ADC FlexWave Manuel D’Utilisation
4/08
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105502AE
FlexW
ave
™
Universal
Radio
Head
FlexWave
™
Universal Radio Head
Flexible Outdoor Coverage and Capacity
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Overview
With the increasing popularity and reliance on
wireless voice and data services, subscribers
expect to have coverage at anytime, anywhere.
In addition to increased wireless device usage,
wireless service providers implementing 3G
technologies have recognized a reduction in
coverage patterns within existing coverage
footprints, opening coverage “holes” within the
network. To resolve this issue, it requires service
providers to extend coverage and/or increase
capacity within the non-coverage areas. This has
been traditionally accomplished by adding new
macro cell towers; however, with city centers
becoming more congested and local government
zoning regulations becoming more stringent,
obtaining permits for new macro cell sites is
becoming increasingly difficult. The URH offers
service providers a flexible, small form factor
solution to extend coverage and capacity where
needed, as well as support for the increasing
number of protocols and frequencies available
today and in the future.
wireless voice and data services, subscribers
expect to have coverage at anytime, anywhere.
In addition to increased wireless device usage,
wireless service providers implementing 3G
technologies have recognized a reduction in
coverage patterns within existing coverage
footprints, opening coverage “holes” within the
network. To resolve this issue, it requires service
providers to extend coverage and/or increase
capacity within the non-coverage areas. This has
been traditionally accomplished by adding new
macro cell towers; however, with city centers
becoming more congested and local government
zoning regulations becoming more stringent,
obtaining permits for new macro cell sites is
becoming increasingly difficult. The URH offers
service providers a flexible, small form factor
solution to extend coverage and capacity where
needed, as well as support for the increasing
number of protocols and frequencies available
today and in the future.
Application
The URH uses patented digital-over-fiber
technology to distribute RF to desired locations.
The URH digitizes the entire designated RF band
and digitally transports it over dark fiber or
millimeter wave (MMW) links and reconstructs
the signal at full bandwidth, regardless of
modulation technology, at the remote location.
ADC’s digital RF transport allows RF signals to
be replicated at full dynamic range, independent
of the link length, for improved data throughput.
As service providers migrate to 3G and 4G
networks, high-data rate broadband services,
networks utilizing a URH backbone will be ready.
technology to distribute RF to desired locations.
The URH digitizes the entire designated RF band
and digitally transports it over dark fiber or
millimeter wave (MMW) links and reconstructs
the signal at full bandwidth, regardless of
modulation technology, at the remote location.
ADC’s digital RF transport allows RF signals to
be replicated at full dynamic range, independent
of the link length, for improved data throughput.
As service providers migrate to 3G and 4G
networks, high-data rate broadband services,
networks utilizing a URH backbone will be ready.
The URH offers a flexible architecture to distribute
wireless coverage and capacity. Its versatility
and small form factor allow service providers
to quickly deploy networks in areas where zoning
restrictions often hinder installation of traditional
macro cell towers and base stations.
wireless coverage and capacity. Its versatility
and small form factor allow service providers
to quickly deploy networks in areas where zoning
restrictions often hinder installation of traditional
macro cell towers and base stations.
Centralization of base station capacity can also
be realized using the URH. This allows service
providers to further benefit by reducing capital
expenditures and annual operating costs.
be realized using the URH. This allows service
providers to further benefit by reducing capital
expenditures and annual operating costs.
Features and Benefits:
Flexible Architecture
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Supports multiple frequency bands and wireless protocols in one enclosure
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Scalable and modular
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Multiple non-contiguous segments of 1.5 to 35 MHz each
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BTS interface supporting RF and OBSAI/CPRI standards (Future)
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Transport rates supporting Dark Fiber and Millimeter Wave
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Field upgradeable
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User Friendly
•
Embedded element management system, supporting web based access and SNMP
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Fully sealed, maintenance free for harsh outdoor applications
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Cost Effective
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Efficient use of CAPEX equipment and real estate
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