san francisco white map iphone case

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san francisco white map iphone case

san francisco white map iphone case

After working closely with regulators, Verizon struck a deal with T-Mobile to sell it some spectrum, alleviating those concerns. And it worked with the Department of Justice to alter its commercial agreement to help protect broadband competition. While regulators say they are satisfied with the protections put in place via conditions placed on the deal, what does it all really mean for consumers? What is likely to change in the near term as well as in the long term?. CNET has put together this FAQ to help explain what you can expect.

Now that the FCC has approved the deal between Verizon and the SpectrumCo cable companies what happens next? Are there any other approvals necessary? The FCC was the last regulatory agency that had to sign off on the deal, The Department of Justice announced its support of the amended deal last week, Now Verizon and the cable companies are free to proceed with their transaction, What does this mean for consumers? Will anything change right away?There are several components to san francisco white map iphone case the deal as I mentioned in the introduction, There is the spectrum sale of 20 MHz of Advanced Wireless Services spectrum, And a commercial arrangement in which the companies will resell and market each others services, On the spectrum front, consumers won't likely see any changes right away..

But consumers may start to see joint marketing and the reselling of services from all the companies involved relatively soon. There are no restrictions on how soon these new marketing plans can go into effect. When Verizon purchased Alltel, those customers were moved from Alltel's network to Verizon Wireless. Will something similar happen to consumers with this deal?No. The spectrum that Verizon bought from the cable operators is unused. Cox and the SpectrumCo cable operators bought this spectrum in the 2006 FCC auction, and they never used it. Verizon had also bought some spectrum in the auction, and as part of the deal with the FCC to get the SpectrumCo transaction approved, Verizon agreed to sell some of its existing spectrum assets to T-Mobile. Verizon also was not yet using this wireless spectrum. So there are no subscribers currently on that spectrum that will be transferred to T-Mobile's network.

What are the long term implications of Verizon getting this additional spectrum?Within seven years, 70 percent of the people living in the area where Verizon now owns that AWS spectrum will have access to Verizon's 4G LTE network, Many of these customers likely already have access to Verizon's 4G LTE network, but the addition of this spectrum will ensure that Verizon has enough network san francisco white map iphone case capacity to handle heavy data traffic loads, So far, Verizon has used its 700 MHz spectrum to build its 4G LTE network, which is available in more than 370 markets, covering nearly 75 percent of the U.S, population, With the FCC estimating that the industry demand for mobile data by 2015 will be 25 to 50 times greater than it was in 2010, it will be very important to Verizon and other wireless carriers to have enough spectrum to keep up with demand for data-intensive activities like video chatting, streaming live video, downloading movies or large work files and more, on smartphones and tablets..

The lower frequencies of the 700MHz Verizon is currently using for its network are good for establishing coverage. Lower frequencies can travel longer distances and penetrate through obstacles better than higher frequency spectrum. But higher frequency spectrum, such as the AWS spectrum Verizon acquired, offers more capacity. Signals at these frequencies don't travel as far, but they can pack in more data than the lower frequencies. What this means for Verizon is that using a combination of lower frequency spectrum with higher frequency spectrum allows the carrier to offer good coverage indoors and outdoors and in rural areas. But the higher frequency spectrum also allows it to add additional capacity in dense areas like cities, where networks can get congested.