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FIBER OPTIC CABLE

HIGH SPEED INTERNET ACCESS
You see, in order to have faster internet, we need the minimum amount of modal and material dispersion. Signals are sent by waves that undergo total internal reflection. This can only occur when the cladding of the fibre optic has a lower refractive index to the core. Next, we can either use single mode fibres to reduce modal dispersion, which would otherwise make the signal less strong if left alone. For material dispersion, we can either use dispersion compensating fibres or narrower linewidth sources.
 
You see, in order to have faster internet, we need the minimum amount of modal and material dispersion. Signals are sent by waves that undergo total internal reflection. This can only occur when the cladding of the fibre optic has a lower refractive index to the core. Next, we can either use single mode fibres to reduce modal dispersion, which would otherwise make the signal less strong if left alone. For material dispersion, we can either use dispersion compensating fibres or narrower linewidth sources.
I'm surprised I remember all that tbh
 
You see, in order to have faster internet, we need the minimum amount of modal and material dispersion. Signals are sent by waves that undergo total internal reflection. This can only occur when the cladding of the fibre optic has a lower refractive index to the core. Next, we can either use single mode fibres to reduce modal dispersion, which would otherwise make the signal less strong if left alone. For material dispersion, we can either use dispersion compensating fibres or narrower linewidth sources.
unc idk what tf ur talking about but yes i agree
 
i know that there prolly only one comment that can sound like you not joking but tbh there nothing super bad that you did said
Yeah Im sorry Im watching my mouth from now on and taking the internet seriously
 

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