Initial Deployment Procedure Zero-Touch Provisioning

  • The user must cable the connections per the topology and PE requirements.

  • Refer to the Ruckus ICX 7450, ICX 7750, and ICX 7250 Stacking Deployment Guide for information on bringing up a CB (ICX 7750) stack.

    Need the full name of the deployment guide here. Cannot use a generic cross-reference of this type.

  • Multiple linear or ring chains can be discovered at the same time by zero-touch.

Reference Topology: Initial Deployment Using Zero-Touch

  1. On an ICX 7750 stack or standalone unit, enter the spx cb-enable command. 
    SPX# configure terminal
SPX(config)# spx cb-enable
  2. Enable zero-touch under the CB configuration. 
    SPX# configure terminal
SPX(config)# spx cb-configure
SPX(config-spx-cb)# zero-touch-enable
  3. Configure zero-touch ports or SPX ports or SPX LAGs that connect to the CB.

    For a linear topology: Specify the zero-touch ports connecting from the CB to the transit PE.

    For a ring topology: Specify the zero-touch ports connecting from the CB to a PE on both ends. 

    SPX# configure terminal
SPX(config)# spx cb-configure
SPX(config-spx-cb)# zero-touch-ports 1/1/47 2/1/46 2/1/48 2/2/6 3/2/6
  4. All the new units are reloaded, a message displays the generated SPX ports and SPX LAGs, and the new units rejoin as PE units. 
    Zero-touch discovers 2 chain(s). # of valid chains: 2
Send reload to chain 0: #6 CC4E.24DF.0A72 ID=22, D0: 2/1 2/3, D1: 2/2 2/4 to 2/7
#5 CC4E.24DF.0CD6 ID=21, D0: 2/2 2/4 to 2/7, D1: 2/3
#4 CC4E.24DE.4C0A ID=20, D0: 2/3, D1: 2/5 to 2/8
#3 CC4E.24DF.0E3E ID=19, D0: 2/5 to 2/8, D1: 2/1
#2 CC4E.248B.AD08 ID=18, D0: 2/1, D1: 2/4
#1 609C.9F39.DAA8 ID=17, D0: 2/4, D1: 3/1 4/1
Send reload to chain 1: #7 CC4E.24F7.43F0 ID=23, D0: 2/3, D1: 2/4
#8 609C.9F1D.AF60 ID=24, D0: 2/4, D1:
T=27m40.6: Add spx-lag 2/2/6 3/2/6 for discovered units to join. Please do "write memory".
T=27m40.6: Add spx-lag 1/1/47 to 1/1/48 for discovered units to join. Please do "write memory".
T=27m40.7: Add spx-port 2/1/46 for a discovered unit to join. Please do "write memory".

    Note: With zero-touch, ID assignment is automatic and is based on the pool of available IDs. If there are any invalid connections in the discovered topology, the zero-touch utility will abort.

  5. All the new units are set to ready. 
    T=29m11.4: create spx u17, mac=609c.9f39.daa8 PE-port=17/4/1 CB-port=2/2/6
Debug: Oct 26 15:37:49 T=29m12.3: U1 sets spx u17 to ready.
Debug: Oct 26 15:37:49 T=29m12.6: create spx u18, mac=cc4e.248b.ad08 PE-port=18/2/4 CB-port=2/2/6 cascade-PE-port=17/2/4
Debug: Oct 26 15:37:50 T=29m13.3: U1 sets spx u18 to ready.
Start PE hot-swap for unit-id 17.Please do not enter any security configurations until complete.
Stack unit 17 Power supply 1 is down
Stack unit 17 Power supply 2 is up
PE hot-swap for unit-id 17 is complete.
Debug: Oct 26 15:38:19 T=29m42.9: create spx u22, mac=cc4e.24df.0a72 PE-port=22/2/1 CB-port=1/1/47
Sica Unit id:22, PoD License Capacity:2
Debug: Oct 26 15:38:20 T=29m43.5: U1 sets spx u22 to ready.
Start PE hot-swap for unit-id 22.Please do not enter any security configurations until complete.
Debug: Oct 26 15:38:23 T=29m46.0: create spx u23, mac=cc4e.24f7.43f0 PE-port=23/2/3 CB-port=2/1/46
PE hot-swap for unit-id 22 is complete.
Detect stack member 23 POE capable
Debug: Oct 26 15:38:23 T=29m47.0: U1 sets spx u23 to ready.
Start PE hot-swap for unit-id 23.Please do not enter any security configurations until complete.
PoE: Stack unit 23 Power supply 1 with 748000 mwatts capacity is up
Stack unit 23 Power supply 2 is down
Debug: Oct 26 15:38:26 T=29m49.8: create spx u21, mac=cc4e.24df.0cd6 PE-port=21/2/5 CB-port=1/1/47 cascade-PE-port=22/2/2
PE hot-swap for unit-id 23 is complete.
Stack unit 20 Power supply 1 is up
Stack unit 20 Power supply 2 is down
PE hot-swap for unit-id 19 is complete.
Start PE hot-swap for unit-id 18.Please do not enter any security configurations until complete.
PE hot-swap for unit-id 18 is complete.
Stack unit 18 Power supply 1 is down
Stack unit 18 Power supply 2 is up
Sica Unit id:21, PoD License Capacity:2
Debug: Oct 26 15:38:27 T=29m50.7: U1 sets spx u21 to ready.
Start PE hot-swap for unit-id 21.Please do not enter any security configurations until complete.
Debug: Oct 26 15:38:29 T=29m52.3: create spx u24, mac=609c.9f1d.af60 PE-port=24/2/4 CB-port=2/1/46 cascade-PE-port=23/2/4
Detect stack member 24 POE capable
Debug: Oct 26 15:38:29 T=29m52.8: U1 sets spx u24 to ready.
Stack unit 21 Power supply 1 is up
Stack unit 21 Power supply 2 is down
PE hot-swap for unit-id 21 is complete.
Stack unit 22 Power supply 1 is up
Stack unit 22 Power supply 2 is down
Start PE hot-swap for unit-id 24.Please do not enter any security configurations until complete.
PE hot-swap for unit-id 24 is complete.
PoE Info: PoE module 1 of Unit 24 on ports 24/1/1 to 24/1/32 detected. Initializing....
PoE Info: PoE module 1 of Unit 24 initialization is done.
PoE Info: PoE module 1 of Unit 23 on ports 23/1/1 to 23/1/32 detected. Initializing....
PoE Info: PoE module 1 of Unit 23 initialization is done.
PoE: Stack unit 24 Power supply 1 with 748000 mwatts capacity is up
PoE: Stack unit 24 Power supply 2 with 748000 mwatts capacity is up
Debug: Oct 26 15:38:41 T=30m4.1: create spx u20, mac=cc4e.24de.4c0a PE-port=20/2/3 CB-port=1/1/47 cascade-PE-port=21/2/3
Sica Unit id:20, PoD License Capacity:8
Debug: Oct 26 15:38:41 T=30m4.9: U1 sets spx u20 to ready.
Debug: Oct 26 15:38:42 T=30m5.7: create spx u19, mac=cc4e.24df.0e3e PE-port=19/2/8 CB-port=1/1/47 cascade-PE-port=20/2/5
Start PE hot-swap for unit-id 20.Please do not enter any security configurations until complete.
Sica Unit id:19, PoD License Capacity:8
Debug: Oct 26 15:38:43 T=30m6.6: U1 sets spx u19 to ready.
PE hot-swap for unit-id 20 is complete.
Start PE hot-swap for unit-id 19.Please do not enter any security configurations until complete.
Stack unit 19 Power supply 1 is up
Stack unit 19 Power supply 2 is down
  6. Save the configuration. 
    SPX# write memory
Send "write mem" to 8 PEs: 17-24
Automatic copy to member units: 2 3
ICX7750-48F Router# Flash Memory Write (8192 bytes per dot)
  7. Disable the zero-touch configuration. 
    SPX# configure terminal
SPX(config)# spx cb-configure
SPX(config-spx-cb)# no zero-touch-enable
  8. When all PEs are ready, review the show running-config output to verify the SPX LAG configuration. Also verify that PE IDs have been correctly generated. 
      pe-id 1/1/47 22 21 20 19 18 17 2/2/6
  pe-id 2/1/46 23 24
  9. Verify the PE operational state. 
    SPX# show spx
T=20h16m21.5: alone: standalone, D: dynamic cfg, S: static
ID   Type          Role    Mac Address    Pri State   Comment                   
1  S ICX7750-48XGF active  cc4e.246e.db80 128 local   Ready
2  S ICX7750-48XGC standby 609c.9f1f.d900 128 remote  Ready
3  S ICX7750-48XGC member  609c.9f1f.d180   0 remote  Ready
17 S ICX7450-24G   spx-pe  609c.9f39.daa8 N/A remote  Ready
18 S ICX7450-24G   spx-pe  cc4e.248b.ad08 N/A remote  Ready
19 S ICX7250-24    spx-pe  cc4e.24df.0e3e N/A remote  Ready
20 S ICX7250-24    spx-pe  cc4e.24de.4c0a N/A remote  Ready
21 S ICX7250-24    spx-pe  cc4e.24df.0cd6 N/A remote  Ready
22 S ICX7250-24    spx-pe  cc4e.24df.0a72 N/A remote  Ready
23 S ICX7450-32ZP  spx-pe  609c.9f1d.afc0 N/A remote  Ready
24 S ICX7450-32ZP  spx-pe  609c.9f1d.af60 N/A remote  Ready
    active       standby                                                       
     +---+        +---+        +---+                                           
 -2/1| 1 |2/4--2/4| 2 |2/1==2/1| 3 |2/4-                                       
 |   +---+        +---+        +---+   |                                       
 |                                     |                                       
 |-------------------------------------|                                       
            +----+        +----+        +----+        +----+        +----+     
 1/1/47==2/1| 22 |2/2==2/2| 21 |2/3--2/3| 20 |2/5==2/5| 19 |2/1--2/1| 18 |2/4- 
            +----+        +----+        +----+        +----+        +----+   | 
                                                                             | 
                                                                    +----+   | 
                                                          2/2/6==3/1| 17 |2/4- 
                                                                    +----+
            +----+        +----+                                               
 2/1/46==2/2| 23 |2/4--2/4| 24 |                                               
            +----+        +----+
  10. Once the topology is active, verify the CSP operational state using the show spx csp all command. If there is a ring in the topology, verify the ring operational state using the show spx ring all command.

    Note: There are no specific show commands for ZTP. All commands that apply to SPX apply to ZTP. Refer to Debugging and Verification Commands.

Parent topic: Deployment Scenario 1: Bringing Up a Complete Campus Fabric Domain with Zero-Touch