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TECORE
Announces IP-Based GSM Architecture for Corporate Networks
At PCS 99, Company to Introduce
Corporate GSM Switching System to Dramatically Reduce Deployment
Costs
COLUMBIA, MD - September 21, 1999
- TECORE®, a leading supplier of software-driven, multi-service
switching solutions for the converging wireless, wireline and IP
networks, announced today the development of AirCore® Mobility
Server and AirCore Mobility Gateway for IP-based GSM application
in corporate networks.
TECORE will be demonstrating its innovative switching solutions
in booth #3102 at PCS 99, Sept. 22-24 in New Orleans.
Based on the companys carrier-class, high availability AirCore
platform, this next generation switching solution provides true
integration between IP-based corporate GSM networks, traditional
circuit-switched GSM networks, and corporate PBX networks. TECOREs
innovative GSM corporate switching solution includes:
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AirCore Mobility Server
The AirCore Mobility Server includes software applications for
standard GSM network elements such as Mobile Switching Center
(MSC), Home Location Register (HLR), Visitor Location Register
(VLR), Authentication Center (AuC), Equipment Identity Register
(EIR), and Operation & Maintenance Center (OMC)-resulting
in a fully functional GSM Network Switching Subsystem (NSS)
residing on a corporate server. The AirCore Mobility Server
can interface to Base Station Subsystem (BSS) equipment from
other suppliers via standard A-Interface over Internet Protocol
(IP). Corporate end users will be able to access and modify
their service profile through web-based internet access for
such tasks as changing their call forwarding number. In addition,
the AirCore Mobility Server can be connected directly to a corporate
PBX through IP interface or traditional circuit switched interface.
Optionally, the Transcoding and Rate Adaption Unit (TRAU) function
can be performed at the Server.
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AirCore Mobility Gateway
The AirCore Mobility Gateway can interface to multiple
AirCore Mobility Servers via an IP interface for voice and SS7
traffic. The AirCore Mobility Gateway converts IP traffic from
multiple AirCore Mobility Servers into traditional circuit-switched
interface such as C7 ISUP and ISDN PRI, as well as GSM MAP for
seamless integration with the existing GSM networks and PSTN.
This provides networking between multiple AirCore Mobility Servers
in a corporate campus, and to the GSM network for seamless roaming
and handover.
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"The AirCore Mobility Server and Gateway enables telecom operators,
system integrators, and OEM suppliers to target the corporate market
with a cost-effective solution. This leading edge architecture dramatically
reduces the costs of deploying GSM service in the corporate environment
while maintain full integration with existing corporate PBX and
GSM network," says Jay Salkini, TECORE president and CEO. "AirCore
delivers the functionality to extend GSM into the corporate market
on a scale not feasible through existing technology. The same architecture
can also be applied to other wireless technologies such as CDMA
and evolve to 3G for the corporate market."
Founded in 1991 and based in Columbia, Md., privately held TECORE
is a leading supplier of scalable multi-service switching systems
for the converging wireless and wireline networks. TECOREs
innovative AirCore Platform (patent pending) is the first and only
switching platform on the market that can simultaneously support
multiple wireless protocols and wireline applications. This includes
GSM, CDMA, TDMA and AMPS for cellular, PCS and WLL operators; and
tandem switching and wireline services for IXCs and CLECs, as well
as an integrated prepaid solution. The company is well positioned
to support the evolution of wireless technologies to third-generation
by integrating VoIP, SS7-IP and ATM with its AirCore Platform for
broadband applications. Through direct sales, system integrators
and OEM partners, TECORE is providing customers in small-to-medium-size,
rural and emerging markets with unique competitive advantages in
the dynamic new age of converging services.
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