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Router Chassis Configuration Guidelines

You can configure properties of the router chassis, including conditions that activate the red and yellow alarm LEDs on the router craft interface and SONET/SDH framing and concatenation properties for individual Physical Interface Cards (PICs).

To configure router chassis properties, include the following statements at the [edit chassis] hierarchy level:

Note: Statements at the [edit chassis redundancy] hierarchy level are described in the JUNOS High Availability Configuration Guide.

chassis {
aggregated-devices {
ethernet {
device-count number;
lacp {
system-priority;
link-protection;
}
}
sonet {
device-count number;
}
}
alarm {
interface-type {
alarm-name (red | yellow | ignore);
}
}
config-button {
no-clear;
no-rescue;
craft-lockout;
}
fpc slot-number {
port-mirror-instance pm-instance-name;
power (off | on);
pic pic-number {
port-mirror-instance pm-instance-name;
framing (t1 | e1);
adaptive-services {
service-package (layer-2 | layer-3);
}
aggregate-ports;
atm-cell-relay-accumulation;
atm-l2circuit-mode (cell | aal5 | trunk trunk);
vtmapping number;
ce1 {
e1 port-number {
channel-group group-number timeslots slot-number;
}
}
ct3 {
port port-number {
t1 link-number {
channel-group group-number timeslots slot-number;
}
}
}
framing (sdh | sonet);
idle-cell-format {
itu-t;
payload-pattern payload-pattern-byte;
}
max-queues-per-interface (8 | 4);
mlfr-uni-nni-bundles number;
no-concatenate;
q-pic-large-buffer {
large-scale;
small-scale;
}
red-buffer-occupancy {
weighted-averaged [ instant-usage-weight-exponent weight-value ];
}
sparse-dlcis;
traffic-manager {
ingress-shaping-overhead number;
mode session-shaping;
tunnel-services {
bandwidth (1g | 10g);
vtmapping (itu-t | klm);
}
}
fpc-feb-connectivity {
fpc slot-number feb (slot-number | none);
}
lcc number {
fpc number {
pic number {
atm-cell-relay-accumulation;
atm-l2circuit-mode (cell | aal5 | trunk trunk);
framing (sdh | sonet);
idle-cell-format {
itu-t;
payload-pattern payload-pattern-byte;
}
max-queues-per-interface (8 | 4);
no-concatenate;
}
}
offline;
online-expected;
}
(packet-scheduling | no-packet-scheduling);
pem {
minimum number;
}
no-concatenate;
redundancy {
cfeb slot (always | preferred);
failover {
on-disk-failure
on-loss-of-keepalives;
}
feb {
redundancy-group group-name {
feb slot-number (backup | primary);
description description;
no-auto-failover;
}
}
graceful-switchover;
keepalive-time seconds;
routing-engine slot-number (master | backup | disabled);
sfm slot-number (always | preferred);
ssb slot-number (always | preferred);
}
}
network-services (ethernet | ip);
routing-engine {
on-disk-failure {
disk-failure-action (halt | reboot);
}
}
sfm slot-number {
power off;
}
sib {
minimum number;
}
vrf-mtu-check;
vtmapping (km | itu-t);
synchronization {
signal-type (e1 | t1);
switching-mode (revertive | non-revertive);
y-cable-line-termination;
transmitter-enable;
validation-interval seconds;
primary (external-a | external-b);
secondary (external-a | external-b);
}

Note: The configuration statements at the [edit chassis lcc] hierarchy level apply only to a routing matrix. For information about a routing matrix, see TX Matrix Platform and T640 Routing Node Configuration Guidelines and the TX Matrix Platform Hardware Guide.

This chapter describes the following tasks for configuring the router chassis:

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