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About IMS
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IP Multimedia Subsystem IMS
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IMS is the Internet Protocol (IP) Multimedia Subsystem defining a generic architecture for offering Voice over IP and multimedia services. IMS was first specified by the Third Generation Partnership Project (3GPP/3GPP2) and is now being embraced by other standards bodies, including ETSI/TISPAN and Cable Labs. Multiple access types are supported, including 3G mobile, wireline broadband access with WLAN endpoints.
IMS-based services will enable all-IP person-to-person and person-to-content communications in a variety of modes - including voice, text, pictures and video, or any combination of these - in a highly personalized way.
Ericsson IMS Solution is a complete end-to-end offering for fixed and mobile operators, ranging from standardized services such as IMS Multimedia Telephony (including IP Telephony and IP Centrex), IMS Push to Talk, IMS Messaging, Combinational Services (simultaneous CS speech and PS applications for media sharing etc), to user devices, application servers, service creation tools, integration and deployment services. The solution also supports operator-specific innovations on existing IMS investments.
Ultimately, more and more services will be delivered using the IMS capabilities. IMS enables Operators, Independent Software Providers and Java developers in general to achieve faster and more cost-effective development of new revenue-generating services for fixed, mobile and IPTV users. IMS technology provides the following benefits:
Ericsson has signed 50 IMS system contracts for commercial launch. All based on the IMS standard. 22 of these contracts have been deployed and are running live commercial traffic. All IMS contracts include a CSCF and HSS and may include one or more of the following applications: IP Telephony, IP Centrex, Messaging, Push to Talk, weShare, Presence and Group management.
In order to explore all the opportunities of IMS, Ericsson is offering support to third-party application developers - including documentation and reference materials, consultative support (end-user and market-trend reports, IMS training), development and testing tools, and final validation.
SDS enables IMS client-server services to be developed and tested completely in a personal computer environment, and provides an emulated end-to-end test environment. Both the client side (mobile and PCs) and the server side of the service can be developed, debugged and tested using SDS. SDS can also be used as a cost-effective entry-level service execution environment connected with a remote authentic IMS networks lab environment. Last published February 13, 2009
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