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700 MME

Wireless Broadband Core LTE Mobility Management Entity (WBC 700 MME)

Motorola’s LTE WBC 700 MME is an ATCA based platform with hardware acceleration for Non Access Stratum (NAS) Crypto and IPSEC encryption, designed specifically to address the increased packet processing in LTE. Its multi-core, multi-threaded packet processing technology allows for high performing protocol processing and message replication enabling 100% session preservation. The WBC 700 MME is also built on an open SAF based middleware leveraging our long standing experience with mobile IP core networks and CDMA EV-DO networks. This platform is an evolution of our OFDM control platform, currently deployed and managing over 87,000 OFDM radios globally.



Features
Resources
Rich Subscriber Experience
Motorola’s experience and leadership in next generation networks and flat-IP architecture contributes to the design and capabilities of the WBC 700 MME which enable operators to meet the challenges of next generation networks through:
  • Network performance and reduced cost
  • Processing performance
  • Security assurance
  • Implementation of Session Detail Logs


Low Total Cost of Ownership (TCO)
  • OPEX efficient and CAPEX maximization
  • Dedicated platform designed to meet the challenges of next generation mobile data networks with industry leading capacity and packet processing performance capabilities.
  • Distributed Architecture stack model supports the LTE standard’s recommendation of deploying MMEs in resource pool areas, enabling load sharing across multiple WBC 700 MME platforms, hence lower cost of ownership with reduced footprint and enabling backhaul assets optimization.
  • Flexible and scalable platform supporting a wide range of subscriber data traffic models and capacities with full redundancy to meet different rollout strategies and scope for future expansions.
  • Power efficient platform with intelligence to identify low traffic periods enabling as low as 50% reduction in power consumption i.e. offering a direct correlation between traffic and power consumption allowing for reduced OPEX and an environmentally friendly network.
  • Future proof platform leveraging our hardware acceleration components by incorporating all necessary future capacity related hardware into the Switch Shelf Controller card allowing the platform to support an application payload-only card upgrade for capacity improvements.
  • Scalable deployment options allowing network operators the independence of placing the WBC 700 MME in a centralized location to maximize the platform’s large capacity or in a distributed architecture where they can be deployed closer to the eNodeBs leading to a reduction in backhaul optimization.
  • Transport network planning and commissioning feature supporting a single IP address per interface on the WBC 700 MME leading to simplified IP network planning and IP address configuration.
  • Simplified eNodeB to MME pool connectivity with a logical MME system requiring only one connection per eNodeB as opposed to multiple connections for a per blade based MME platform


    • High Availability
  • The WBC 700 MME, leveraging its advanced packet processor base, supports 100% preservation for active sessions and greater than 90% preservation in process messaging transactions.