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At initial system configuration and also in real time if system needs demandthe local CPU dynamically allocates one or more Gateway 8510 Conexant Audio the DSPs to handle different types of protocol conversions for multiple communications channels. For example, with each digital signal processor processing multiple time slots of information at one time i. Depending upon what services are required by a particular caller, the local CPU downloads appropriate protocol conversion algorithms from the host messaging center to a selected one or more DSPs using a service configuration table that is downloaded from the host messaging center.

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Taking a high level example in a voice mail context, if a caller presses a DTMF button during a voice prompt indicating a Group III facsimile service request, the host messaging center commands the MMI to route this Group Ill facsimile call to one or more of the DSPs currently configured to provide the necessary protocol conversions for Group III facsimile. In this way, the converted facsimile information can be stored in data compressed binary form in the host messaging center Gateway 8510 Conexant Audio the caller's mailbox identification number.

If a caller wishes to interact with the host messaging center via interactive voice rather than pushbutton or keyboard and that service is not presently being supported by one of the DSPs, the appropriate voice recognition and voice synthesis software is downloaded from the host center to one or more of the DSPs via a VME interface, the local CPU, and the DSP's corresponding dual port RAM. The DSP s is are then configured with the necessary software to perform the protocol conversions required so that the host messaging center and caller can interact by voice. Other software may be similarly downloaded in real time to any of the multiple DSPs to Gateway 8510 Conexant Audio that other messaging services such as voice mail, facsimile mail, etc. In addition, the DSPs can be configured in real time to adapt to system needs so that if Gateway 8510 Conexant Audio data processing capacity is now required for an increase in facsimile related services and voice related services are down, one or more DSPs could be removed from voice protocol conversion and dedicated to facsimile protocol conversion.

Alternatively, the DSPs could be replaced with other processing hardware more suited to a particular application. And as described above, if a new communications medium is added to the system, e. These and other features, advantages, and benefits of the present invention will be more fully understood by those of ordinary skill Gateway 8510 Conexant Audio the art from the following written description and claims read in conjunction with the drawings.

However, it will be apparent to those skilled in the art that the present invention may be practiced in other embodiments that depart from these specific details. In other instances, detailed descriptions of well known devices, circuits, and methods are omitted so as not to obscure the description of the present invention with unnecessary detail. The present invention receives and processes signals transmitted from various different types of telecommunications equipment multi-media over the public, cellular, and other communication networks in a variety of transmission formats--both analog and digital. In functional terms, this means that digital facsimile information converted and transmitted by the facsimile machine into analog tones for transmission on existing over telephone lines must Gateway 8510 Conexant Audio converted into digitized analog signals for long distance transmission.

Of Gateway 8510 Conexant Audio, this system of digital-to-analog-to-digital conversion for transmission and then conversion back to analog and back to digital for a receiving facsimile to print the page is inefficient. However, most users still have old style telecommunication lines connecting their facsimile machines to digital communication networks and therefore use the Group III facsimile format. On the other hand, Group IV facsimile, ISDN LSPB, and SS7 signalling line protocols are transmitted digitally directly on the telephone line without companding or modulation and therefore are in a format that does not require converting the digital facsimile into modulated tones.


Consequently, the information on telephony lines is in two general types: These signals are formatted using one of many line protocols or a combination of line and data protocol types. Those protocols must be converted into binary signals that directly represent the data to be stored or processed in compressed form by the host messaging center. A telephony front end 10 interfaces to various public and private communications networks 8 including for example the public switch telephone network PSTNthe public cellular or mobile telephone network PLMNand the packet switched public data network PSPDN and provides the necessary interface between a subscriber's voice or data channel from the communications network 8 and the messaging system 6.

Information from the host 14 responding to the customer's service request is then converted back by the MMI 12 into the communications protocol format used by the subscriber and transmitted via the telephony front end 10 and communications network 8 to the subscriber. The MMI 12 includes a line interface module LIM 16 connected to one or more communications networks 8, a time slot interchanger 20, and six parallel digital signal processors DSPs each having their own dedicated, dual Gateway 8510 Conexant Audio RAM The host messaging center includes the necessary data processing hardware, software, and mass storage for providing various multi-media communications services.

However, since the host messaging center 14 is not the focus of the present invention, its internal architecture and operation are not described in further detail. Line interface module 16 may be configured to handle for example North American T-1 digital carrier systems 24 TDM channels or European digital carrier system E-1 32 TDM channels in accordance with their respective standards. For purposes of this exemplary, non-limiting description only, the MMI 12 is configured to run at an E-1 rate and therefore includes an E-1 framer 18 which may be for example the Bt available from Brooktree. The E-1 framer 18 identifies and Gateway 8510 Conexant Audio individual time slots and associated channel signalling information e.

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It then divides the time slot and signalling information into frames and superframes of information. Each time slot or channel includes eight bits of information and each frame includes thirty-two time slot channels i.

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Framer 18 also provides conventional frame synchronization FS and error checking signals for each frame. Gateway GH Free Driver Download (Official) ( KB). Download Gateway Gateway GH Driver Update Utility Gateway Conexant Audio Driver. Conexant AC-Link Audio Driver for Gateway - GZ working on Microsoft Windows 7 Ultimate.


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