2G/3G/4G Mobile Backhaul Aggregation over ATM Your Needs
Benefit from 2G/3G/4G mobile backhaul aggregation over ATM using statistical multiplexing capabilities to improve backhaul performance and reduce transmission costs by simultaneously delivering 2G, 3G and future 4G generations over ATM backbones
Benefit from 2G/3G/4G mobile backhaul aggregation over ATM using statistical multiplexing capabilities to improve backhaul performance and reduce transmission costs by simultaneously delivering 2G, 3G and future 4G generations over ATM backbones
Our Solution
RAD’s ACE-3100 multiservice cell-site gateway, ACE-3105 multiservice cell-site gateway, ACE-3200 multiservice cell-site gateway, ACE-3205 multiservice cell-site gateway, ACE-3220 multiservice cell-site gateway, ACE-3400 aggregation site gateway, and ACE-3402 aggregation site gateway connect cell-sites and controller sites to ATM backbones, over shared access lines. Featuring “any service any port” functionality, they incorporate flexible port configuration to allow grooming of full or fractional E1/T1 UNIs, several IMA links and DSL lines into a single IMA or STM-1/OC-3 network interface. This ensures the most economical allocation of backhauling resources and the delivery of multi-generation traffic over ATM networks. RAD’s RAN gateways leverage ATM’s inherent QoS attributes to enable service differentiation and traffic engineering, including prioritization, shaping and scheduling. In addition, they support ATM statistical multiplexing and allow operators to optimize network utilization by implementing overbooking strategies, thereby reducing service costs and operating expenditures (OpEx).
Benefits
- Support end-to-end traffic monitoring and QoS assurance
- Reduce CapEx through better utilization of existing ATM equipment, requiring fewer E1/T1 links
- Reduces OpEx by aggregating multiple services onto a single network interface
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