Bandwidth Optimizer Technology

In the event Cellular Telecommunications and Internet Association (CTIA) Wireless 2011, Nokia Siemens Networks introduces a new architecture for mobile networks. Unlike the previous technology, the technology Called Liquid Radio is Able to drain the capacity of broadband to the most needy. Thus, network resources will of be more efficient due to distribution and redistribution of capacity based on user needs. "Liquid is not confined, so it cans flow to fill any gaps or spaces," said Thorsten Robrecht, Head of Network Systems Product Management, Nokia Siemens Networks, as quoted by the Connected Planet, Wednesday, March 23, 2011.

In the Same way, Robrecht mentions, architectures Liquid Radio eliminate all barriers in the traditional mobile broadband network. "It 's useful to overcome the fluctuations in traffic due to the movement of users on the network," he said. Robrecht explained, the core of the Liquid Radio is the ability to respond to fluctuating demand in the current network with a technique known as 'baseband pooling'. This approach focuses resources required to perform the function - a common processing functions at EACH base station in one particular area. 'Baseband pooling' Help Realize the sharing of resources more cost effective in a wide geographic area. This architecture uses Multiradio Flexi-based active antenna Antenna System That technology combines antennas and radio parts in a container of functional, built with power amplifier for EACH antenna element. Active antenna allows beamforming (the formation of wave files) - - the which focuses on a particular radio connection and diverted it to the user - specific - as well as handle multiple technologies in one unit.

Together with layers - a layer of other coverage provided by the site configuration macro, pico and micro, beamforming enables capacity directed to place the desired user, resulting in the Addition of capacity by 65 percent. "We Predict, the demand for Increased network capacity up to 1 GB per user one day," says Robrecht. "If it Happens, it not only requires a very large network investments, but Also a unique combination of different base station sites for a wide range of areas," he said.