In Germany you can pay 35€/mo for 5GB of data traffic (t-mobile) and then enjoy the bandwidth of 5G for a full 40 seconds. It's a total joke.
So I always recommend to do the Excel sheet and include all costs for the 2 year contract.
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In Germany you can pay 35€/mo for 5GB of data traffic (t-mobile) and then enjoy the bandwidth of 5G for a full 40 seconds. It's a total joke.
So I always recommend to do the Excel sheet and include all costs for the 2 year contract.
In the UK whenever I go to some public event - e.g. some of the anti-Brexit marches or something like the Fully Charged EV show or any other big event I start to have trouble connecting and when I am able to move away from the crowd far enough I can use my phone again. This is dangerous - when you're in a crowd you need your phone more to be able to find out what's happening and where your friends or family are if yo…
In both cases the event is planned many months in advance, and there are incentives for both event organisers and telcos to ensure phone subscribers have a good experience (avoids “reception was terrible at Glastonbury” or “I couldn’t make any calls on Vodafone, I should switch network”).
But protests typically lack the timeframe, and (I expect) a sympathetic ear from the telcos. Even if the timeframe is know well in advance, gaining permits to stand up towers (and associated labour, equipment rental) costs money, and spending the money signals implicit support for the cause.
While load sharing among neighbouring towers could alleviate minor increases in traffic (maybe 2x) I can’t see the networks over provisioning the radio and back haul for permanent infrastructure to support a possible 10x surge and then let it sit 90% idle. Dedicated fiber leased lines are expensive.
Maybe protests should instead be organised near convention centres which already have capacity for surge traffic?
Ignoring all the hype and BS, all the cell infrastructure really comes down to a battle between user bandwidth needs and available spectrum (multiplied by spectral efficiency and density of towers). Get this wrong and customer service tanks as cell sites get congestied. There are virtually no new applications enabled IMO with 5G speeds vs LTE speeds/latency, assuming they are both not congested. 100mbit/sec LTE with…
> There are virtually no new applications enabled IMO with 5G speeds vs LTE speeds/latency You can reasonably replace your home internet with 5G
Ignoring all the hype and BS, all the cell infrastructure really comes down to a battle between user bandwidth needs and available spectrum (multiplied by spectral efficiency and density of towers). Get this wrong and customer service tanks as cell sites get congestied. There are virtually no new applications enabled IMO with 5G speeds vs LTE speeds/latency, assuming they are both not congested. 100mbit/sec LTE with…
> There are virtually no new applications enabled IMO with 5G speeds vs LTE speeds/latency You can reasonably replace your home internet with 5G
Ignoring all the hype and BS, all the cell infrastructure really comes down to a battle between user bandwidth needs and available spectrum (multiplied by spectral efficiency and density of towers). Get this wrong and customer service tanks as cell sites get congestied. There are virtually no new applications enabled IMO with 5G speeds vs LTE speeds/latency, assuming they are both not congested. 100mbit/sec LTE with…
The other half of the equation is now in rural areas I notice way less coverage area. They seem to have shut off 4G towers in favor of "5G" and now there are several places I used to get strong 4G coverage that I get 1 bar strength of 5G that is basically non-functional. In those areas my phone shows connected but won't load anything. One of the main ones I notice it is within my local walmart. Used to have full 4G LTE there but now that 5G is "available" I can barely load websites while inside.
5G wasn't worth the hype.
Ignoring all the hype and BS, all the cell infrastructure really comes down to a battle between user bandwidth needs and available spectrum (multiplied by spectral efficiency and density of towers). Get this wrong and customer service tanks as cell sites get congestied. There are virtually no new applications enabled IMO with 5G speeds vs LTE speeds/latency, assuming they are both not congested. 100mbit/sec LTE with…
I agree with that. 5G is overhyped, probably due to the fact that sales guys were seeing speeds up to XY GB/s, but forget to mention that it is working only on wideband (mmWave) part of 5G, which might come later, but maybe never at all. So people either have "5G" which is just a marginally better LTE working on same frequencies as 3G used to or people have 5G mmWave, which works only when they are standing at one sp…
It is a major improvement for sure - not just totally marketing nonsense, but it's not the world changing impact that the carriers pushed.