Boomer?
It's a uneducated millennial word for pensioner - we are getting it a lot on this forum lately.
Boomer?
...
When we're all on FTTP this electrical interference will be a thing of the past.
And how does one get data into and out of a fibre? Magic non-electrical pixies?
Yeah, certainly was the fault of the "Boomer", I mean why hold onto that perfectly decent TV with a sensible sized screen that still worked when he could have gone out and bought a 70+ inch LCD (Which will need replacement every few years) to see the face of a divisive TV celebrity in 4k every morning.
It's a uneducated millennial word for pensioner - we are getting it a lot on this forum lately.
It's a uneducated millennial word for pensioner - we are getting it a lot on this forum lately.
Also known as light![]()
Also known as light![]()
So in summary, you don't have a clue.
It amazes me that it took them eighteen months to get the spectrum analyser out.
This is the story as reported by Openreach:
*snip*
“By using a device called a Spectrum Analyser we walked up and down the village in the torrential rain at 6am to see if we could find an ‘electrical noise’ to support our theory. And at 7am, like clockwork, it happened! Our device picked up a large burst of electrical interference in the village.
It's a uneducated millennial word for pensioner - we are getting it a lot on this forum lately.
Except the problem wasn't at the transmitter/receiver end was it, it was EM interference in transmission, no?The signal doesnt start off as light, it starts as an electronic digital signal which gets converted to light using a fibre module which incorporates a laser diode which then sends it over the fibre. Thats the point Firstborn was eluding to
Except the problem wasn't at the transmitter/receiver end was it, it was EM interference in transmission, no?
Which you don't get with fibre/optical signals.