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The ATM Cell Header
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As we mentioned before, ATM is a cell-based technology that relies on a 48-octet payload field that contains actual user data, and a five-byte header that contains information needed by the network to route the cell and provide proper levels of service. The ATM cell header, shown in Figure 7-8, is examined and updated by each switch it passes through, and comprises six distinct fields: the generic flow control field, the virtual path identifier, the virtual channel identifier, the payload type identifier, the cell loss priority field, and the header error control field.
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Generic flow control (GFC): This four-bit field is used across the UNI for network-to-user flow control. It has not yet been completely defined in the ATM standards, but some companies have chosen to use it for very specific purposes. For example, Australia s Telstra Corporation uses it for flow control in the network-to-user direction and as a traffic priority indicator in the user-to-network direction. Virtual path identifier (VPI): The eight-bit VPI identifies the virtual path over which the cells will be routed at the UNI. It should be noted that because of dedicated, internal flow control capabilities
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Figure 7-8 ATM cell header details
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7
within the network, the GFC field is not needed across the NNI. It therefore is redeployed: The four bits are converted to additional VPI bits, thus extending the size of the virtual path field. This allows for the identification of more than 4,000 unique VPs. At the UNI, this number is excessive, but across the NNI it is necessary because of the number of potential paths that might exist between the switches that make up the fabric of the network.
Virtual channel identifier (VCI): As the name implies, the 16-bit VCI identifies the unidirectional virtual channel over which the current cells will be routed. Payload type identifier (PTI): The three-bit PTI field is used to indicate network congestion and cell type, in addition to a number of other functions. The first bit indicates whether the cell was generated by the user or by the network, while the second indicates the presence or absence of congestion in user-generated cells, or flow-related operations, administration, and maintenance (OA&M) information in cells generated by the network. The third bit is used for service-specific, higher-layer functions in the user-to-network direction, such as to indicate that a cell is the last in a series of cells. From the network to the user, the third bit is used with the second bit to indicate whether the OA&M information refers to segment or end-to-end-related information flow. Cell loss priority (CLP): The single-bit CLP field is a relatively primitive flow-control mechanism by which the user can indicate to the network which cells to discard in the event of a condition that demands that some cells be eliminated, similar to the DE bit in frame relay. It can also be set by the network to indicate to downstream switches that certain cells in the stream are eligible for discard, should that become necessary. Header error control (HEC): The eight-bit HEC field can be used for two purposes. First, it provides for the calculation of an eight-bit CRC that checks the integrity of the entire header. Second, it can be used for cell delineation.
Addressing in ATM
ATM is a connection-oriented, virtual circuit technology, meaning that communication paths are created through the network prior to actually
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