Mobile backhaul is a critical challenge for mobile, fixed and converged operators today. In order to profit from the new revenue opportunities presented by the adoption of 3G mobile data and video services and efficiently support a migration to Long Term Evolution (LTE).
Nokia Siemens Networks is uniquely qualified to help you manage your mobile backhaul needs. We understand the mobile transport network from access to the core. As a driving force in packet innovation, we are leaders in packet microwave and deliver an optimized migration in transforming the mobile backhaul network to IP.
Nokia Siemens Networks’ experience in the development and implementation of 2G, 3G and LTE radio access networks has led to our unique portfolio of our own and best of breed partner solutions, pre-tested and validated, fully supports Layer 1 to 3 approaches and employs a sophisticated reuse of existing equipment guaranteeing your investment.
Our optimized use of best-of-breed Layer 1 to 3 technologies with a focus on Carrier Ethernet ensures maximum balancing and optimum efficiency. And Nokia Siemens Networks visionary technology leadership in synchronization guarantees flawless performance with solutions that are available today.
The right architecture for Converged Ethernet Transport
The Nokia Siemens Networks – Juniper Networks JV Carrier Ethernet Solutions brings the best of both our extensive fixed and mobile experience and Juniper’s high performance IP portfolio together in an architecture that addresses today’s needs and while at the same time preparing the network for LTE.
Fully compliant for 2G, 3G and LTE, our Carrier Ethernet Solution supports both TDM and ATM with high availability (sub-50ms) for the protection of services and tunnels, end-to-end QoS for sensitive mobile applications and SLA monitoring.
Together our Mobile Backhaul and Carrier Ethernet Solutions provide a fully integrated radio and backhaul network. All supported by the industry leading end-to-end network management system, allowing all management operations to be done via a simple point and click interface reduces the operational costs associated with service deployment, maintenance, service creation and service assurance.
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