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ATM Switches
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LAN emulation clients and servers to provide the connectionless behavior expected from the ATM network. On the other hand, multiprotocol over ATM provides the ATM equivalent of routing in LAN environments. In MPOA installations, routers are referred to as MPOA servers. When one station wants to transmit to another station, it queries its local MPOA server for the remote station s ATM address. The local server then queries its neighbor devices for information about the remote station s location. When a server finally responds, the originating station uses the information to establish a connection with the remote station, while the other servers cache the information for further use. MPOA promises a great deal, but it is complex to implement and requires other ATM components such as the Private NNI capability to work properly. Furthermore, it s being challenged by at least one alternative technology, known as IP switching. Originally developed by Ipsilon Corporation, now part of Nokia, IP switching is far less overhead-intensive than MPOA. Furthermore, it takes advantage of a known (but often ignored) reality in the LAN interconnection world: most routers today use IP as their core protocol, and the great majority of LANs are still Ethernet. This means that a great deal of simplification can be done by crafting networks to operate around these two technological bases. This is precisely what IP switching does. By using
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Asynchronous Transfer Mode (ATM)
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existing, low-overhead protocols, the IP switching software creates new ATM connections dynamically and quickly, updating switch tables on the fly. In IP switching environments, IP resides on top of ATM within a device, as shown in Figure 5-14, providing the best of both protocols. If two communicating devices wish to exchange information and they have done so before, an ATM mapping already exists and no layer three involvement (IP) is required the ATM switch portion of the service simply creates the connection at high speed. If an address lookup is required, then the call is handed up to IP, which takes whatever steps are required to perform the lookup (a DNS request, for example). Once it has the information, it hands it down to ATM, which proceeds to set up the call. The next time the two need to communicate, ATM will be able to handle the connection. Other services are looming on the horizon in which ATM plays a key role, including wireless ATM and video on demand for the delivery of interactive content such as videoconferencing and television. This leads to what I often refer to as the great triumvirate: ATM, SONET or SDH, and broadband services. By combining the powerful switching and multiplexing fabric of
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Figure 5-14 IP switching.
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Asynchronous Transfer Mode (ATM)
Asynchronous Transfer Mode (ATM)
ATM with the limitless transport capabilities of SONET or SDH, true broadband services can be achieved, and the idea of creating a network that can be all things to all services can finally be realized.
ATM Protocols
Like all modern technologies, ATM has a well-developed protocol stack, shown in Figure 5-15, that clearly delineates the functional breakdown of the service. The stack consists of four layers: the Upper Services Layer, the ATM Adaptation Layer, the ATM Layer, and the Physical Layer. The Upper Services Layer defines the nature of the actual services that ATM can provide. It identifies both constant and variable bit rate services. Voice is an example of a constant bit rate service, whereas signaling, IP, and frame relay are examples of both connectionless and connection-oriented variable bit rate services. The ATM Adaptation Layer (AAL) has four general responsibilities:
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