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Table Of Contents
Hardware Survey and Software Configuration Worksheets
General MGX Switch Configuration Worksheet (PXM45, PXM1E, and SRM)
Additional PXM1E Information Configuration Worksheet
FRSM12-T3E3 Configuration Worksheet
FRSM-8T1 and FRSM-8E1 Configuration Worksheet
FRSM-2CT3, FRSM-2T3E3, and FRSM-HS2/B Configuration Worksheet
AUSM/B Configuration Worksheet
Hardware Survey and Software Configuration Worksheets
The worksheets in this chapter serve as a place to record the hardware installed in your switch and the configuration planning decisions you make as you plan your software configuration. Instructions for filling out the Hardware Survey worksheets appear in the " Verifying the Hardware Configuration" section of Chapter 3, "Configuring General Switch Features." The information you need to complete the software configuration worksheets appears in "Preparing for Configuration" and "Planning for Card Redundancy, Line Redundancy, and Bulk Distribution."
Cisco recommends that you make copies of these tables and fill them out for each card on your switch as applicable. For example, if you have seven CESM cards on your Cisco MGX 8850 (PXM1E) switch, you should fill out the Cisco MGX 8850 (PXM1E/PXM45) hardware survey worksheet once and the CESM worksheet in Table E-11 seven times.
Once you have filled out the appropriate worksheets for your MGX switch, you can refer back to them to obtain information you need to complete configuration on your switch. You can also refer to these worksheets to troubleshoot and modify the configuration of your MGX switch in the future.
Note You only need to complete the worksheets that apply to your switch and the cards you installed on your switch.
Hardware Survey Worksheets
The hardware survey worksheets provide space for you to note the types of front and back cards installed in your switch and the redundancy relationships between them. The primary purpose of the survey worksheet is to document which cards are installed in the switch and give you a chance to validate that cards are installed in the correct locations and that back cards are compatible with front cards. The " Verifying the Hardware Configuration" section of Chapter 3, "Configuring General Switch Features," describes how to use the switch software to locate the information needed in the hardware survey worksheets.
Note The hardware survey worksheets do not contain all the information you need to configure the switch. Use the hardware survey worksheets to identify the hardware and validate the hardware installation. Use the software configuration worksheets in this chapter to plan the configuration for each card. You can validate the hardware first, or complete your configuration plan first. However, the configuration will not work correctly until the hardware installed matches the software configuration plan.
Table E-1, Table E-2, and Table E-3 serve as the hardware survey worksheets for the three types of Cisco MGX switches.
General MGX Switch Configuration Worksheet (PXM45, PXM1E, and SRM)
Table E-4 lists general switch parameters you can configure in each new switch.
Table E-4 General Switch Configuration Parameters
Feature Parameter Information Value to ConfigureSwitch name
Text
IP Addresses
Boot IP address information
Primary card address
Secondary card address
Network mask
Disk or LAN IP address information
IP address
Network mask
IP address information for access over ATM
IP address
Network mask
SLIP IP address information
IP address
Network mask
ATM Address and PNNI Configuration Data
PNNI controller
Controller ID
2
Controller type
2 (PNNI)
Controller name
PNNI level and lowest peer group ID
Refer to the PNNI Network Planning Guide for MGX and SES Products.
PNNI node address
Refer to the PNNI Network Planning Guide for MGX and SES Products.
SPVC prefix
Refer to the PNNI Network Planning Guide for MGX and SES Products.
MPLS controller
Controller ID
3
Controller type
3 (LSC)
Controller name
Administrator data
User cisco
Password
User service
Password
User superuser
Password
Additional user
User name
Password
Access level
Additional user
User name
Password
Access level
Additional user
User name
Password
Access level
Network Clock Source Plan
Manual clock configuration
Primary clock source
Secondary clock source
NCDP
Enabled or disabled?
NCDP clock source
Port ID
Primary reference source
Clock type
Priority
Stratum level
NCDP clock source
Port ID
Primary reference source
Clock type
Priority
Stratum level
Network Management Plan
SNMP access
Community
Contact
Location
Software Version Data
Boot software
Version number
Runtime software
Version number
Time Zone Data
Time zone
Enter a zone
Time zone offset
Hours to offset
PXM and SRM1 Redundancy Options
Standalone configuration
Primary or secondary card set installed?
Upper bay SRM
SRM-3T3 or SRME?
Bulk distribution?
Lower bay SRM
SRM-3T3 or SRME?
Bulk distribution?
Redundant configuration
Upper bay SRMs
SRM-3T3 or SRME?
Bulk distribution?
SRM line redundancy?
Lower bay SRMs
SRM-3T3 or SRME?
Bulk distribution?
SRM line redundancy?
1 SRM cards do not operate in Cisco MGX 8950 switches.
Additional PXM1E Information Configuration Worksheet
Table E-5 lists the additional information you will need to configure PXM1E cards.
Note PXM1E cards operate only on Cisco MGX 8850 (PXM1E) and Cisco MGX 8830 switches. If you are configuring a Cisco MGX 8850 (PXM45) or Cisco MGX 8950 switch, you do not need to fill out Table E-5.
Table E-5 Additional PXM1E Card Configuration Parameters
Feature Parameter Information Value to ConfigureCard type
Front and back cards installed
Standalone configuration
Using intracard APS?
Redundant configuration
APS connector installed?
Card SCT
SCT number
Line operation mode
T1, E1, T3, or E3?
Line 1 Redundancy Options1
Intracard APS
Working index2
slot.2.1
Protection index2
slot.2.2
Mode3
Intercard APS
Working index4
slot.2.1
Protection index5
slot.2.1
Mode6
Line 2 Redundancy Options1
Intracard APS
Configured while configuring line 1
Intercard APS
Working index4
slot.2.2
Protection index5
slot.2.2
Mode6
Line 3 Redundancy Options1
Intracard APS
Working index2
slot.2.3
Protection index2
slot.2.4
Mode3
Intercard APS
Working index4
slot.2.3
Protection index5
slot.2.3
Mode6
Line 4 Redundancy Options1
Intracard APS
Configured while configuring line 3
Intercard APS
Working index4
slot.2.4
Protection index5
slot.2.4
Mode6
Line 5 Redundancy Options1
Intracard APS
Working index2
slot.2.5
Protection index2
slot.2.6
Mode3
Intercard APS
Working index4
slot.2.5
Protection index5
slot.2.5
Mode6
Line 6 Redundancy Options1
Intracard APS
Configured while configuring line 5
Intercard APS
Working index4
slot.2.6
Protection index5
slot.2.6
Mode6
Line 7 Redundancy Options1
Intracard APS
Working index2
slot.2.7
Protection index2
slot.2.8
Mode3
Intercard APS
Working index4
slot.2.7
Protection index5
slot.2.7
Mode6
Line 8 Redundancy Options1
Intracard APS
Configured while configuring line 7
Intercard APS
Working index4
slot.2.8
Protection index5
slot.2.8
Mode6
Line 9 Redundancy Options1
Intracard APS
Working index2
slot.2.9
Protection index2
slot.2.10
Mode3
Intercard APS
Working index4
slot.2.9
Protection index5
slot.2.9
Mode6
Line 10 Redundancy Options1
Intracard APS
Configured while configuring line 9
Intercard APS
Working index4
slot.2.10
Protection index5
slot.2.10
Mode6
Line 11 Redundancy Options1
Intracard APS
Working index2
slot.2.11
Protection index2
slot.2.12
Mode3
Intercard APS
Working index4
slot.2.11
Protection index5
slot.2.11
Mode6
Line 12 Redundancy Options1
Intracard APS
Configured while configuring line 11
Intercard APS
Working index4
slot.2.12
Protection index5
slot.2.12
Mode6
1 APS can only be configured on optical lines. For PXM1E-4-155, APS can be configured on lines 1 through 4, and on PXM1E-8-155, APS can be configured on lines 1 through 8. On PXM1E-COMBO, APS can be configured on lines 9 through 12.
2 Enter the slot number for the standalone PXM1E, which is 1 or 2 on Cisco MGX 8830 and 7 or 8 on Cisco MGX 8850 (PXM1E).
3 Valid options: 1+1, 1:1, annexB 1+1, or straight cable 1+1
4 Enter the slot number of the primary PXM1E, which is 1 on Cisco MGX 8830 and 7 on Cisco MGX 8850 (PXM1E).
5 Enter the slot number of the secondary PXM1E, which is 2 on Cisco MGX 8830 and 8 on Cisco MGX 8850 (PXM1E).
6 Valid options: 1+1, annexB 1+1, or straight cable 1+1
AXSM Configuration Worksheet
Table E-6 lists general switch parameters you will need to configure on each AXSM card.
Note AXSM cards operate only on Cisco MGX 8850 (PXM45) and Cisco MGX 8950 switches. If you are configuring a Cisco MGX 8850 (PXM1E) or Cisco MGX 8830 switch, or if you do not have AXSM cards installed in your switch, you do not need to fill out Table E-6.
Table E-6 General AXSM, AXSM-E, and AXSM-E-32 Card Configuration Parameters
Feature Parameter Information Value to ConfigureSlot for this AXSM
Slot number
Software Version Data
Boot software
Version number
Runtime software
Version number
Card Redundancy Options
Standalone configuration
Yes or no?
Redundant configuration
Card role
Primary or secondary
Card slot for other half of redundant card pair
Slot number
APS connector installed?
Yes or no?
Card SCT
SCT number
Line 1 Redundancy Options
Intracard APS1
Working index
slot.1.1
Protection index
slot.bay.2
Mode2
Intercard APS
Working index3
slot.1.1
Protection index4
slot.1.1
Mode2
Line 2 Redundancy Options
Intracard APS
Configured while configuring line 1
Intercard APS
Working index3
slot.bay.2
Protection index4
slot.bay.2
Mode2
Line 3 Redundancy Options
Intracard APS
Working index
slot.bay.3
Protection index
slot.bay.4
Mode2
Intercard APS
Working index3
slot.bay.3
Protection index4
slot.bay.3
Mode2
Line 4 Redundancy Options
Intracard APS
Configured while configuring line 3
Intercard APS
Working index3
slot.bay.4
Protection index4
slot.bay.4
Mode2
Line 5 Redundancy Options
Intracard APS
Working index
slot.bay.5
Protection index
slot.bay.6
Mode2
Intercard APS
Working index3
slot.bay.5
Protection index4
slot.bay.5
Mode2
Line 6 Redundancy Options
Intracard APS
Configured while configuring line 5
Intercard APS
Working index3
slot.bay.6
Protection index4
slot.bay.6
Mode2
Line 7 Redundancy Options
Intracard APS
Working index
slot.bay.7
Protection index
slot.bay.8
Mode2
Intercard APS
Working index3
slot.bay.7
Protection index4
slot.bay.7
Mode2
Line 8 Redundancy Options
Intracard APS
Configured while configuring line 7
Intercard APS
Working index3
slot.bay.8
Protection index4
slot.bay.8
Mode2
Line 9 Redundancy Options
Intracard APS
Working index
slot.bay.9
Protection index
slot.bay.10
Mode2
Intercard APS
Working index3
slot.bay.9
Protection index4
slot.bay.9
Mode2
Line 10 Redundancy Options
Intracard APS
Configured while configuring line 9
Intercard APS
Working index3
slot.bay.10
Protection index4
slot.bay.10
Mode2
Line 11 Redundancy Options
Intracard APS
Working index
slot.bay.11
Protection index
slot.bay.12
Mode2
Intercard APS
Working index3
slot.bay.11
Protection index4
slot.bay.11
Mode2
Line 12 Redundancy Options
Intracard APS
Configured while configuring line 11
Intercard APS
Working index3
slot.bay.12
Protection index4
slot.bay.12
Mode2
Line 13 Redundancy Options
Intracard APS
Working index
slot.bay.13
Protection index
slot.bay.14
Mode2
Intercard APS
Working index3
slot.bay.13
Protection index4
slot.bay.13
Mode2
Line 14 Redundancy Options
Intracard APS
Configured while configuring line 13
Intercard APS
Working index3
slot.bay.14
Protection index4
slot.bay.14
Mode2
Line 15 Redundancy Options
Intracard APS
Working index
slot.bay.15
Protection index
slot.bay.16
Mode2
Intercard APS
Working index3
slot.bay.15
Protection index4
slot.bay.15
Mode2
Line 16 Redundancy Options
Intracard APS
Configured while configuring line 15
Intercard APS
Working index3
slot.bay.16
Protection index4
slot.bay.16
Mode2
1 Intracard APS is not supported on AXSM cards that provide only one port.
2 For more information on valid options, refer to "Preparing AXSM Cards and Lines for Communication."
3 Enter the slot number of the primary AXSM.
4 Enter the slot number of the secondary AXSM.
FRSM12-T3E3 Configuration Worksheet
Table E-7 lists general switch parameters you will need to configure on each FRSM12-T3E3 card.
Note FRSM12 cards operate only on Cisco MGX 8850 (PXM45) switches. If you are configuring a Cisco MGX 8850 (PXM1E), Cisco MGX 8830, or Cisco MGX 8950 switch, or if you do not have FRSM12 cards installed in your switch, you do not need to complete the worksheet in Table E-7.
FRSM-8T1 and FRSM-8E1 Configuration Worksheet
Table E-8 lists general switch parameters you will need to configure channelized and non-channelized 8-port FRSM cards.
Note If you are configuring a Cisco MGX 8950 switch, or if you do not have 8-port FRSM cards installed in your switch, you do not need to complete the worksheet in Table E-8.
FRSM-2CT3, FRSM-2T3E3, and FRSM-HS2/B Configuration Worksheet
Table E-8 lists general switch parameters you will need to configure the FRSM-2CT3, FRSM-2T3E3, and FRSM-HS2/B cards.
Note If you are configuring a Cisco MGX 8950 switch, or if you do not have FRSM-2CT3, FRSM-2T3E3, and FRSM-HS2/B cards installed in your switch, you do not need to complete the worksheet in Table E-9.
AUSM/B Configuration Worksheet
Table E-10 lists general switch parameters you will need to configure on each AUSM/B card.
Note AUSM/B cards operate only on Cisco MGX 8850 (PXM1E) and Cisco MGX 8830 switches. If you are configuring a Cisco MGX 8850 (PXM45) or Cisco MGX 8950 switch, or if you do not have AUSM/B cards installed in your switch, you do not need to complete the worksheet in Table E-10
CESM Configuration Worksheet
Table E-11 lists general switch parameters you will need to configure on each CESM card.
Note CESM cards do not operate in Cisco MGX 8950 switches. If you are configuring a Cisco MGX 8950 switch, or if you do not have CESM cards installed in your switch, you do not need to complete the worksheet in Table E-11.
VISM Configuration Worksheet
Table E-12 lists general switch parameters you will need to configure on each VISM card.
Note VISM cards do not operate in Cisco MGX 8950 switches. If you are configuring a Cisco MGX 8950 switch, or if you do not have VISM cards installed in your switch, you do not need to complete the worksheet in Table E-12.
Posted: Thu May 31 17:22:32 PDT 2007
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