koruza.net at the Internet Archive ~10 years ago or so (I've also built some 10G point-to-point links in my garage, though I'd hardly call them reliable). It is pretty cool to see a scratch build rather than using commercial transceivers
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