Kitz Forum
Broadband Related => Broadband Technology => Topic started by: jelv on December 12, 2017, 10:55:12 PM
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... but the water does need to be salty!
See http://www.revk.uk/2017/12/its-official-adsl-works-over-wet-string.html (http://www.revk.uk/2017/12/its-official-adsl-works-over-wet-string.html)
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When ah wor a lad we 'ed ta tie wee shoelaces togetha ta get an ISDN line - and wor we 'appy? Not really ... ???
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That was quite hilarious, but another interesting experiment done by someone at AAISP :P.
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What's the attenuation? loss per km? I doubt it'll be one sisal fits all service! ;D
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Reason being that salt is an electrolyte. When dissolved in the water the chloride ions which have a negative charge provide the electrons to enable a current flow.
I am sure this report will be tabled at an OR meeting and we can then see what happens.
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That's a kind of office I could work in ;)
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The next experiment: xDSL usage over one strand of rusty barbed-wire. :)
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Some might say that is what OR use at the moment....
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Thats hilarious someone actually tried it.
Anyone else notice the reading on the JDSU? - Estimated line length 4.5km
:lol:
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Anyone else notice the reading on the JDSU? - Estimated line length 4.5km
That will be because the HST-3000c SIM being used dosen't have the parameters for salty wet string and so assumes it is a thin gauge copper or aluminium metallic pathway! ;)
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Yes, I gathered that when I saw the attenuation was reported as 56dB. My own max speed checker works in a similar way to give an estimate of standard gauge copper.
It just amused me that the attenuation of a 2m length of (salty) string was more or less equivalent to 4.5km of copper.
Perhaps I should update mine to include string :lol: :lol:
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The next experiment: xDSL usage over one strand of rusty barbed-wire. :)
Going to be lots of complaints about spikes! (QUICK EXIT)
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There's more.
http://www.revk.uk/2017/12/please-upgrade-me-to-adsl-over-wet.html
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ADSL over my central heating pipes ;D