colorful and to be launched the forth coming year...

wow .... awaiting....

Apple iPhone 5:

The Most awaited phone this year is easily The Apple iPhone 5, iPhone 5 would get a bigger 4″ display and a more powerful Processor. iPhone 5 will offer 4G and it will be LTE network compatible. The camera of iPhone 5 will be amazingly powerful 8MP dual led flash. Its storage capacity will be boosted up to 64 gb. Its new iOS 6 is expected to have a digital music locker. The price of iPhone 5 factory unlocked version is expected to start with $699. This Soon to be launched iPhone is for sure the best phone designed ever by Apple.

The Future of Mobile Networks: Beyond 4G

The Olympic Stadium in London being dismantled and transformed on Sept. 13, 2012

• Carriers worldwide will begin their first small-cell deployments next year, with the aim of creating dense layers of 3G and 4G capacity. The goal of these shrunken cells is to put massive amounts of bandwidth precisely where people are using it: in malls, arenas, public plazas, urban parks, and busy business districts.
• The first wave of small cells, mounted on outdoor street poles and ceilings, could just be the beginning. A consortium of technology companies and universities brought together by the European Commission is investigating a concept called the super-dense network, which could put multiple tiny cells in every room. We’re not just talking networks on the small scale, but on the human scale.
• The consortium has the rather ungainly name of Mobile and wireless communications Enablers for the Twenty-twenty Information Society. Fortunately, it’s using the moniker Metis for short. With the help of a €16 million (U.S. $21.2 million) grant for the European Union, Metis is tasked with identifying the network technologies beyond the LTE-Advanced standards being developed today.
• These so-called 5G technologies could take the form of new radio air interfaces, new cellular architectures such as heterogeneous networks and wide-area mobile mesh, and even the virtualization of the network itself, says Jan Färjh, head of standardization and industry for Ericsson (ERIC), the network vendor spearheading Metis. Färjh uses the word “could” because no one in the consortium knows what form the network of 2020 and beyond will take. These new technologies are on the bleeding edge and it is Metis’s goal to determine which are technically and commercially feasible.
• “We have to be prepared for the world 10 years after LTE and LTE-Advanced
• To that end, Metis is opening up multiple fields of investigation, digging into research projects in the labs of such academic institutions as Aalborg University in Denmark and Poznan University of Technology in Poland. Though the big vendors and carriers like Alcatel-Lucent (ALU), Nokia (NOK), and Telefónica (TEF) are all there, Metis is also reaching beyond the traditional wireless industry to include companies such as BMW (BMW). One of the big areas Metis will explore
• In addition to car-to-car connectivity, Metis will also look into making devices nodes in ad hoc networks. Instead of communicating directly with a tower, our phones and gadgets could relay their data among one another in a giant mesh, eventually offloading data into the mobile network proper through the most efficient connection, or combination of connections. These are concepts being explored by startup Open Garden and the Commotion open-source mesh-networking initiative.