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A client may use the optional organization specific OAM frame to implement additional OAM functions not specified by the standard Stations may accumulate performance parameters related to the RPR layer to enable the detection of developing failures before a total outage is detected RPR error monitoring is based on the fairness frame errors Performance monitoring counters are accumulated for: errored fairness frames, errored seconds, severely errored seconds, and unavailable seconds
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Errored Seconds An errored second is a second in which any of the following occurs:
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A fairness frame error is detected A miscabling defect was present A keepalive timeout was present A physical layer failure was present
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Severely Errored Second A severely errored second is a second in which any of the following occurs:
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More than a predefined threshold of fairness frame errors were detected A miscabling defect was present A keepalive timeout was present A physical layer failure was present
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Unavailable Seconds Once available, the RPR service transitions to unavailable at the onset of 10 contiguous severely errored seconds Once unavailable, the RPR service transitions to available at the onset of 10 contiguous seconds, none of which are classified as a severely errored second
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Data Path
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The MAC supports several paths along which frames move Frames added by the MAC either directly, or indirectly from the client, are transmitted via the add paths Frames
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received from the ring and intended to be re-transmitted, are transmitted via the transit path, which include the transit queues These paths collectively form the datapaths of the MAC Figure 1215 illustrates the single transit queue implementation, and Figure 1216 the dual transit queue implementation Each set of datapaths are duplicated per ringlet
Add Path
The client s labeling of its frames as classA, classB, or classC informs the MAC which shaper to apply to the added frames The classA client add traffic flows through the subclassA0 shaper or the subclassA1 shaper, as determined by the MAC according to the MAC configuration Since, as noted earlier, the amount of subclassA1 supported by the MAC is a function of the secondary transit queue (STQ) length, single transit queue implementations of the data path support only subclassA0 The classB client add traffic flows through the classB shaper or the fairness eligible shaper, as determined by the MAC according to the configured classB-CIR and classB-EIR The classC client adds traffic flows through the fairness eligible shaper which is controlled by the fairness algorithm The add queues are not part of the MAC, they are implemented by the client The MAC indicates which frames can be forwarded by controlling the send signals Accepted client traffic is placed into a stage queue, one frame at a time The stage queue is a logical construct that might or might not correspond to any physical structure Frames added by the MAC control sublayer are shaped by the MAC control shaper that limits the amount of control traffic added by the MAC Control frames are usually labeled
Client
Send A
Send B
addC Send C
addA
MAC control sublayer
addB
addMac
Fairness control
MAC medium access control Checker
shB shF Idle shl shA0 shD Stage PTQ Rate monitors
To other attachment
Figure 1215 Data path Single transit path
Resilient Packet Ring (RPR)
Client
Send A
Send B
addC Send C
addA
MAC control sublayer
addB
addMac
Fairness control
MAC medium access control
shB shF Idle shl shA0 shD Stage PTQ Rate monitors
To other attachment
Checker Figure 1216
addMac
MAC data path Dual transit queue
subclassA0 and also shaped by the subclassA0 shaper, but can be labeled classB or classC (eg, echo request and response) and directed to the classB shaper or the fairness eligible shaper, respectively, as illustrated by the dotted lines in Figures 1215 and 1216 Shaping by the MAC control shaper is applied first and in addition to the other shapers All shapers other than the downstream shaper are applied only to add traffic All unreserved add and transit traffic flows through the downstream shaper The function of the downstream shaper is to constrain the MAC to sustain the downstream allocated subclassA0 rate Optionally, rate synchronization idle frames are added by the MAC and shaped by the idle shaper RPR stations and networks can be implemented with either synchronous (eg, SONET/SDH) or asynchronously-timed PHYs (eg, Gigabit Ethernet) In a synchronous network, the transmit clock for each station is locked to a common timing source that may be recovered from the received data stream or provided through an external timing interface, and the transmit data rate from each station is exactly identical to the received data rate However, in an asynchronous network, the transmit data rate at each station is determined by a local clock source, and the transmit data rate from
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