Operators now have a quick and cost effective option to transition their network to all-IP backhaul. Nokia Siemens Networks’ new FlexiPacket Microwave platform includes software that can be programmed to provide operations for both hybrid and full packet traffic mode. This allows operators to choose any evolutionary path from legacy TDM-base to all-IP backhaul, using a single platform across the whole transport network. This will allow them to scale-up according to the need of the hour.
“With transport networks moving towards all-IP, operators want the convenience of migrating parts of the network rather than the whole network in one go,” said Vesa Tykkyläinen, head of Microwave Transport business line, Nokia Siemens Networks. “Our new FlexiPacket Microwave offers operators more functionality and flexibility. The platform’s software features make capacity upgrades simple and flexible.”
Since the platform is customized to meet diverse customer needs and is modeled on a pay-as-you-grow- approach, it can help optimize the operator’s total cost of ownership along with reducing risks that result from any technology migration. In addition, its zero footprint and low-power consumption design translates into lower site costs, lower installation and commissioning costs coupled with faster rollout.
Nokia Siemens Networks FlexiPacket Microwave provides unique capabilities for the “Single RAN” evolutions, offering IP migration capabilities for all Radio technologies, optimized for legacy BTS in co-locations as well as new “Full IP” Single RAN solutions.
An end to end point and click service provisioning system enables customers also to provide a faster time to market for new services, better monitoring of network performance, improved quality of service as well as service differentiation.
The new FlexiPacket Microwave Platform is being launched at Mobile World Congress 2011 in Barcelona, Spain. Network operators, customers, press and analysts are welcome to see the platform at Nokia Siemens Networks Experience Center in Hall 8, C01.