3results about "Telephone data network interconnections" patented technology

A method for routing traffic of voice communications includes: receiving a request to establish a telecommunications link with a destination phone number; sending the received request to establish the telecommunications link to the destination phone number via a session initiation protocol (SIP) relay; determining that the request to establish the telecommunications link via the SIP relay fails; and sending the received request to establish the telecommunication link to a separate destination based on a predetermined routing protocol via a communication channel other than the SIP relay.

The present disclosure provides a method for managing voice calls and gateway device. A gateway device according to the embodiment of the present disclosure includes a voice call module for being connected with a landline device and / or a mobile voice device and configured to provide a calling out service to the landline device and / or the mobile voice device; a cellular session initiation protocol (SIP) client module for being connected with a cellular network and configured to process voice signalling in a cellular network; an IP network SIP client module for being connected with an IP network and configured to process voice signalling in an IP network; and a voice call selection module configured to, when receiving a calling out from the voice call module, select either the cellular SIP client module or the IP network SIP client module for the calling out.

Aspects of the subject disclosure may include, for example, a method in which a processing system determines a plurality of combinations of settings for a session border controller (SBC) communicating with a first network and installed at a premises. The method also includes listing the combinations, and identifying a combination that coincides with settings of a primary rate interface (PRI) circuit. The method further includes enabling a first connection between a first port of the SBC and the PRI circuit and a second connection between a second port of the SBC and a second network; settings of the SBC correspond to the identified combination, and the SBC comprises a connection between the first and second ports. The method also includes subsequently disabling the second connection, resulting in the PRI equipment communicating with the first network without a change to the settings of the PRI equipment. Other embodiments are disclosed.