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Outdoor picocells market expected to reach $8 billion by 2016

Market news |
By eeNews Europe

Currently, while many outdoor microcells are in operation, outdoor picocells are undergoing operator trials, with several companies, including Alcatel-Lucent, Huawei, Bel-Air, Airspan, and NEC focusing their attention on these new lower cost and easier-to-deploy alternatives. Other vendors working on developing solutions include NSN, Ericsson, and ZTE.

These outdoor picocells, which plug onto utility poles, lamp posts, and rooftops, are in response to the burgeoning smartphone market. “Mobile operators have already started to compete on mobile broadband speeds apart from coverage, and small cells will help them differentiate their services,” says Aditya Kaul, practice director, mobile networks. “Operators are likely to start with identifying specific ‘hot sites’ in congested metro areas, and start using outdoor picocells to alleviate capacity demand. Outdoor small cells are just another tool operators can use in conjunction with macro network optimization, Wi-Fi offload, caching, media compression, and other techniques.

Metro areas aren’t the only places where small cells are expected to appear. “Apart from outdoor small cells having a role in urban areas, they also have a role in rural and suburban areas where zoning restrictions prevent macro tower deployments,” says Kaul.

The big challenge that carriers are focusing on is small cell backhaul. Carriers need to ensure that backhaul doesn’t adversely affect overall OPEX or CAPEX for outdoor small cells. There are currently multiple solutions being considered, including fiber, copper, microwave, E-band, and >5 GHz point-to-multipoint, all of which will play a role.

ABI Research’s latest study “Small Cells: Outdoor Pico and Micro Markets,” examines the economic advantages, as well as problems, of deploying small cells in urban, suburban, and rural areas. It addresses the state of the small cell market and market projections, with market forecasts segmented by region, power output, location, and radio interface.

For further information: www.abiresearch.com.


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