JasperFrank
Veteran Member
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- Nov 23, 2018
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The voltage has little to do with modulation. The carrier is still 60 HZ.
You are right, but..., indirectly, it does affect the ethernet signal as the transformer is a whopping big inductor and filters out the high frequency signals that they have tried to use in the past for Ethernet over power lines. There are devices that can "jump" the transformer to pass the signal, but the general problem was that the speeds weren't very high.The voltage has little to do with modulation. The carrier is still 60 HZ.
Delivered very little?? That's a curious analysis. I think what they have put in place in terms of satellite infrastructure, ground station infrastructure around the world and the user terminal devices is quite a feat. It has revolutionized remote location network connectivity. Sounds like some bitterness built up somewhere causing a blurred view of the situation...Have to hand it to Musk. So far he's delivered very little on Starlink but that isn't stopping him from starting to take orders for his new Starlink Premium service for $500 a month
Delivered enough to keep my family happy.Delivered very little?? That's a curious analysis. I think what they have put in place in terms of satellite infrastructure, ground station infrastructure around the world and the user terminal devices is quite a feat. It has revolutionized remote location network connectivity. Sounds like some bitterness built up somewhere causing a blurred view of the situation...
Never said it did. But I did say it had to do with the transformer.The voltage has little to do with modulation. The carrier is still 60 HZ.
Transformers do block the high frequency signals used to send data over copper lines... Just say'enTransformers don't change the ac frequency. Just say'en.
From the article you linked:https://en.wikipedia.org/wiki/Broadband_over_power_lines. Remember they are talking about non-redundant signal methods. Which we have the tech to do now.