Europe
: Nokia and Vodafone Omnitel N.V. in Italy have signed an agreement
to upgrade Vodafone Italy's core network for GSM/EDGE and WCDMA 3G
with Nokia's MSC Server System.
Inset
is Christian Fredrikson, Vice President, Networks Nokia quoted below.
The
MSC Server System brings improved efficiency in the core network for
the delivery of voice minutes by reducing floor space occupancy and
optimizing investments for mobile networks evolution. Vodafone becomes
one of the first operators to deploy a 3GPP Release 4 MSC Server Systems
in its commercial network.
Volume deployments
have started following a successful testing period with commercial
live GSM and WCDMA traffic.
Nokia is leading
the market in the volume availability of 3GPP Release 4 architecture
and is the only vendor able to provide full 3GPP Release 4 support
for both GSM/EDGE and WCDMA 3G.
"We are pleased
to continue supporting Vodafone Italy in modernizing its network to
meet the needs of the future," says Christian Fredrikson, Vice
President, Networks, Nokia. "The Nokia MSC Server supports future
network architectures as well as existing GSM and WCDMA services,
making it an ideal basis for voice services in networks today and
tomorrow."
The Nokia MSC
Server Solution is the new voice core solution for 2G and 3G networks.
Specified in 3GPP Release 4, the Nokia MSC Server Solution upgrades
the operator's circuit core network for 3G expansion and IP-based
technologies, as well as optimizes GSM networks. It enables operators
to concentrate call control to large centers, while distributing switching
functions to locations close to traffic hot spots -- reducing the
cost of building and operating mobile networks.
Both GSM/EDGE
and WCDMA services can be offered in the same network elements without
limitations, which means that migration to combined GSM/WCDMA networks
can be accomplished cost-efficiently.
The MSC Server
is also the first architecture to enable a safe and standardized way
to implement carrier-grade Voice over IP protocol (VoIP) service in
mobile core networks.