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New 'all-in-one' approach to mobile backhaul saves space and energy
Nokia Siemens Networks integrates Carrier Ethernet with FlexiPacket Microwave to drive simpler, more efficient HSPA and LTE services
The unique approach of combining Carrier Ethernet transport (CET) with microwave radio in a zero footprint - taking up no additional space - backhaul site solution eliminates the need for a separate indoor unit for the microwave radio.
"The result of no additional shelter equipment, space and power consumption can reduce site costs by up to 25 percent, with the side effect of a high ecological value for the customer," said Tamas Major, portfolio manager for mobile backhaul at Nokia Siemens Networks. "This test revealed the interoperability of our solution in terms of synchronization which is major step for the applicability of mobile backhaul deployment based in carrier Ethernet."
Whereas alternative approaches still require additional aggregation devices and multiple boxes at the base station sites, Nokia Siemens Networks offers a built-in Carrier Ethernet engine in its FlexiPacket Microwave Radio solution. The CET feature set allows network and transport sharing to be realized with strict guarantees for all parties - in particular hard quality of service (QoS) and full support for next generation mobile services and applications.
The interoperability demonstration will be publicly accessible on the EANTC stand at CEWC and comprises products such as FlexiWCDMA BTS, a modular 3G base station with inbuilt Ethernet interfaces, FlexiPacket Microwave, and Symmetricom's TimeProvider 5000 as IEEE1588-2008 master clock - all connected to a multivendor Carrier Ethernet network.
The European Advanced Networking Test Center (EANTC) offers vendor-neutral consultancy and test facilities for network equipment manufacturers, service providers and enterprise customers. Primary business areas include interoperability, conformance, and performance testing for Carrier Ethernet, IP/MPLS, and Triple Play technologies and applications. www.eantc.com
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