5-6
The Stinger® Compact Remote ATM DSLAM Getting Started Guide
Hosted System Configuration
Configuring a hosted Compact Remote ATM DSLAM system
Reqd Oper Slot Type
{ second-control-module } UP DOWN ( SECONDARY )
{ shelf-1 slot-1 0 } UP UP stngr-olim-card
{ shelf-1 trunk- UP UP oc12-atm-trunk-daughter-card
{ shelf-2 slot-2 0 } UP LOAD stngr-48-gs-adsl-card
{ shelf-2 first- UP UP crt-cm
First the remote shelf COP (
crt-cm
) is shown in the UP state, and then the host
downloads the RLIM image. When the RLIM image has been loaded to the
remote shelf, and the RLIM is initialized, the RLIM (
stngr-48-gs-adsl-card
) will
also be in the UP state.
Enabling RLIM and host trunk interfaces
Before you can provision a virtual circuit between an RLIM interface and a host
trunk interface, you must make sure that the interfaces are in the UP state. For
example, the following steps enable an OC12 interface in the host system and an
RLIM port on a remote shelf:
1
Enable the interfaces.
For example, the following commands enable a host trunk interface:
HOST>
read sonet { 1 trunk-module-2 1 }
HOST>
set enabled = yes
HOST>
write -f
The following commands enable an RLIM interface on remote shelf 8, slot 2, port
1:
HOST>
read al-dmt { 8 2 1 }
HOST>
set enabled = yes
HOST>
write -f
2
Verify that the interfaces are in the UP state.
For example, the following command verifies the UP state of the OC12 interface:
HOST>
atmtrunks -a
All OC12 ATM trunks:
OC12 Lines (dvOp dvUpSt dvRq sAdm nailg)
Line { 1 18 1 } (Up Assign UP UP 00851)
...
The next command verifies the UP state of the DSL interface on the remote shelf:
HOST>
dmtal -u
In-Use DMT ADSL lines:
(dvOp dvUpSt dvRq sAdm nailg)
Line { 8 2 1 } (Up Assign UP UP 16101)
...
Note
For complete details about configuring the interfaces on an RLIM, see the
Stinger ADSL Annex A Line Interface Module (LIM) Guide for LIMs with ADSL2+ Capability
.
For complete information about configuring the interfaces on an OC12 trunk
module, see the
Stinger OC12-ATM Trunk Module Guide
.