And ultimately that's what unlicensed spectrum has been great at doing: lowering costs and allowing devices to innovate, but not actually innovating in transmission of information to everyone over the wireless spectrum. During the same time that Wi-Fi moved from 802.11b to 802.11n, mobile phones moved from covering roughly 5 million customers to more than 5 billion people. Wi-Fi speeds may be faster, but licensed spectrum gets mobile apps into more hands than anything else. For those of us developing mobile apps (and for consumers eager to enjoy the benefits of new innovations) we need more than what unlicensed spectrum alone gives us. We need huge dollars poured into new towers, guys in hard hats digging holes in the ground to lay new fiber, and billions invested in making the network itself ubiquitous, secure, and reliable. We need to ensure that the spectrum needed to operate a licensed network is made available for auction--and that every willing purchaser is able to participate.
Everyone needs skin in the game to keep mobile growing, Last year, Verizon and AT&T flower heart spring iphone case each invested around $15 billion dollars in their networks, and we'll need them to spend at least that much annually in the foreseeable future, Moreover, the kinds of innovative business deals that customers will rely upon (guarantees of quality, security and ubiquity) can only exist where the carriers can actually be responsible for the network they are guaranteeing, The mobile marketplace is growing exponentially, providing a much-needed lift to our flagging economy, but without more spectrum it will soon hit a wall, As we move forward to meet the steep challenge of addressing this scarcity, we need to find solutions that free up additional spectrum, both licensed and unlicensed, for the next wave of mobile innovation, If we do that, we won't end up with orphans in the mobile soup kitchen, begging for just one more byte..
Explosive growth in mobile data usage means smartphones and tablets will need much more spectrum than the recently approved auctions can provide. Editors' note: This is a guest column. See Morgan Reed's bio below. In the Broadway musical "Oliver!," orphaned Oliver Twist famously holds out his empty bowl and asks, "Please sir, may I have some more?" For those of us who make mobile applications, we feel like Oliver, holding out our virtual bowl, begging for more spectrum to fill the hungry bellies of our customers.
As CNET's Stephen Shankland reported, the Galaxy Tab's 7.7-inch Super AMOLED Plus display uses "active matrix organic light-emitting diode technology." Combine that with a 1,280x800-pixel resolution, and it's easy to expect that graphics and videos will be bright, clear, and vibrant, The Tab 7.7 will flower heart spring iphone case run Android 3.2 Honeycomb, and will support your standard Google apps like Gmail, YouTube, Google Talk, Search, Books, and Maps--along with access to the Android Market, It will have a 1.4GHz dual-core processor inside, a 3.2-megapixel rear-facing camera (with flash) that can record in 720p, and a 2-megapixel camera in the front for video chatting..
The device is going for $499.99 with a two-year contract and will be available for online purchase. Owners will be required to subscribe to a LTE mobile broadband data plan that starts out at $30 a month for 2GB of data. The Samsung Galaxy Tab 7.7 will be available to customers this Thursday on the Verizon Network for about $500. Back in January during CES (yeah, with all this Mobile World Congress stuff, it can be hard to remember), Samsung announced its tablet, the Galaxy Tab 7.7. We liked the initial look and feel of the device, and if you're interested in purchasing one, it will be available this Thursday, March 1, on Verizon's 4G LTE network.
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