The European Commission has adopted a Decision establishing harmonised technical rules for Member States on the allocation of radio frequencies in the 800 MHz band that contribute to the deployment of high-speed wireless internet services by avoiding harmful interference.

In several Member States the 800 MHz frequencies are being freed up as part of the so-called digital dividend resulting from the switchover from analogue to digital television broadcasting. If Member States decide to change the existing frequency allocation (for broadcasting) they must immediately apply the harmonised technical rules laid down by the Decision to make these frequencies available to wireless broadband applications. Today's decision does not itself require Member States to make available the 790-862 MHz band for electronic communication services. However, the Commission is considering such a proposal in the forthcoming Radio Spectrum Policy Programme.

The Commission strongly supports the use of the 790-862 MHz band (currently used for broadcasting in most Member States) for electronic communication services and wants EU countries to act quickly, as coordinated management of this spectrum could give an economic boost of up to EUR44 billion to the EU's economy and help to achieve the EU 2020 Strategy target of high-speed broadband for all by the end of 2013 (with speeds gradually increasing up to 30 Mbts and above in 2020).

The new Commission Decision stipulates that all Member States which decide to make available the 790-862 MHz spectrum band (the so-called 800 MHz band) for services other than broadcasting should apply the same harmonised technical rules when they do so. These technical rules will ensure that radio communications equipment, like handsets or base stations using the 800 MHz band, can be used efficiently for wireless broadband networks, such as LTE or WiMAX.

Summary of devices and platforms for LTE in development and trial .

Source:GSA Information paper here.

What's interesting abou this paper is you will see multiple platforms from Samsung, LG and Qualcomm while Huawei seems to have a single all in one device.

Today i want to share some information on Iphone apps development

Are you a person instersted in developing
your own iphone app ? Do you wanna put
your ideas and dreams into a app ?

Then you are at the right place ,There are Lots
of Stuff you need to understand before developing
your own Iphone app.Don't worry, even if you are a
novice with iPhone programming there are a good
number of tutorials that can guide you with the
development of iPhone apps. It's obvious that you
would find it hard when developing your first iPhone
app.

There is a whole lot of information in iPhone SDK
Development that will guide you with the tools and
APIs for iPhone application development.

Further, there are some cool tutorials that will
provide you a step-by-step guide for developing
iPhone apps.

I hope Below bleow listed tutorial might inspire you
to develop your own great iPhone applications.

You should being with Understand Xcode.To develop
iPhone applications, you use Xcode, Apple’s

first-class integrated development environment (IDE).Xcode provides all the tools you need to design your application’s user interface and write the code that brings it to life. As you develop your application, you run it on your computer, an iPhone, or an iPod touch.

Sprint is rumored to be working on a 3G-enabled femtocell, a cellular device that helps you get a better voice and data signal in your home or office.

It will be a faster version of the wireless carrier’s Airave product, according to documents filed with the U.S. Federal Communications Commission. The new Sprint femtocell will include a radio for the 3G service and a port for a VOIP (voice-over-IP) line.

Sprint’s move comes two weeks after AT&T presented its $150 3G femtocell, MicroCell, and just as a new study indicates the femtocells could proliferate in the next few years. The global femtocell market is projected to grow to $4.6 billion in 2014 from $230 million in 2009, says Marketresearch.com in a report released Thursday.

Japan and Western European nations lead in femtocells today due to high rates of mobile and broadband penetration. But the U.S. is expected to have the largest femtocell market in 2010, with a high annual growth rate, says the report.