Search Results For: Small Cells

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VIRTUALIZED RAN TO REDUCE TCO

To prosper in the 5G era, wireless operators must build cost-efficient, flexible, and agile networks to deliver innovative services and grow the top and bottom lines. The new model for wireless network economics is founded on dramatic savings in capital and operating expenditures through the deployment of distributed cloud-native architectures that foster new service models, standard open interfaces…

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JUST RELEASED: IN-BUILDING VIRTUALIZATION WHITE PAPER

Small cells have entered the wireless ecosystem to enable the densification that is needed to improve coverage and capacity. Yet, despite small cells being able to provide the coverage and capacity needed for in-building wireless (IBW) environments, their deployment has so far been below expectations. The main cause of the slow adoption of small cells…

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REDUCE TCO AT THE EDGE WITH VIRTUALIZED RAN

THE SHIFT FROM TRADITIONAL TO VIRTUALIZED MODELS Virtualization fosters new architectures in the Radio Access Network (RAN) that enable mobile operators to dramatically improve performance and reduce costs. The transformation in the RAN will see architectures shift from traditional distributed/centralized models toward fully virtualized implementations, allowing operators to locate processing power cost-effectively where it is needed most….

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BUSINESSES ARE CHOOSING ENTERPRISE LTE

Not so long ago, nobody would have predicted that businesses could move away from WiFi and DAS technologies for their private wireless networks. That was before Enterprise LTE. With the ongoing densification of mobile networks, the lower-cost availability of small cells, and new ‘white-label’ offerings from mobile network operators (MNOs), private LTE networks have become a…