Lexmark manual IBM 9077 SP Switch Router Get Connected to the SP Switch

#Service name=bc0 type=bcast addr=198.174.20.1 addr=198.174.22.1 \

#addr=198.174.21.1

#

#Traffic shaping parameters

#Lines beginning with the keyword "Traffic_Shape" define

#traffic shapes which may be used to configure the performance

#characteristics of ATM Virtual Circuits.

#

#The Traffic_Shape’s defined here are to be referenced by name when

#to assign traffic shapes to PVC’s or Interfaces later in this

#configuration file. (See Examples in the PVC or Interface section

#of this file for examples on how to reference traffic shapes defined here.)

#Each Traffic_Shape entry the ATM configuration file has the following format:

#Traffic_Shape name=value peak=bps [sustain=bps burst=cells] [qos=highlow]

#

#The "name" field is a unique name to identify this ATM service, so we

#can refer to the collection of peak, [sustain, burst], [qos] parameters

#as a group when configuring PVC’s or Interfaces later in this file.

#

#The ’peak’, ’sustain’, and ’burst’ fields specify, respectively,

#the peak cell rate, the sustained cell rate, and the burst rate.

#The values for ’peak’ and ’sustain’ are in kilobits per second (maximum

#of 155000), and the value for ’burst’ is in cells (maximum of 2048).

#

#The ’qos’ (Quality of Service) field specifies which rate queues

#to use. A value of ’high’ corresponds to high priority service

#which uses the high-priority rate queues, and a value of ’low’ corresponds

#to low priority service which uses the low-priority rate queues.

#

#The peak rate is the only parameter which is mandatory. If ommitted,

#the sustain and burst rates are set to match the peak rate. If qos

#is not specified, it defaults to "high".

#

#Traffic_Shape name=high_speed_high_quality \

#peak=155000 sustain=155000 burst=2048 qos=high

#Traffic_Shape name=medium_speed_low_quality \

#peak=75000 qos=low

#Traffic_Shape name=low_speed_high_quality \

#peak=15000 qos=high

#

#Signalling parameters

#Lines beginning with the keyword "Signalling" define

#the signalling protocol which will be used on a physical

#ATM interface to establish Switched Virtual Circuits for

#any logical interfaces on the named physical interface.

#Physical interfaces on GigaRouter ATM cards are identified by

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

#in hex notation (0-f) plus the location of the physical interface

#on the card (either the top connector, or the bottom connector on the card).

#Each Signalling entry the ATM configuration file has the following format:

#Signalling card=hex connector=topbottom [protocol=UNI3.0UNI3.1NONE] \

270IBM 9077 SP Switch Router: Get Connected to the SP Switch