None

#[mode=SDHSONET] [clock=ExtInt]

#The ’card’ and ’connector’ specification are mandatory.

#The card should be identified by a hexidecimal digit representing

#the slot number of the card in the GigaRouter chassis.

#The connector should be either ’top’ or ’bottom’.

#The ’protocol’ parameter defines the signalling protocol to be used

#in the setup of Switched Virtual Circuits (SVC’s) on this physical

#interface. This parameter is optional. If left unspecified, the

#ATM card uses UNI3.0 signalling by default.

#Valid values for the signalling parameter include:

#The ’mode’ specification is optional. It can be either SDH or SONET.

#By default, it uses SONET.

#The ’clock’ specification is also optional. It can be either Ext(ernal)

#or Int(ernal). The default setting is Internal clocking.

#Signalling card=9 connector=top protocol=UNI3.1 #Signalling card=9 connector=bottom protocol=NONE

#Signalling card=a connector=top protocol=UNI3.1 #Signalling card=a connector=bottom protocol=NONE

#Interfaces

#Lines beginning with the keyword "Interface" define

#GigaRouter logical ATM interfaces.

#The format of a logical interface definition is:

#Interface ifname [service=service_name] [traffic_shape=shape_name] \

#[bridge_method=method[,restriction]]

#The optional ’service’ parameter allows an ATM service to be

#be defined for this logical interface (the ’service_name’ must be

#a name defined in the Services section above).

#The optional ’traffic_shape’ parameter allows a traffic shape

#to be defined for this logical interface (the ’shape_name’ must be

#a named defined as a Traffic_Shape above).

#If no traffic shape is specified, a default shape of 155Kbps, high

#quality of service is used.

#The optional ’bridge_method’ parameter allows an interface to be used

#for RFC 1483 bridging. The valid values for the bridge_method parameter

#are:

#
#	llc_encapsulated	- Use a single PVC, with each frame
#		encapsulated with an LLC header to identify

Lexmark IBM 9077 manual None