Verilink SCC 2020 (880-503268-001) Product Manual - Manual (Page 16)

Quick Set-Up
2-2 Verilink SCC 2020 User Manual
Figure 2-1 SCC 2020 Main Menu
CSU
Configuration
When installing an SCC 2020 or TAC 2010 module which is to be
used with any type of DIU 21xx module, always configure the CSU
module before configuring anything on the DIU 21xx module. When
the DIU 21xx is configured, it is connected logically to a CSU. At
that instant the DIU gets information from the CSU as to which Data
Bus in the shelf midplane to use. If the CSU has not been
configured yet, the DIU 21xx will not get a correct bus assignment.
This is why the CSU should be configured first.
Type “C” and press E NTER . The Configuration Menu is presented.
-- VERILINK SCC NODE CONTROLLER at[1,1]: FW Rev 3.02, Jan 14, 1999. -- -- VERILINK SCC NODE CONTROLLER at[1,1]: FW Rev 3.02, Jan 14, 1999. -- -- VERILINK SCC NODE CONTROLLER at[1,1]: FW Rev 3.02, Jan 14, 1999. -- -- VERILINK SCC NODE CONTROLLER at[1,1]: FW Rev 3.02, Jan 14, 1999. --
FLASH BANK: B Serial Number: 00655503
FLASH BANK: B Serial Number: 00655503 FLASH BANK: B Serial Number: 00655503 FLASH BANK: B Serial Number: 00655503
Ethernet Address: A0:6A:00:0A:00:8F:
Ethernet Address: A0:6A:00:0A:00:8F: Ethernet Address: A0:6A:00:0A:00:8F: Ethernet Address: A0:6A:00:0A:00:8F:
Slip Local IP Address: 192.94.46.37, Subnet Mask: 255.255.255.0
Slip Local IP Address: 192.94.46.37, Subnet Mask: 255.255.255.0 Slip Local IP Address: 192.94.46.37, Subnet Mask: 255.255.255.0 Slip Local IP Address: 192.94.46.37, Subnet Mask: 255.255.255.0
Ethernet Local IP Address: 192.94.45.242, Subnet Mask: 255.255.255.0
Ethernet Local IP Address: 192.94.45.242, Subnet Mask: 255.255.255.0 Ethernet Local IP Address: 192.94.45.242, Subnet Mask: 255.255.255.0 Ethernet Local IP Address: 192.94.45.242, Subnet Mask: 255.255.255.0
SITE NAME: Tech Pubs SCC 2020 NODE ID: 851 SITE NAME: Tech Pubs SCC 2020 NODE ID: 851 SITE NAME: Tech Pubs SCC 2020 NODE ID: 851 SITE NAME: Tech Pubs SCC 2020 NODE ID: 851
<- SLOT ->
<- SLOT -> <- SLOT -> <- SLOT ->
SHELF 1 2 3 4 5 6 7 8 9 10 11 12 13
SHELF 1 2 3 4 5 6 7 8 9 10 11 12 13 SHELF 1 2 3 4 5 6 7 8 9 10 11 12 13 SHELF 1 2 3 4 5 6 7 8 9 10 11 12 13
1 DL [C] D
1 DL [C] D 1 DL [C] D 1 DL [C] D
2
2 2 2
3
3 3 3
4
4 4 4
KEY: C = CSU, D = DIU, F = DIU/DDS, R = SRD, I = IDCSU, T = TU, A = APS,
KEY: C = CSU, D = DIU, F = DIU/DDS, R = SRD, I = IDCSU, T = TU, A = APS, KEY: C = CSU, D = DIU, F = DIU/DDS, R = SRD, I = IDCSU, T = TU, A = APS, KEY: C = CSU, D = DIU, F = DIU/DDS, R = SRD, I = IDCSU, T = TU, A = APS,
B = DIU/DBU, S = SMDS, L = HLM
B = DIU/DBU, S = SMDS, L = HLM B = DIU/DBU, S = SMDS, L = HLM B = DIU/DBU, S = SMDS, L = HLM
S) shelf/slot D) diagnostics S) shelf/slot D) diagnostics S) shelf/slot D) diagnostics S) shelf/slot D) diagnostics
N) near element O) node administration
N) near element O) node administration N) near element O) node administration N) near element O) node administration
F) far element M) monitor alarms (OFF)
F) far element M) monitor alarms (OFF) F) far element M) monitor alarms (OFF) F) far element M) monitor alarms (OFF)
C) configuration A) view alarm buffer
C) configuration A) view alarm buffer C) configuration A) view alarm buffer C) configuration A) view alarm buffer
P) performance X) log off
P) performance X) log off P) performance X) log off P) performance X) log off
[1,1] NEAR TAC 2010 > [1,1] NEAR TAC 2010 > [1,1] NEAR TAC 2010 > [1,1] NEAR TAC 2010 >