Provisioning Virtual Circuits In The Hosted System; Figure B-3 Sample Hosted Virtual Circuit Configuration; Table B-1 Default Allocation Of Unique Nailed-Group Numbers To Remote Shelves - Lucent Technologies Stinger MRT 19 Getting Started Manual

Provisioning virtual circuits in the hosted system

You use the same profiles and procedure for provisioning virtual circuits in a
hosted system as you do on standalone Stinger MRT. For background
information about provisioning virtual circuits, see the Stinger ATM Configuration
Guide.
DSL interfaces on each shelf are assigned nailed group numbers using the default
ranges shown in Table B-1.
Table B-1. Default allocation of unique nailed-group numbers to remote shelves
Shelf number
1 (the host)
2
3
4
5
6
7
These default nailed-group numbers can be obtained for any specific interface in
the hosted system by using the which command. For example, the following
command displays the nailed-group number of the DSL interface on shelf 3, slot
2, port 1:
admin> which -n { 3 2 1 }
Nailed group corresponding to port { shelf-3 slot-2 1 } is 6101
Figure B-3 shows a sample LIM-trunk virtual circuit configuration from a LIM
interface on shelf #3 to a host trunk port.
Figure B-3. Sample hosted virtual circuit configuration
Stinger MRT #3
The following commands provision an ATM circuit from the DSL interface on
shelf 3 to a host OC3 interface:
HOST> new connection
HOST> set station = pvc-3-2-1
HOST> set atm-options nailed-group = 6101
HOST> set atm-options vci = 55
Stinger® MRT Getting Started Guide
Hosted Operation of Cascaded Stinger MRT units
Default nailed-group range
1..4000
4001..6000
6001..8000
8001..10000
10001..12000
12001..14000
14001..16000
Stinger MRT #1
EXP1 EXP2
No trunk
Stinger MRT #2
EXP1 EXP2
Configuring hosted MRT system operations
ATM
EXP1 EXP2
No trunk
B-7