LTE has horrible interference with anything with power running through it about 3% degradation.wimax has poor building penetration. I can't even consider Sprint until they switch.
LTE sends the data and forgets it, so instead of making sure your download is 100% perfect, it just assumes it is. If you lose your signal or the data gets corrupted, lte does not even know. That song may have parts corrupted, but since you can not redown load it and you dont have a service that makes sure it was not corrupted, your lost.
The best part about this is, wimax only has about 3% average degradation with buildings, as low as 1% and as high as 18%. Which is the same degradation as lte and power lines or you tv, when it is turned on.
But wimax works at 2.5ghz spectrum which means that the data corruption is very little. For places with poor coverage you can stack as many repeaters as you want in almost any size foot print. LTE works at the 700mhz which means data corruption can get pretty bad. At 700mhz you can not stack any more towers in the same foot print. In fact you have to have about 1 tower per 3 miles. Which means that if you got horrible reception, it is not going to be easily fixable.
But only wimax as a system for making sure the data that is being transmitted is 100% uncorrupted. LTE just can't tell.
I have done this in a lab, if I give wimax a data song, and start to degrade the signal, wimax will stop, back up, find the uncorrupted part, start the down load, byte for byte. Sure it slows it down but will make sure the data is 100% uncorrupted. But lte will just ignore it. It will down load the same corrupted data.
So the same average degradation with one major difference. You can have lte.