Gateway M-78 Conexant Modem Driver
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Gateway M-78 Conexant Modem Driver
In the event that the destination is itself an IP device, the modem relay aggregator may forward the packets directly over the IP network. As a result, if the destination of a modem call is an IP device such as a Web site or other Internet-enabled device the technique eliminates two Gateway M-78 Conexant Modem from a processing path in which digital signal processing DSPs would otherwise have to perform modem protocol processing. Otherwise, minimal modem reformatting can be performed at the aggregation point.
Gateway M-78 Conexant Modem entire teachings of the above application are incorporated herein by reference. As is now quite familiar to even the general population, a modem makes a connection by dialing a telephone number of an Internet Service Provider ISPwho maintains equipment that connects to the Internet.
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Gateway M-78 Conexant Modem signals generated by the user's computer are converted to analog signals and vice versa by the modem such that they may be carried over the telephone lines accurately. What is less familiar to the public at large is the configuration of the ISP equipment and how it provides connections to the Internet.
These access points permit a user to dial a local telephone number, which then connects the call to a local central office. The central office switch, which may be a so-called Class 5 switch, then directs the call to a dial termination point. The dial termination point may be located in Gateway M-78 Conexant Modem behind the central office, such as at a computer network Point of Presence POP.
In particular, the RAS contains a large number of Gateway M-78 Conexant Modem devices that are used to connect to transmit and receive modem signals to and from the user Originating Modems OM. From the RAS, which converts signals back to digital form, the signals may be carried through a packet based network, such as an Internet Protocol IP network, to the Internet.
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In some instances, large service providers such as AOL Gateway M-78 Conexant Modem with network service providers such as Genuity or UUNet to carry traffic from local central office switches to remote access server locations over high-speed digital lines. However, other paradigms are resulting in fundamental changes in the nature of the telephone network. Most notably is the change to carry voice traffic from central offices Gateway M-78 Conexant Modem digital transport networks using technologies originally intended for carrying data traffic such as Internet Protocol IP.
So-called Voice-over IP VoIP packet networks are envisioned to be the architecture of choice of the future for voice transport.
In this architecture, shown at a high level in FIG. As telecom networks migrate to a VoIP architecture, it becomes important to support various types of calls that a user wishes to make over the TDM network. While there remains an effort to develop standards for carrying modem traffic over TDM connections, there is no standard yet adopted to date for Gateway M-78 Conexant Modem transport of modem signals over IP connections. One effort towards solving this problem is so-called modem relay transport.
Such an architecture is shown in FIG. Here the dial modem 14 acts as an origin point for a call to a destination point which may be an Internet Service Provider ISP The modem call is first typically forwarded to a Class 5 or other central office switch in the standard fashion Gateway M-78 Conexant Modem a circuit switched PSTN The Class 5 switch not shown in FIG. This may consist, for example, of de modulating the modem data e.
Here, the data is de modulated and error corrected by the terminating modem RAS.
In this modem relay architecture, both the OGW 20 and the TGW 40 must include some amount of modem intelligence in order to permit proper transport of the modem signals over the IP network. In particular, they should perform basic portions of a modem protocol stack processing, as shown.
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The modem enabled gateways Gateway M-78 Conexant Modem and 40 also perform secondary physical layer functions such as error detection and error correction as specified by V. The gateways 20 and 40 Gateway M-78 Conexant Modem perform tasks associated with network layer tasks. Consider that only certain portions of the physical layer modem processing need be performed by the Terminating Gateway TGW in order to make the signals compatible for transport over the Internet. Specifically, at an originating point, the users' data is formatted as modem signals and transported to an Originating Gateway OGWas with prior art modem relay operations.
However, we have noted that the modem signals are already formatted as digital data when they arrive at the Terminating Gateway.
With this architecture, a new device called a Modem Relay Aggregator is used. This technique provides a much simpler termination for a modem relay solution.
As a result, an MRA provides Gateway M-78 Conexant Modem reliable transport for modem traffic across a packet network. It avoids demodulating the modem signal for delivery to the PSTN side of the interface, and then simply sends the encapsulated data to the packet network, eliminating the final PSTN leg. The voice gateway at the originating site need only be modified as long as it supports Modem Relay capabilities such as physical layer processing for the modem signals, error detection, and error correction.