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Qualcomm’s New LTE Gigabit Modem Will Make Phones Very Fast… If It Ever Gets A Network To Connect To

You may not know much about Qualcomm, but odds are fairly good that you come into contact with their tech daily. Their tech powers the majority of Android phone brands, including Samsung, LG, Nokia, Motorola, and HTC handsets. They also have a reach into most connected devices markets, including “smart” home appliances, cars, wearable tech, and health care. Today, they’ve dropped an announcement that they hope will change mobile data forever… but there’s a catch.

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Wireless Companies Have A Plan To Make Your Mobile Data Faster And Better… But It Might Break WiFi

Wireless Companies Have A Plan To Make Your Mobile Data Faster And Better… But It Might Break WiFi

Over the last couple of years we’ve all finally gotten used to 4G LTE being the mobile standard our phones use… so of course, the next network tech is already in development. The wireless companies’ plans for expanding LTE networks sound simple: piggyback off spectrum that’s sitting right there, available for anyone to use, so the metaphorical pipes can be bigger. Except that could cause big problems for basically all the wireless tech we already use.

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FCC Throws Hitch Into AT&T's Plans For 4G
Roll-Out

FCC Throws Hitch Into AT&T's Plans For 4G Roll-Out

Last December, AT&T spent nearly $2 billion to purchase a big chunk of wireless spectrum from Qualcomm, with the plan of using it to expand 4G access across the country. But that deal has since been stuck in regulatory review, and it looks like it’s going to be there for some time as the FCC has decided to make that decision part of its review process for the pending AT&T purchase of T-Mobile.

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ITC Bans Import Of Cellphones With Qualcomm Chips

The U.S. International Trade Commission has banned Qualcomm from importing cellphone chips that infringe on a patent held by rival Broadcom. The chip in question, which is found in almost 80% of Verizon phones, uses a patented process to save power in the absence of cell coverage.