Originally Posted by daclick:
“How do we know if we've got 900, when I went to download I had a H+ on my S3
Didn't really see no difference in internet speeds compared to my normal H tbh”
It's not to do with HSPA+ or anything like that, and it won't in itself effect speed. If you have a good 3G signal already it'll make little or no difference. It's purely the frequency that you connect to the cell on.
Some here would have you believe that 900Mhz makes a massive difference, it does expand the coverage area of cells by an extra mile or so radius, maybe 2, but operators already planned their networks and spaced the cells apart in the right distance for 2100Mhz originally.
Vodafone and O2 didn't put many 3G cells in rural areas as they already had 2G. 3 seem to have decided early on that they wanted to cover main towns and cities with 3G and also roads, railway lines and rural communities so you'll find far more 2100Mhz cells in rural locations on 3 & T-mobile. They invested in more 3G cells from the start, so whether it's 900Mhz or 2100Mhz matters, but what also matters is whether the operators bothered to invest in rural 3G coverage and how many 1000's of cell sites they put up. A network with 15,000 2100Mhz 3G cells does compare well and has more capacity than a network with 9,000 2100 & some 900Mhz 3G cells.
I suppose all I'm trying to say is it's great to say 900Mhz is a better frequency, that is the case, but you also have to consider how many 3G cells the operators have. The operators that have been running on 2100mhz and knew that was their lot have invested in more 3G cells and have nearly double the amount.
There is no difference in building penetration between a 2100Mhz cell that is 1/2 a mile away and a 900Mhz that is 1 mile away, therefore the amount of cells and your distance from them is equally as important as the frequency.
You can't ignore the fact that some operators have a lot less 3G cells, so when you take into account the frequency benefits, the end result is diluted by the reduced number of cells.