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So as my curiosity got the best of me, i figured id run down the basics of Sprint`s future plans to deploy LTE on the 800Mhz band. This topic is for anyone new to the site, and individuals who want to know the difference between lower, and higher frequency networks. Lower radio bands: Becomming a golden standard for most mobile network companies today, network carriers recently started to use the lower bands of spectrum, mainly for their LTE networks. Why is a lower band better: *Wider Geographical coverage(Better in-building access) *Faster speeds(Depending on the distance of the tower, and other factors that may influence the signal, and or speed of the network connection.) How a lower band can be hurtful: *The network on the lower band(800Mhz for example) is more affected by weather, and or other interfearences. Higher radio bands: Used mainly for 3G networks, as well as some LTE networks(Not very common for LTE networks). AT&T is one of the carriers who runs thier 3G/HSPA+ network on the 1800/1900 Mhz band. Although the numbers may seem pleasing, which at times they can be, everything has its ups and downs. Why a higher band is better: *Less affected by weather *Allows more spectrum for smaller cities *More efficient(Since the higher bands have less geographical reach, towers need less power to operate the networks. How higher bands can be hurtful: *Poor in-building coverage(Depending on the location of the serving cell site) *Less geographical range(towers that may be 3 miles away would not be accessable, as to where towers with lower bands at the same distance would be accessable.) Wrapping that bit of information up, we now get to sprint`s future plans to deploy their LTE network on the 800Mhz band, which was previously occupied by sprints iDEN network(Push to talk service). Not too long ago, sprint gloated about thier WIMAX network, which was deployed on the 2500Mhz band from the internet provider Clearwire. As we all know here, the speeds with wimax were not that bad when it all began, but then came a list of operating fees, maitenance, and poor speeds due to the available amount of spectrum. We also know that wimax did not work well at times in structures, mainly due to the high frequency band it was deployed on. From my guess, sprint does not want a repeat of the terror their WIMAX network brought them, so this time around, sprint is going to do things the right way. With LTE being on a lower band, more users with LTE capable devices will be able to access it, because of its wider geographical range. Also, since lower bands offer faster speeds, users can enjoy even faster downloads and youtube browsing. Also, due to the wider geographical range of lower frequency networks, less towers wil exist in areas, since one single tower running a lower frequency network can cover as much as two towers can that operate a higher frequency network, which leads to lowered operating costs, and better management. Do you guys think sprint is doing something right this time around?