GSMA study shows that the 2.6 GHz band is crucial for the development of LTE
According to a new report provided by the US research firm Global View Partners in collaboration with GSMA, the licensed use of the 2.6 GHz band will be important to unlock the benefits of global economies of scale in the mobile broadband market. The study found that the 2.6 GHz spectrum that has been identified by the ITU as a "3G extension band" globally will be extremely important when meeting the demand for greater capacity in mobile broadband and the launch of next-generation networks (such as LTE that will be commercially available worldwide this year). The role.
Tom Phillips, Chief Regulatory Officer, GSMA, said: "It is clear that the amount of data flowing on the mobile network is rapidly increasing and is accelerating due to the popularity of smartphones and the increase in music and video downloads. This report emphasizes that the 2.6 GHz band will allow operators Respond to rapidly increasing traffic in an effective and coordinated manner. For example, the recent licensing of this band in Hong Kong, Norway, Finland and Sweden has highlighted that the market demand for paired spectrum (FDD) is greater than for unpaired spectrum (TDD) Demand, the ITU recommended option 1 ** plan is the best structure to stimulate market development in a technologically neutral competitive environment. "
In Europe, as specified in the ITU Option 1 plan, 2.6 GHz frequency allocation has made tremendous progress. Member States and the EU generally agree that it is best to achieve this goal in a coordinated manner in all countries in the EU. The study suggested that FDD and TDD allocations that make this band unorganized for auction or mixed uncoordinated should be avoided. Possible challenges include interference management, eventual reduction in available bandwidth and loss of coverage in a wider area, and higher cost and delayed equipment availability.
The study also pointed out that in many cases, the 2.6 GHz frequency will be the first opportunity for mobile operators to obtain 2x20 MHz continuous spectrum, enabling them to operate high-speed LTE services with optimal performance. LTE is the next-generation mobile broadband technology used by both GSM and CDMA operators. It will use the new wider bandwidth to significantly increase data capacity in high-demand areas such as dense urban areas. The 2.6 GHz spectrum is an ideal complement to the 700 MHz spectrum (also known as the "digital dividend") and will achieve the most cost-effective mobile broadband national coverage across suburban and urban environments.
Most Western European governments, such as Brazil, Chile, Colombia and South Africa, are planning to license the 2.6 GHz frequency in the next two years.
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