A new study from market researcher Infonetics
Research, Femtocell
Coverage Strategies: Global Service Provider Survey, details
mobile operator strategies for deploying femtocells and other small
cells, including types, technologies, timing, installation locations,
indoor and outdoor backhaul technologies, drivers, technical challenges,
adoption barriers, and mobile traffic offload technologies and protocols.
ANALYST NOTE
“For our femtocell coverage strategies survey, we interviewed mobile
operators from around the world that have deployed small cells
(microcells, picocells, and/or public space femtocells) or plan to in
2012. Five (28%) are already running commercial public space femtocells
networks, and almost half will do so sometime this year. Clearly,
femtocells are growing beyond their original residential target market,
moving into public space coverage, and becoming a full member of the
‘small cells’ set. Our survey reflects the fact that we are at the
beginning of the mobile world’s transition from macro-centric to the
next generation environment of small cells augmenting the macro RAN as
mobile operators attempt to deliver ubiquitous coverage and high
capacity in areas of dense user population and high broadband usage,”
notes Richard
Webb, directing analyst for mobile offload and mobile broadband
devices at Infonetics
Research.
FEMTOCELL COVERAGE STRATEGIES SURVEY HIGHLIGHTS
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83% of mobile operators interviewed by Infonetics have already
deployed small cells (predominantly microcells and picocells), and the
remaining will deploy them by the end of 2012, a qualification for
participating in the survey
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In-building coverage and data optimization are the top-rated drivers
for operators deploying femtocells/small cells, followed by the
non-expandability of the macro network due to the increasing
difficulty of adding new cell sites
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Although 61% of the operators see potential interferences with the
macrocell network as the top technical challenge when deploying small
cells, only 50% rate it a strong barrier to adopting small cells
-
The percentage of mobile operators deploying public space femtocells
(also called “metro femtocells”) is growing from 28% in late 2011 to
44% in 2012 to improve mobile coverage and capacity in large areas of
high footfall, such as retail malls, airports, and public buildings
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The rise of carrier-WiFi (SIM-based WiFi access points that enable
seamless handover between WiFi and cellular networks) could inhibit
the opportunity for public space femtocells for offloading data from
the macro network
SURVEY SYNOPSIS
For its Femtocell
Coverage Strategies: Global Service Provider Survey, Infonetics
analysts interviewed 18 incumbent, mobile, and competitive operators
that have deployed small cells or plan to in 2012. The respondents are
from EMEA, Asia Pacific, and North America and together represent 30% of
global telecom carrier revenue, 29% of global telecom carrier capex,
and 20% of the world’s mobile subscribers. The survey focuses on the
deployment of small cells, microcells, picocells, and public femtocells.
For a summary of Infonetics’ coverage of consumer femtocells, please see
its Residential
Femtocell Services: Global Service Provider Survey highlights.
RELATED RESEARCH
UPCOMING RESEARCH
Download report prospectuses, tables of contents, etc. at http://www.infonetics.com/login
(see SMALL CELLS AND WIFI OFFLOAD for 2011 and 2012 services).
SALES
-
Larry Howard, VP, Western NA, Asia, CALA: larry@infonetics.com,
+1-408-583-3335
-
Scott Coyne, Eastern NA, Texas, Midwest: scott@infonetics.com,
+1-408-583-3395
-
George Stojsavljevic, EMEA: george@infonetics.com,
+44-755-488-1623
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Japan, Taiwan, Korea: http://www.infonetics.com/contact.asp
Infonetics
Research is an international market research
and consulting
firm serving the communications industry since 1990. A leader in
defining and tracking emerging and established technologies in all world
regions, Infonetics helps clients plan, strategize, and compete more
effectively.
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