9031587-01
SmartSwitch 9000
9F241-12
Local Management Appendix
1
Appendix
9F241-12 Module Specific
Information
Introduction
This appendix contains local management information that is specific to the
9F241-12 MicroLAN module.
Module Interfaces
The 9F241-12 MicroLAN Module has four interfaces. Table 1 lists the indentifying
number, name, and description of each interface.
FNB Resource Configuration Codes
The 9F241-12 MicroLAN Module physically attaches to the FNB-1 and the FNB-2
on the SmartSwitch 9000 FNB backplane. By default, the module inserts into both
FNB-1 and the FNB-2. The FNB Resource Configuration Screen allows you to
customize this configuration to your particular needs.
Table 1. 9F241-12 MicroLAN Module Interfaces
Interface
Number
Interface
Name
Interface
Description
1 SMB-1 1 Mbps System Management Bus
2 SMB-10 10 Mbps System Management Bus
3 FNB-1 Flexible Network Bus (dual attached)
4 FNB-2 Flexible Network Bus (dual attached)
9F241-12 Module Specific Information
2
The FNB Resource Configuration Screen allows you to:
• Select the rings (either primary or secondary) of each FNB to which the module
will attach its MAC
• Determine whether the module will insert into those rings or bypass those
rings
The terms INSERT and BYPASS refer to relays that are located on the module.
INSERT causes a relay to connect the module’s front panel ports to the selected
FNB rings. BYPASS causes a relay to disconnect the module’s front panel ports
from the selected FNB rings.
Front
FNB Ring
Relay
Panel
Ports
Front
Panel
Ports
FNB Ring
Relay
INSERT:
BYPASS:
3
9F241-12 Module Specific Information
The FNB Resource Configuration Screen lists all possible connections a module
can support on the FNB, displays the current connection, and allows you to
change the connection. Table 2 lists and describes the FDDI connections from
which you can select.
Table 2. 9F241-12 FNB Resource Configuration Codes
Configuration
ID
FDDI Connections Description
1
FNB 1 Pri. (MAC1) Byp.,
FNB 2 Pri. (MAC2) Byp.
The module is attached, but not inserted, to
the primary ring on the FNB-1. The module is
attached, but not inserted, to the primary ring
on the FNB-2. MAC-1 resides on the primary
of FNB-1; MAC-2 resides on the primary of
FNB-2.
2
FNB 1 Pri. (MAC1) Byp.,
FNB 2 Pri. (MAC2) Ins.
The module is attached to the FNB-1 primary
ring and the FNB-2 primary ring. The switch
that inserts the module into the FNB-1 is
turned off. The switch that inserts the module
into the FNB-2 is turned on. MAC-1 resides on
the primary of FNB-1; MAC-2 resides on the
primary of FNB-2.
3
FNB 1 Pri. (MAC1) Ins.,
FNB 2 Pri. (MAC2) Byp.
The module is attached to the FNB-1 primary
ring and the FNB-2 primary ring. The switch
that inserts the module into the FNB-1 is
turned on. The switch that inserts the module
into the FNB-2 is turned off. MAC-1 resides on
the primary of FNB-1; MAC-2 resides on the
primary of FNB-2.
4
FNB 1 Pri. (MAC1) Ins.,
FNB 2 Pri. (MAC2) Ins.
The module is attached to the FNB-1 primary
ring and the FNB-2 primary ring. The switch
that inserts the module into the FNB-1 is
turned on. The switch that inserts the module
into the FNB-2 is turned on. MAC-1 resides on
the primary of FNB-1; MAC-2 resides on the
primary of FNB-2.
5
FNB 1 Pri. (MAC1) Byp.,
FNB 2 Sec. (MAC2) Byp.
The module is attached to the FNB-1 primary
ring and the FNB-2 secondary ring. The
switch that inserts the module into the FNB-1
is turned off. The switch that inserts the
module into the FNB-2 is turned off. MAC-1
resides on the primary of FNB-1; MAC-2
resides on the secondary of FNB-2.
9F241-12 Module Specific Information
4
6
FNB 1 Pri. (MAC1) Byp.,
FNB 2 Sec. (MAC2) Ins.
The module is attached to the FNB-1 primary
ring and the FNB-2 secondary ring. The
switch that inserts the module into the FNB-1
is turned off. The switch that inserts the
module into the FNB-2 is turned on. MAC-1
resides on the primary of FNB-1; MAC-2
resides on the secondary of FNB-2.
7
FNB 1 Pri. (MAC1) Ins.,
FNB 2 Sec. (MAC2) Byp.
The module is attached to the FNB-1 primary
ring and the FNB-2 secondary ring. The
switch that inserts the module into the FNB-1
is turned on. The switch that inserts the
module into the FNB-2 is turned off. MAC-1
resides on the primary of FNB-1; MAC-2
resides on the secondary of FNB-2.
8
FNB 1 Pri. (MAC1) Ins.,
FNB 2 Sec. (MAC2) Ins.
The module is attached to the FNB-1 primary
ring and the FNB-2 secondary ring. The
switch that inserts the module into the FNB-1
is turned on. The switch that inserts the
module into the FNB-2 is turned on. MAC-1
resides on the primary of FNB-1; MAC-2
resides on the secondary of FNB-2.
9
FNB 1 Sec. (MAC1) Byp.,
FNB 2 Pri. (MAC2) Byp.
The module is attached to the FNB-1
secondary ring and the FNB-2 primary ring.
The switch that inserts the module into the
FNB-1 is turned off. The switch that inserts the
module into the FNB-2 is turned off. MAC-1
resides on the secondary of FNB-1; MAC-2
resides on the primary of FNB-2.
10
FNB 1 Sec. (MAC1) Byp.,
FNB 2 Pri. (MAC2) Ins.
The module is attached to the FNB-1
secondary ring and the FNB-2 primary ring.
The switch that inserts the module into the
FNB-1 is turned off. The switch that inserts the
module into the FNB-2 is turned on. MAC-1
resides on the secondary of FNB-1; MAC-2
resides on the primary of FNB-2.
Table 2. 9F241-12 FNB Resource Configuration Codes (Continued)
Configuration
ID
FDDI Connections Description
5
9F241-12 Module Specific Information
11
FNB 1 Sec. (MAC1) Ins.,
FNB 2 Pri. (MAC2) Byp.
The module is attached to the FNB-1
secondary ring and the FNB-2 primary ring.
The switch that inserts the module into the
FNB-1 is turned on. The switch that inserts the
module into the FNB-2 is turned off. MAC-1
resides on the secondary of FNB-1; MAC-2
resides on the primary of FNB-2.
12
FNB 1 Sec. (MAC1) Ins.,
FNB 2 Pri. (MAC2) Ins.
The module is attached to the FNB-1
secondary ring and the FNB-2 primary ring.
The switch that inserts the module into the
FNB-1 is turned on. The switch that inserts the
module into the FNB-2 is turned on. MAC-1
resides on the secondary of FNB-1; MAC-2
resides on the primary of FNB-2.
13
FNB 1 Sec. (MAC1) Byp.,
FNB 2 Sec. (MAC2) Byp.
The module is attached to the FNB-1
secondary ring and the FNB-2 secondary ring.
The switch that inserts the module into the
FNB-1 is turned off. The switch that inserts the
module into the FNB-2 is turned off. MAC-1
resides on the secondary of FNB-1; MAC-2
resides on the secondary of FNB-2.
14
FNB 1 Sec. (MAC1) Byp.,
FNB 2 Sec. (MAC2) Ins.
The module is attached to the FNB-1
secondary ring and the FNB-2 secondary ring.
The switch that inserts the module into the
FNB-1 is turned off. The switch that inserts the
module into the FNB-2 is turned on. MAC-1
resides on the secondary of FNB-1; MAC-2
resides on the secondary of FNB-2.
Table 2. 9F241-12 FNB Resource Configuration Codes (Continued)
Configuration
ID
FDDI Connections Description
9F241-12 Module Specific Information
6
15
FNB 1 Sec. (MAC1) Ins.,
FNB 2 Sec. (MAC2) Byp.
The module is attached to the FNB-1
secondary ring and the FNB-2 secondary ring.
The switch that inserts the module into the
FNB-1 is turned on. The switch that inserts the
module into the FNB-2 is turned off. MAC-1
resides on the secondary of FNB-1; MAC-2
resides on the secondary of FNB-2.
16
FNB 1 Sec. (MAC1) Ins.,
FNB 2 Sec. (MAC2) Ins.
The module is attached to the FNB-1
secondary ring and the FNB-2 secondary ring.
The switch that inserts the module into the
FNB-1 is turned on. The switch that inserts the
module into the FNB-2 is turned on. MAC-1
resides on the secondary of FNB-1; MAC-2
resides on the secondary of FNB-2.
Table 2. 9F241-12 FNB Resource Configuration Codes (Continued)
Configuration
ID
FDDI Connections Description
7
9F241-12 Module Specific Information
Module Specific Configuration Screen
In the FNB Resource Configuration Screen, you determine which Master ports are
attached to which FNB/MAC. The default is:
• All M ports are on FNB-1 and MAC-1 is on the primary ring
• No M ports are on FNB-2, and MAC-2 is on the primary ring
Figure 1. 9F241-12 Module Specific Configuration Screen
If you have a configuration that has one or both FNBs bypassed, the PATH field
will display either MAC-1 or MAC-2.
NOTE
SmartSwitch 9000 LOCAL MANAGEMENT
Module Specific Configuration
Module Name: 9F241-12 Firmware Revision: 01.50.15
Slot Number: 11 BOOTPROM Revision: 01.01.02
FNB 1 Pri. (MAC1) Ins., FNB 2 Pri. (MAC2) Ins.
PORT# PATH CONNECT STATE
1 [FNB-1] CON
2 [FNB-1] CON
3 [FNB-1] CON
4 [FNB-1] CON
5 [FNB-1] CON
6 [FNB-1] CON
7 [FNB-1] CON
8 [FNB-1] CON
9 [FNB-1] CON
10 [FNB-1] CON
11 [FNB-1] CON
12 [FNB-1] CON
SAVE RETURN
9F241-12 Module Specific Information
8
Assigning an FNB Ring to a Module’s M-Port
To assign an FNB ring to a module’s M-port:
1. Use the arrow keys to highlight the
PATH
field next to the desired port.
2. Press the
SPACE BAR
to toggle to the desired ring (either MAC-1 or MAC-2).
3. Press the
Return
key. Repeat
steps 1 - 3
to assign an FNB ring to other M-
ports.
4. Use the arrow keys to highlight
SAVE
at the bottom of the screen and then
press the
Return
key.
When the message “SAVED OK” appears, the edits you have made are saved.
If you exit without saving, the message “NOT SAVED -- PRESS SAVE TO
KEEP CHANGES” appears. If you exit without saving, your edits will be lost.
5. Use the arrow keys to highlight
RETURN
and then press the
Return
key.
-
1
-
2
-
3
-
4
-
5
-
6
-
7
-
8
-
9
-
10
Cabletron Systems 9F241-12 Appendix
- Type
- Appendix
- This manual is also suitable for
Ask a question and I''ll find the answer in the document
Finding information in a document is now easier with AI
Related papers
-
Cabletron Systems 9F120-08 User manual
-
Cabletron Systems 9F120-08 User manual
-
Cabletron Systems MMAC-Plus 9F116-01 Reference guide
-
Cabletron Systems SmartSwitch 9000 9F426-02 User manual
-
Cabletron Systems MMAC-Plus 9T122-24 Reference guide
-
Cabletron Systems MMAC-Plus 9T125-24 User manual
-
Cabletron Systems MMAC-Plus 9T122-24 User manual
-
Cabletron Systems MMAC-Plus Management Manual
-
Cabletron Systems SmartSwitch 9000 9T122-08 User manual
-
Cabletron Systems 9000 User manual
