WIND Mobile (WIND), a wireless service provider in Canada, has
selected the Acme Packet Net-Net Session Director session border
controllers to securely connect WIND's voice over internet protocol
(VoIP) core network with other service providers.
The Acme
Packet Net-Net Session Director enables a secure, flexible and
interoperable SIP interconnect solution for off-net voice traffic,
helping reduce costly origination and termination time-division
multiplexing (TDM) fees.
"We are building a next-generation
IP-based network to offer innovative mobile, voice and data services to
over 400,000 customers across Canada and this network required a
proven, secure and interoperable session border controller," said Ante
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,spur gear motor and so on Rupcic, VP Core Network, Technical Department, WIND.
Acme
Packet claims that its Net-Net Session Director's flexible routing
capabilities helps WIND reduce session expenditures while optimizing
subscriber experience. Acme Packet's interworking capabilities
simplifies WIND's network operations, assures multi-vendor
interoperability and accelerates the company's time-to-market.
Using
SIP interconnect, WIND's calls travel to other service providers over
IP, which eliminates costly TDM fees and scales the company's VoIP
interconnect relationships. The Acme Packet Net-SAFE's security
architecture protects WIND from denial of service attacks and network
overloads with access control lists, topology hiding and dynamic rate
limiting.
"WIND's focus on IP lies at the heart of providing
unique mobile services and customer experience in Canada. Our Net-Net
Session Director enables WIND to securely and flexibly interconnect its
network to multiple service providers at the lowest cost," said Tim
Ziemer, vice president of North America and Asia Pacific sales, Acme
Packet.
Acme Packet's session border controller (SBC)
capabilities also include high availability, call admission control and
quality of service capabilities to ensure network reliability. Also,
with Acme Packet's feature rich and standards-based solution, WIND's
network will be able to utilize key encryption, transcoding and
interworking capabilities in the future.