Nokia Siemens Networks, in partnership with the Heinrich Hertz Institut (HHI), reported mobile data rates up to 173 Mbps in a multi-user field trial of Long Term Evolution (LTE) technology in an urban environment using the 2.6 GHz spectrum band.
During the trial, an LTE base station was installed at the top of the Heinrich Hertz Institut building in the center of Berlin. Cars with LTE test terminals were driven up to 1km away from the base station to measure the LTE cell's coverage and throughput.
Nokia Siemens Networks said the test confirms that LTE performance requirements can be met using 3GPP standardized technologies and it realized data rates of more than 100 Mega bits per second over distances of several hundred meters, while maintaining excellent throughput at the edge of typical urban mobile radio cells.
It also proves that LTE makes optimum use of the OFDM (orthogonal frequency-division multiplexing) and adaptive multi antenna technologies, as well as the intelligent algorithms used to schedule user traffic to the radio resources in multi-user environments. This enables substantial optimization of network capacity and, in combination with a scalable flat network architecture, this will provide substantial benefits for operators offering mobile broadband connectivity.
"As the world continues to move closer to our vision of 5 billion people connected by 2015, mobile operators will need to use all of the available spectrum with minimum network complexity and maximum cost efficiency to handle a 100 fold increase in traffic," says Stephan Scholz, CTO of Nokia Siemens Networks. "This field trial is an important initial proof of concept for LTE."http://www.nokiasiemensnetworks.com
During the trial, an LTE base station was installed at the top of the Heinrich Hertz Institut building in the center of Berlin. Cars with LTE test terminals were driven up to 1km away from the base station to measure the LTE cell's coverage and throughput.
Nokia Siemens Networks said the test confirms that LTE performance requirements can be met using 3GPP standardized technologies and it realized data rates of more than 100 Mega bits per second over distances of several hundred meters, while maintaining excellent throughput at the edge of typical urban mobile radio cells.
It also proves that LTE makes optimum use of the OFDM (orthogonal frequency-division multiplexing) and adaptive multi antenna technologies, as well as the intelligent algorithms used to schedule user traffic to the radio resources in multi-user environments. This enables substantial optimization of network capacity and, in combination with a scalable flat network architecture, this will provide substantial benefits for operators offering mobile broadband connectivity.
"As the world continues to move closer to our vision of 5 billion people connected by 2015, mobile operators will need to use all of the available spectrum with minimum network complexity and maximum cost efficiency to handle a 100 fold increase in traffic," says Stephan Scholz, CTO of Nokia Siemens Networks. "This field trial is an important initial proof of concept for LTE."http://www.nokiasiemensnetworks.com
- In May 2007, a group of leading telecom technology manufacturers and network operators comprised of Alcatel-Lucent, Ericsson, France Telecom/Orange, Nokia, Nokia Siemens Networks, Nortel, T-Mobile, and Vodafone, launched a joint initiative aimed at driving high performance mobile broadband networks based on 3GPP Release 8 "Long Term Evolution / System Architecture Evolution" (LTE/SAE) specifications.
The LTE/SAE Trial Initiative targets mobile broadband peak data rates exceeding 100 Mbps. In line with 3GPP requirements, LTE/SAE aims to provide a mobile broadband service that outperforms both 3GPP Release 6 HSPA, as well as current fixed line DSL data rates while maintaining and extending the highly successful mobility and coverage benefits of 3GPP networks such as GSM.
