Upgrading and Connecting the Switching Planes in an Operational T1600 Router
- Preparing to Upgrade the SIBs in an Operational T1600 Router
- Upgrading a SIB in an Operational T1600 Router
- Connecting a Switching Plane in an Operational T1600 Router
- Deleting the Upgrade Mode Statement
Preparing to Upgrade the SIBs in an Operational T1600 Router
To prepare to integrate an operational T1600 router:
- Issue the show pfe statistics traffic command to verify the level of traffic. Verify that there are no
fabric drops.
show pfe statistics trafficPacket Forwarding Engine traffic statistics: Input packets: 46717727 27 pps Output packets: 748984 4 pps Packet Forwarding Engine local traffic statistics: Local packets input : 42800731 Local packets output : 499430 Software input high drops : 0 Software input medium drops: 1456047 Software input low drops : 0 Software output drops : 4 Hardware input drops : 0 Packet Forwarding Engine local protocol statistics: HDLC keepalives : 0 ATM OAM : 0 Frame Relay LMI : 0 PPP LCP/NCP : 257643 OSPF hello : 0 OSPF3 hello : 0 RSVP hello : 0 LDP hello : 0 BFD : 0 IS-IS IIH : 0 Packet Forwarding Engine hardware discard statistics: Timeout : 0 Truncated key : 0 Bits to test : 0 Data error : 0 Stack underflow : 0 Stack overflow : 0 Normal discard : 55017 Extended discard : 0 Invalid interface : 0 Info cell drops : 0 Fabric drops : 0 - Verify that the T1600 router contains five SIBs (a requirement for integrating an operational T1600 router with the TX Matrix Plus router). If needed, install additional SIBs. Use the installation procedure described in the T1600 Core Router Hardware Guide.
- Include the fabric upgrade-mode statement
in the configuration of the TX Matrix Plus router at the [edit chassis] hierarchy level.
user@host# set chassis fabric upgrade-mode - Include the fabric upgrade-mode statement
in the configuration of the T1600 router at the [edit chassis] hierarchy level.
user@host# set chassis fabric upgrade-mode - On both the TX Matrix Plus router and the T1600
router, verify that upgrade mode has been set.
user@host# show chassis fabric upgrade-mode - Commit the configuration on both the master and
the backup Routing Engines.
user@host# commit synchronize
Upgrading a SIB in an Operational T1600 Router
 | Note: We recommend that you manage the system using a directly attached management device connected to the CONSOLE or AUX ports instead of an in-band management device connected to the ETHERNET port. This provides you access to the system if its control plane is not functioning. |
To upgrade a SIB:
- Display the status of the T1600 router SIBs by issuing the show
chassis sibs command:
user@host> show chassis sibsSlot State Uptime 0 Spare 255 days, 31 minutes, 12 seconds 1 Online 255 days, 31 minutes, 12 seconds 2 Online 255 days, 31 minutes, 12 seconds 3 Online 255 days, 31 minutes, 12 seconds 4 Online 255 days, 31 minutes, 12 seconds
Verify that four SIBs are in the Online state and one SIB is in the Spare state. To bring a SIB online, issue the request chassis sib online operational mode command.
- Attach an electrostatic discharge (ESD) grounding strap to your bare wrist, and connect the strap to one of the ESD points on the chassis.
- Take the spare SIB offline by using one of the
following methods:
- Press and hold the ONLINE/OFFLINE button on the SIB faceplate for about five seconds until the OK LED is not lit.
- Issue the request chassis sib offline command.
For example:
user@host> request chassis sib offline slot 0
- Replace the spare SIB with a TXP-T1600 SIB. Use the replacement
procedure described in the T1600 Core Router Hardware Guide.
Note: After you replace a SIB with a TXP-T1600 SIB, do not replace another SIB in the T1600 router until you have successfully connected the TXP-T1600 SIB you just installed and verified operation of that switching plane.
Note: Do not bring the SIB online until instructed to do so.
- Issue the show chassis alarms command to display all alarms in the router.
user@host> show chassis alarms5 alarms currently active Alarm time Class Description 2009-05-06 17:33:53 PDT Minor Check SIB 0 2009-05-06 17:33:51 PDT Major SIB_L - Fan Revision mismatch 2009-05-06 17:33:49 PDT Minor SIB 0 Fbr Bndls 2009-05-06 17:33:49 PDT Minor SIB 0 LOL 2009-05-06 17:31:58 PDT Minor PEM 1 Absent
Connecting a Switching Plane in an Operational T1600 Router
The fiber-optic array cables should already be connected to the TXP-F13 SIBs on the TX Matrix Plus router. This procedure connects the fiber-optic array cables to the TXP-T1600 SIBs in the T1600 router (four for each TXP-T1600 SIB). To connect the switching planes:
- Attach an electrostatic discharge (ESD) grounding strap to your bare wrist, and connect the strap to one of the ESD points on the chassis.
- Use the labels on the ends of the fiber-optic array cables and Table 1 to identify the cable that plugs into the fiber-optic array ports labeled A, B, C, and D.
- Remove the dust cover from the fiber-optic array ports on the TXP-T1600 SIB. Store the dust cover in a dust-free resealable plastic bag.
- Remove the dust covers from the four fiber-optic array cable connectors that connect to one TXP-T1600 SIB. Store the dust covers in a dust-free resealable plastic bag.
- Clean the four fiber-optic array cable connectors.
- Align the cable connectors labeled A, B, C, and D with the corresponding fiber-optic array port, and carefully press each cable connector into the port until it stops. The cable connectors and fiber-optic array ports are keyed to ensure proper mating.
- Optionally, you can route the cables into the rear
cable management system. Pull the latch for the cable management clamp
toward you to release it. Place the fiber-optic array cable upward
into one the cable slots. Route the cable upward toward the top of
the chassis, and press it into the divider.
Caution: You must maintain a minimum bend radius of 4 in. (10.2 cm) short term, and 3 in. (7.6 cm) long term.
- Arrange the fiber-optic array cables so that they do not interfere with system airflow and maintenance access.
- Bring the TXP-T1600 online by using one of the
following methods:
- Press and hold the ONLINE/OFFLINE button on the SIB faceplate for about five seconds until the OK LED is lit.
- Issue the request chassis sib online command.
For example:
user@host> request chassis sib online slot 0
- On the T1600 router, verify the TXP-T1600
SIB LEDs.
- Verify that the OK LED is lit steadily green.
- Verify that the RxPWR LED for each port is lit steadily green. If a RxPWR port LED is yellow or red, clean the fiber-optic port and fiber optic array cables again. If the LEDs continue to be yellow or red after cleaning, contact your customer support representative for additional instructions. Do not proceed with the upgrade until you have spoken to your customer support representative.
- On the TX Matrix Plus router, verify the
TXP-F13 SIB LEDs
- Verify that the OK is lit steadily green.
- Verify that the RxPWR LED for each port is lit steadily green. If a RxPWR port LED is yellow or red, clean the fiber-optic port and fiber optic array cables again. If the LEDs continue to be yellow or red after cleaning, contact your customer support representative for additional instructions. Do not proceed with the upgrade until you have spoken to your customer support representative.
- From the TX Matrix Plus router,
issue the request chassis sib F13 train-link-receive slot command, where slot corresponds to the slot location of each TXP-F13 installed 0, 3, 6, 8, or 11. For example:
user@host> request chassis sib F13 train-link-receive slot 0 - From the T1600 router, issue the request chassis
sib train-link-receive slot command, where slotcorresponds to the slot location of
each TXP-T1600 SIB installed 0, 1, 2, 3, or 4. For example:
user@host> request chassis sib train-link-receive slot 0 - From the TX Matrix Plus router, issue the request
chassis sib F13 train-link-transmit slot command, where slot corresponds to
the slot location of each TXP-F13 installed 0, 3, 6, 8, or 11. For example:
user@host> request chassis sib F13 train-link-transmit slot 0 - From the T1600 router, issue the request chassis
sib train-link-transmit slot command, where slot corresponds to the slot location of
each TXP-T1600 SIB installed 0, 1, 2, 3, or 4. . For example:
user@host> request chassis sib train-link-transmit slot 0 - On the T1600 router, verify that the LINK and RxPWR port LEDs for each port and the OK and ACTIVE TXP-T1600 LEDs are lit steadily green.
- On the TX Matrix Plus router, verify that the LINK and RxPWR port LEDs for each port and the OK and ACTIVE TXP-F13 LEDs are lit steadily green. If the LEDs are not steadily lit green, contact your customer support representative for additional instructions. Do not proceed with the upgrade until you have spoken to your customer support representative.
- Issue the show chassis alarms command to display all alarms in the router.
user@host> show chassis alarms5 alarms currently active Alarm time Class Description 2009-05-06 17:33:53 PDT Minor Check SIB 0 2009-05-06 17:33:51 PDT Major SIB_L - Fan Revision mismatch 2009-05-06 17:33:49 PDT Minor SIB 0 Fbr Bndls 2009-05-06 17:33:49 PDT Minor SIB 0 LOL 2009-05-06 17:31:58 PDT Minor PEM 1 Absent
- Bring an active T1600-SIB offline by using one
of the following methods:
- Press and hold the ONLINE/OFFLINE button on the SIB faceplate for about five seconds until the OK LED is lit.
- Issue the request chassis sib online command.
For example:
user@host> request chassis sib offline slot 1
- Display the status of the T1600 router SIBs
by issuing the show chassis sibs command:
user@host> show chassis sibsSlot State Uptime 0 Online 12 seconds 1 Spare 12 seconds 2 Online 255 days, 31 minutes, 12 seconds 3 Online 255 days, 31 minutes, 12 seconds 4 Online 255 days, 31 minutes, 12 seconds
Verify that four SIBs are in the Online state and one SIB is in the Spare state.
If show chassis sibs shows that any SIB is in the Check state, issue the show pfe statistics traffic command to verify the level of traffic. Verify that there are no fabric drops. If there are fabric drops, contact your customer support representative for additional instructions. Do not proceed with the upgrade until you have spoken to your customer support representative.
show pfe statistics trafficPacket Forwarding Engine traffic statistics: Input packets: 46717727 27 pps Output packets: 748984 4 pps Packet Forwarding Engine local traffic statistics: Local packets input : 42800731 Local packets output : 499430 Software input high drops : 0 Software input medium drops: 1456047 Software input low drops : 0 Software output drops : 4 Hardware input drops : 0 Packet Forwarding Engine local protocol statistics: HDLC keepalives : 0 ATM OAM : 0 Frame Relay LMI : 0 PPP LCP/NCP : 257643 OSPF hello : 0 OSPF3 hello : 0 RSVP hello : 0 LDP hello : 0 BFD : 0 IS-IS IIH : 0 Packet Forwarding Engine hardware discard statistics: Timeout : 0 Truncated key : 0 Bits to test : 0 Data error : 0 Stack underflow : 0 Stack overflow : 0 Normal discard : 55017 Extended discard : 0 Invalid interface : 0 Info cell drops : 0 Fabric drops : 0 - Repeat the procedure for the remaining SIBs.
Figure 1: Fiber-Optic Array Cable
Table 1: Fiber-Optic Array Cable Connections to LCC 0
T1600 router | TXP-T1600 SIB Slot | Port | Cable Labels | |
|---|---|---|---|---|
LCC 0 | Slot 0 | A | SFC: 0-0-0-A > 0-0-A | LCC: 0-0-A -> 0-0-0-A |
LCC 0 | Slot 0 | B | SFC: 0-0-0-B > 0-0-B | LCC: 0-0-B -> 0-0-0-B |
LCC 0 | Slot 0 | C | SFC: 0-0-0-C > 0-0-C | LCC: 0-0-C -> 0-0-0-C |
LCC 0 | Slot 0 | D | SFC: 0-0-0-D > 0-0-D | LCC: 0-0-D -> 0-0-0-D |
LCC 0 | Slot 1 | A | SFC: 0-3-0-A > 0-1-A | LCC: 0-1-A -> 0-3-0-A |
LCC 0 | Slot 1 | B | SFC: 0-3-0-B > 0-1-B | LCC: 0-1-B -> 0-3-0-B |
LCC 0 | Slot 1 | C | SFC: 0-3-0-C > 0-1-C | LCC: 0-1-C -> 0-3-0-C |
LCC 0 | Slot 1 | D | SFC: 0-3-0-D > 0-1-D | LCC: 0-1-D -> 0-3-0-D |
LCC 0 | Slot 2 | A | SFC: 0-6-0-A > 0-2-A | LCC: 0-2-A -> 0-6-0-A |
LCC 0 | Slot 2 | B | SFC: 0-6-0-B > 0-2-B | LCC: 0-2-B -> 0-6-0-B |
LCC 0 | Slot 2 | C | SFC: 0-6-0-C > 0-2-C | LCC: 0-2-C -> 0-6-0-C |
LCC 0 | Slot 2 | D | SFC: 0-6-0-D > 0-2-D | LCC: 0-2-D -> 0-6-0-D |
LCC 0 | Slot 3 | A | SFC: 0-8-0-A > 0-3-A | LCC: 0-3-A -> 0-8-0-A |
LCC 0 | Slot 3 | B | SFC: 0-8-0-B > 0-3-B | LCC: 0-3-B -> 0-8-0-B |
LCC 0 | Slot 3 | C | SFC: 0-8-0-C > 0-3-C | LCC: 0-3-C -> 0-8-0-C |
LCC 0 | Slot 3 | D | SFC: 0-8-0-D > 0-3-D | LCC: 0-3-D -> 0-8-0-D |
LCC 0 | Slot 4 | A | SFC: 0-11-0-A > 0-4-A | LCC: 0-4-A -> 0-11-0-A |
LCC 0 | Slot 4 | B | SFC: 0-11-0-B > 0-4-B | LCC: 0-4-B -> 0-11-0-B |
LCC 0 | Slot 4 | C | SFC: 0-11-0-C > 0-4-C | LCC: 0-4-C -> 0-11-0-C |
LCC 0 | Slot 4 | D | SFC: 0-11-0-D > 0-4-D | LCC: 0-4-D -> 0-11-0-D |
Deleting the Upgrade Mode Statement
After all five TXP-T1600 SIBs have been installed, connected, and you have verified that they are operational, delete the fabric upgrade-mode statement from both the TX Matrix Plus router and the T1600 router.
- Delete the fabric upgrade-mode statement
in the configuration of the TX Matrix Plus router at the [edit chassis] hierarchy level.
user@host# delete chassis fabric upgrade-mode - Delete the fabric upgrade-mode statement
in the configuration of the T1600 router at the [edit chassis] hierarchy level.
user@host# delete chassis fabric upgrade-mode - On both the TX Matrix Plus router and the T1600
router, verify that upgrade mode has been deleted.
user@host# show chassis fabric upgrade-mode - Commit the configuration on both the master and
the backup Routing Engines.
user@host# commit synchronize
