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FLO technology, a multicast innovation and
key component of the MediaFLO system, is
an air-interface technology designed to
increase capacity and coverage, and reduce
cost for multimedia content delivery to
mobile handsets.
The
BSkyB technical trial is expected to be
the first such trial of FLO technology in
Europe. In addition to this technical trial,
Qualcomm and KDDI have formed a joint venture
to explore the deployment of MediaFLO services
in Japan. Also, MediaFLO USA, a subsidiary
of Qualcomm, is working with Verizon Wireless
to deploy wireless multimedia services based
on FLO technology in the US.
"BSkyB
is committed to offering customers flexible
ways to enjoy our services. We have led
the way in the delivery of mobile TV over
existing platforms and we look forward to
working with Qualcomm in this technical
trial to evaluate the potential of MediaFLO,"
said BSkyB group director of business development
Stephen Nuttall.
"As
one of Europe's largest, most successful
and best-known multichannel television platform
operators, BSkyB is the ideal company to
team up with Qualcomm on our first MediaFLO
trial in Europe. We expect this trial to
demonstrate a strong validation of the value
Qualcomm believes FLO technology offers
both in Europe and other markets around
the world. The openness of the MediaFLO
system, as well as its significant advantages
with respect to coverage, power consumption
and cost, set MediaFLO apart from other
competing technologies," said Qualcomm
Internet Service and MediaFLO Technologies
president Peggy Johnson.
Engineered
specifically for the mobile environment,
FLO technology is intended to offer several
advantages over other mobile multicast technologies,
including higher-quality video and audio,
faster channel switching time, superior
mobile reception, optimised power consumption
and greater capacity concurrently as compared
to other multicast technologies.
In
addition, FLO technology-based multimedia
multicasting will complement wireless operators'
CDMA2000(R)/EV-DO and WCDMA/HSDPA cellular
voice and data services, delivering content
to the same cellular handsets used on these
3G networks.
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