Features

Resources
Motorola’s LTE WBR 500 Series 2600MHz delivers compelling benefits for operators which include:

Lower Total Cost of Ownership (TCO)
  • Award winning, integrated, Advanced SON (self-organizing network) significantly reduces LTE network planning, installation, optimization, and operational costs.
  • Flexible foot print solution reduces installation time and costs (less than a day and crew of two for rapid deployment) and maximizes existing site reuse with discrete overlay.
  • High receive sensitivity delivers superior uplink performance, increases cell edge data rates and cell radius, reducing the number of incremental sites.

Increased ARPU, plus retention and gain of subscribers by maximizing coverage and capacity through:
  • Motorola Intelligent Scheduler - Improves the sector capacity and increases cell edge throughput, and provides a consistent Quality of Service (QoS) in the most challenging RF conditions. In addition, from day one, Motorola Intelligent Scheduler provides flexibility based on call models and user profiles.
  • Motorola implementation of open loop and closed loop advanced antenna technologies such as MIMO, Beam forming and Motorola implementation of dynamic switching between advanced antenna schemes based on RF conditions and device capabilities.
  • Optimal transmit power of up to 40 Watts per sector carrier with remote RF based base eNodeB.

Mitigates risks of high churn from uncertain LTE performance through:
  • Motorola’s experience of deploying commercial OFDM solutions since 2003.
  • The expertise of a leading LTE RAN standards contributor.
  • Motorola assurance of low down time, high quality, and high reliability coupled with award winning, field proven, high availability – high uptime common baseband controller unit.
  • Integrated Advanced SON - ensures that the impact on operations & maintenance of early deployments are minimal.

An environmentally preferred solution
WBR 500 series is designed to deliver superior power efficiency through advanced amplifier technologies such as Digital Pre-Distortion (DPD), Crest Factor Reduction (CFR), advanced Doherty, and other proprietary techniques.