Originally posted by: her209
Originally posted by: jersiq
This is all achieved through QoS. Every 3G wireless network mostly supports QoS from the aggregation level to the air interface as well. Would you complain if you paid for the "gold" package and were able to stream Hulu to your phone?
If I paid for the "Unlimited Data Plan" I expect to get it. I don't care if the company thinks I'm watching too many YouTube videos, downloading too many apps, getting too many e-mails, etc. I paid for it.
And you didn't answer my other question.
LOL, I didn't realize you had to be a "network planner" to know what QoS is, but to answer your question, yes, I have been involved in network planning when my company relocated to a new facility along with two other companies.
Wow, you sure do like to make a lot of assumptions when posting. Nowhere did I infer you needed to be a network engineer to know what QoS is.

If you had an unlimited 56k dial-up service, would you complain about not being able to watch Youtube, because, dammit you paid for it?
No you wouldn't as the limitation is on the availability of the provider to provide you with what you need. Your expectations are incorrect due to poor assumptions about how wireless broadband works.
You don't just wave a magic wand and bandwidth appears, it has to be planned for. For example if in your company's relocation you ordered a 5 T1's which you only used a fraction of, you would be canned easily.
Now imagine that in a given metropolitan area you may have 148 of these different buildings (cell sites) and without proper due diligence and research you are tasked with adding T1's to the sites. Due to the inherent transient nature of people with phones, it is very difficult (note I am not saying impossible) to implement and forward a sound plan.
All solutions also take time. You don't just run in acting like "Johnny on the Spot" and shotgun in any changes without thinking about the impact on the rest of the network. Wireless used to do this in the infancy of analog to digital conversions and they paid out the ass for it. This is not how you do planning on a high availability wireless network. Period. You also don't just throw backhaul at the problem as you also have the air interface to consider. Will a newly created carrier cause more harm than good? Will it raise the noise-floor? Will the new carrier propagate correctly? There's more to it than just plain old backhaul.