Router Installation and Configuration Manual/Configuring a LAN Interface old

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#Configuring a LAN Interface
 +
:This chapter describes how to configure the ImageStream router Ethernet and Token Ring interfaces, Ethernet VLAN subinterfaces and VRRP, and includes the following topics:  
:This chapter describes how to configure the ImageStream router Ethernet and Token Ring interfaces, Ethernet VLAN subinterfaces and VRRP, and includes the following topics:  
Line 23: Line 25:
-
===derstanding the Network Interface Configuration File===
+
 
 +
 
 +
===rstanding the Network Interface Configuration File===
:
:
-
an.conf is the primary configuration file used by ImageStream's open source Inetics™ Architecture. Inetics handles configuration and management of all LAN and WAN devices on an ImageStream router.  For more information about ImageStream's Inetics technology, visit the ImageStream Web site at http://www.imagestream.com/Inetics.html.  See the Command Reference for more detailed command descriptions and instructions.  
+
a
 +
.conf is the primary configuration file used by ImageStream's open source Inetics™ Architecture. Inetics handles configuration and management of all LAN and WAN devices on an ImageStream router.  For more information about ImageStream's Inetics technology, visit the ImageStream Web site at http://www.imagestream.com/Inetics.html.  See the Command Reference for more detailed command descriptions and instructions.  
:T
:T
-
  default '''wan.conf''' file is:  
+
  d
 +
 
 +
ault '''wan.conf''' file is:  
  !
  !
-
  ve
+
  v
-
sion 2.00  
+
 
 +
sio
 +
2.00  
  !  
  !  
  in
  in
-
erface Ethernet0  
+
erf
 +
ce Ethernet0  
   i
   i
-
  address 10.10.199.199 255.0.0.0
+
  ad
 +
ress 10.10.199.199 255.0.0.0
  !
  !
in
in
-
erface Serial0  
+
 
 +
rf
 +
ce Serial0  
   s
   s
-
utdown
+
utd
 +
wn
   d
   d
-
scription Port 0  
+
scr
 +
ption Port 0  
   e
   e
-
capsulation hdlc  
+
cap
 +
ulation hdlc  
   i
   i
-
  address 192.168.10.1 255.255.255.252
+
  ad
 +
ress 192.168.10.1 255.255.255.252
  !
  !
#  
#  
-
et the default route via Serial0 using the device #ip route add 0.0.0.0/0 dev Serial0  
+
 
 +
t
 +
he default route via Serial0 using the device #ip route add 0.0.0.0/0 dev Serial0  
  #  
  #  
-
et the default route via Serial0 using an IP  
+
et  
 +
he default route via Serial0 using an IP  
  #i
  #i
-
  route add default via 192.168.10.2  
+
  ro
 +
te add default via 192.168.10.2  
  !  
  !  
  en
  en
   
   
-
:T
 
-
  values in the default file are explained below.  
+
T
 +
 
 +
  v
 +
 
 +
ues in the default file are explained below.  
:'
:'
-
version 2.00''' - Denotes the version number of the configuration file and driver set.  This value is set by ImageStream and should not be changed or modified.  
+
ve
 +
 
 +
ion 2.00''' - Denotes the version number of the configuration file and driver set.  This value is set by ImageStream and should not be changed or modified.  
:'
:'
-
interface Ethernet0''' - Denotes the start of the configuration section for the first Ethernet device in your system.  All commands that follow this line until the next ! mark will be applied to Ethernet0.  
+
in
 +
 
 +
rface Ethernet0''' - Denotes the start of the configuration section for the first Ethernet device in your system.  All commands that follow this line until the next ! mark will be applied to Ethernet0.  
:'
:'
-
ip address 10.10.199.199 255.0.0.0''' - Specifies the IP address and netmask for Ethernet0.  
+
ip
 +
 
 +
ddress 10.10.199.199 255.0.0.0''' - Specifies the IP address and netmask for Ethernet0.  
:'
:'
-
!, end''' - Signifies the end of a configuration section or the end of the wan.conf file. You must include a "!" to delimit each section of the configuration file and an "end" statement at the end of the file.  
+
!,
 +
 
 +
nd''' - Signifies the end of a configuration section or the end of the wan.conf file. You must include a "!" to delimit each section of the configuration file and an "end" statement at the end of the file.  
:'
:'
-
interface Serial0''' - Denotes the start of the configuration section for the first Serial port in your system.  All commands that follow this line until the next ! mark will be applied to Serial0.  
+
in
 +
 
 +
rface Serial0''' - Denotes the start of the configuration section for the first Serial port in your system.  All commands that follow this line until the next ! mark will be applied to Serial0.  
:'
:'
-
shutdown''' - Instructs the router not to start this port when Inetics is started or reloaded.  
+
sh
 +
 
 +
down''' - Instructs the router not to start this port when Inetics is started or reloaded.  
:'
:'
-
description Port 0''' - Sets a description for this device.  The description is optional used for reporting purposes in other utilities.  Setting a value here does not affect the operation of the port.  
+
de
 +
 
 +
ription Port 0''' - Sets a description for this device.  The description is optional used for reporting purposes in other utilities.  Setting a value here does not affect the operation of the port.  
:'
:'
-
encapsulation hdlc''' - Specifies the Cisco HDLC protocol for this serial port.  
+
en
 +
 
 +
psulation hdlc''' - Specifies the Cisco HDLC protocol for this serial port.  
:'
:'
-
ip address 192.168.10.1 255.255.255.252''' - Specifies the IP address and netmask for Serial0.  
+
ip
 +
 
 +
ddress 192.168.10.1 255.255.255.252''' - Specifies the IP address and netmask for Serial0.  
:'
:'
-
# Set the default route via Serial0 using the device''' - A comment inserted in the configuration file.  Lines that begin with # or ! are ignored by Inetics when starting or reloading configurations.  
+
#  
 +
 
 +
t the default route via Serial0 using the device''' - A comment inserted in the configuration file.  Lines that begin with # or ! are ignored by Inetics when starting or reloading configurations.  
:'
:'
-
#ip route add 0.0.0.0/0 dev Serial0''' - A route statement setting the default route to the Serial0 device.  This syntax can not be used to route via Ethernet interfaces properly.  Note that this command is commented out, so it will be ignored by Inetics.  
+
#i
 +
 
 +
route add 0.0.0.0/0 dev Serial0''' - A route statement setting the default route to the Serial0 device.  This syntax can not be used to route via Ethernet interfaces properly.  Note that this command is commented out, so it will be ignored by Inetics.  
:'
:'
-
#ip route add default via 192.168.10.2''' - A route statement setting the default route to the IP address of 192.168.10.2.  Note that this command is commented out, so it will be ignored by Inetics.  This command also uses the alternate default route designator of default instead of the numeric 0.0.0.0/0. The designators are equivalent.
+
#i
 +
 
 +
route add default via 192.168.10.2''' - A route statement setting the default route to the IP address of 192.168.10.2.  Note that this command is commented out, so it will be ignored by Inetics.  This command also uses the alternate default route designator of default instead of the numeric 0.0.0.0/0. The designators are equivalent.
==
==
-
===ult LAN Interface Configuration===
+
==
 +
 
 +
===LAN Interface Configuration===
:Th
:Th
-
  default values of the 10/100 Mbps Ethernet and Gigabit Ethernet on-board and expansion cards are as follows:  
+
  de
 +
ault values of the 10/100 Mbps Ethernet and Gigabit Ethernet on-board and expansion cards are as follows:  
:*
:*
-
-board Ethernet ports are always the first device(s) in the router.  A router with one on-board Ethernet port and one expansion port will use Ethernet0 for the onboard port and Ethernet1 for the expansion port.  
+
-b
 +
 
 +
rd Ethernet ports are always the first device(s) in the router.  A router with one on-board Ethernet port and one expansion port will use Ethernet0 for the onboard port and Ethernet1 for the expansion port.  
:*A
:*A
-
l 10/100 Mbps Ethernet and Gigabit Ethernet ports are enabled. No port description is configured for any port.  
+
l 1
 +
/100 Mbps Ethernet and Gigabit Ethernet ports are enabled. No port description is configured for any port.  
:*A
:*A
-
l 10/100 Mbps Ethernet ports are set to autonegotiate speed and duplex. All Gigabit Ethernet ports are set to full duplex autonegotiation.  
+
l 1
 +
/100 Mbps Ethernet ports are set to autonegotiate speed and duplex. All Gigabit Ethernet ports are set to full duplex autonegotiation.  
:*V
:*V
-
AN's are not configured.  
+
AN'
 +
are not configured.  
:*B
:*B
-
idging is not configured.  
+
idg
 +
ng is not configured.  
:*V
:*V
-
RP is not configured.  
+
RP  
 +
s not configured.  
:''
:''
-
Remember that default settings are not necessarily shown in the configuration file'''.
+
Rem
 +
mber that default settings are not necessarily shown in the configuration file'''.
==
==
-
===omizing the Configuration===
+
==
 +
 
 +
===ing the Configuration===
:To
:To
-
customize the Ethernet port configurations, complete the following sections.  The ordering of the commands is done by convention, but a specific order is not required. Likewise, all configurations are indented to make configurations easy to read, but indentation is not required.  In general, ImageStream follows this ordering convention:  
+
cus
 +
omize the Ethernet port configurations, complete the following sections.  The ordering of the commands is done by convention, but a specific order is not required. Likewise, all configurations are indented to make configurations easy to read, but indentation is not required.  In general, ImageStream follows this ordering convention:  
:#
:#
-
Comments
+
Co
 +
 
 +
ents
:#  
:#  
-
Port description  
+
Por
 +
description  
:#  
:#  
-
Bandwidth scaling statement  
+
Ban
 +
width scaling statement  
:#  
:#  
-
Other optional settings  
+
Oth
 +
r optional settings  
:#  
:#  
-
IP address/netmask  
+
IP  
 +
ddress/netmask  
:#  
:#  
-
Secondary IP addresses/netmasks  
+
Sec
 +
ndary IP addresses/netmasks  
:#  
:#  
-
VRRP configuration  
+
VRR
 +
configuration  
==
==
-
====ing the Port Description====
+
==
 +
 
 +
====the Port Description====
:Yo
:Yo
-
  can assign description to all 10/100 Ethernet and Gigabit Ethernet ports.  Although this feature is optional, it may be particularly useful to assign names to facilitate administration.  Setting a description does not change the operation or name of the port.  
+
  ca
 +
assign description to all 10/100 Ethernet and Gigabit Ethernet ports.  Although this feature is optional, it may be particularly useful to assign names to facilitate administration.  Setting a description does not change the operation or name of the port.  
:T
:T
-
assign a description to a port, enter this command in the wan.conf file in the Ethernet interface configuration section:  
+
as
 +
 
 +
gn a description to a port, enter this command in the wan.conf file in the Ethernet interface configuration section:  
  '
  '
-
description''' ''string''  
+
de
 +
 
 +
ription''' ''string''  
:U
:U
-
ng the router's default configuration below, we have added a description to Ethernet0:  
+
ng
 +
 
 +
he router's default configuration below, we have added a description to Ethernet0:  
  !
  !
-
  in
+
   
-
erface Ethernet0  
+
 
 +
 
 +
erf
 +
ce Ethernet0  
   d
   d
-
scription Office LAN  
+
scr
 +
ption Office LAN  
   i
   i
-
  address 10.10.199.199 255.0.0.0
+
  ad
 +
ress 10.10.199.199 255.0.0.0
  !
  !
==
==
-
====iguring Duplex and Speed Settings====
+
==
 +
 
 +
====ing Duplex and Speed Settings====
:By
:By
-
default, all 10/100 Ethernet devices autonegotiate duplex and speed settings with the connected device.  However, you can set different combinations of duplex and speed modes based on the requirements of your application or the connected device's capabilities.  Most Ethernet hubs, as well as older Ethernet cards and wireless radios may not support MII autonegotiation of duplex and speeds.  
+
def
 +
ult, all 10/100 Ethernet devices autonegotiate duplex and speed settings with the connected device.  However, you can set different combinations of duplex and speed modes based on the requirements of your application or the connected device's capabilities.  Most Ethernet hubs, as well as older Ethernet cards and wireless radios may not support MII autonegotiation of duplex and speeds.  
:T
:T
-
force a duplex setting on an Ethernet port, enter this command in the wan.conf file in the Ethernet interface configuration section:  
+
fo
 +
 
 +
e a duplex setting on an Ethernet port, enter this command in the wan.conf file in the Ethernet interface configuration section:  
  '
  '
-
duplex''' { au{o | full | half }  
+
du
 +
 
 +
ex''' { au{o |{full | half }  
:T
:T
-
  ''auto, full, or half'' keyword configures the duplex operation on an interface.  ''auto'' is the default setting.  To force a speed setting on an Ethernet port, enter this command in the wan.conf file in the Ethernet interface configuration section:  
+
  '
 +
 
 +
uto, full, or half'' keyword configures the duplex operation on an interface.  ''auto'' is the default setting.  To force a speed setting on an Ethernet port, enter this command in the wan.conf file in the Ethernet interface configuration section:  
  '
  '
-
speed''' { au{o | 100 | 10 }  
+
sp
 +
 
 +
d''' { au{o |{100 | 10 }  
:T
:T
-
  ''auto, 100 or 10'' keyword configures the speed on an interface. '' auto'' is the default. The duplex and speed commands are not valid for 10/100/1000 Ethernet ports or Gigabit Ethernet ports.  
+
  '
 +
 
 +
uto, 100 or 10'' keyword configures the speed on an interface. '' auto'' is the default. The duplex and speed commands are not valid for 10/100/1000 Ethernet ports or Gigabit Ethernet ports.  
:U
:U
-
ng the router's default configuration below, we have added duplex and speed settings to Ethernet0:  
+
ng
 +
 
 +
he router's default configuration below, we have added duplex and speed settings to Ethernet0:  
  !
  !
-
  in
+
  i
-
erface Ethernet0  
+
 
 +
erf
 +
ce Ethernet0  
   d
   d
-
scription Office LAN  
+
scr
 +
ption Office LAN  
   d
   d
-
plex auto   
+
ple
 +
auto   
   s
   s
-
eed auto   
+
eed
 +
auto   
   i
   i
-
  address 10.10.199.199 255.0.0.0  
+
  ad
 +
ress 10.10.199.199 255.0.0.0  
  !  
  !  
:T
:T
-
  table below describes the relationship between different combinations of the duplex and speed modes. The specified duplex command configured with the specified speed command produces the resulting action on the Ethernet port.  
+
  t
 +
 
 +
le below describes the relationship between different combinations of the duplex and speed modes. The specified duplex command configured with the specified speed command produces the resulting action on the Ethernet port.  
:R
:R
-
ationship Between '''duplex''' and '''speed''' Commands  
+
at
 +
 
 +
nship Between '''duplex''' and '''speed''' Commands  
{|
{|
-
{rder = "1" style="text-align:center"
+
{r
 +
 
 +
{ = "1" style="text-align:center"
! d
! d
-
plex Command  !!  speed Command  !!  Resulting Action by Ethernet Port
+
ple
 +
Command  !!  speed Command  !!  Resulting Action by Ethernet Port
|-
|-
  d
  d
-
plex auto  
+
 
 +
le
 +
auto  
| s
| s
-
eed auto || Autonegotiates both speed and duplex modes
+
eed
 +
auto || Autonegotiates both speed and duplex modes
|-
|-
  d
  d
-
plex half or full   
+
 
 +
le
 +
half or full   
|   
|   
-
peed auto  ||  Autonegotiates both speed and duplex modes
+
pee
 +
auto  ||  Autonegotiates both speed and duplex modes
|-
|-
  d
  d
-
plex auto   
+
 
 +
le
 +
auto   
|   
|   
-
peed 10  ||  Forces 10 Mbps and Autonegotiates duplex mode
+
pee
 +
10  ||  Forces 10 Mbps and Autonegotiates duplex mode
|-
|-
  d
  d
-
plex auto   
+
 
 +
le
 +
auto   
|   
|   
-
peed 100  ||  Forces 100 Mbps and Autonegotiates duplex mode
+
pee
 +
100  ||  Forces 100 Mbps and Autonegotiates duplex mode
|-
|-
  d
  d
-
plex half   
+
 
 +
le
 +
half   
|   
|   
-
peed 10  || Forces 10 Mbps and half duplex
+
pee
 +
10  || Forces 10 Mbps and half duplex
|-
|-
  d
  d
-
plex full   
+
 
 +
le
 +
full   
|   
|   
-
peed 10 || Forces 10 Mbps and full duplex
+
pee
 +
10 || Forces 10 Mbps and full duplex
|-
|-
  d
  d
-
plex half   
+
 
 +
le
 +
half   
|   
|   
-
peed 100  || Forces 100 Mbps and half duplex
+
pee
 +
100  || Forces 100 Mbps and half duplex
|-
|-
  d
  d
-
plex full   
+
 
 +
le
 +
full   
|   
|   
-
speed 100  || Forces 100 Mbps and full duplex
+
spe
 +
d 100  || Forces 100 Mbps and full duplex
|}
|}
==
==
-
====ing the IP Address and Netmask====
+
==
 +
 
 +
====the IP Address and Netmask====
:Du
:Du
-
ing the initial installation process, you will set the IP address and netmask for the Ethernet interface.  To change the IP address and netmask of the Ethernet interface from the default, modify the ip address command.  The syntax of this command is
+
ing
 +
the initial installation process, you will set the IP address and netmask for the Ethernet interface.  To change the IP address and netmask of the Ethernet interface from the default, modify the ip address command.  The syntax of this command is
  '
  '
-
ip address''' ''ipaddress netmask''  
+
ip
 +
 
 +
ddress''' ''ipaddress netmask''  
:S
:S
-
  the IP address to the address to be used by the router on your network. If you have divided your network into subnets, enter the subnet mask that identifies how your network addresses are divided between the network portion and the host portion.  
+
  t
 +
 
 +
IP address to the address to be used by the router on your network. If you have divided your network into subnets, enter the subnet mask that identifies how your network addresses are divided between the network portion and the host portion.  
:U
:U
-
ng the default configuration above, we have set the Ethernet0 IP address to 10.10.10.1 with a Class C netmask (/24, or 255.255.255.0).  You will need to substitute your address and netmask for your network.  
+
ng
 +
 
 +
he default configuration above, we have set the Ethernet0 IP address to 10.10.10.1 with a Class C netmask (/24, or 255.255.255.0).  You will need to substitute your address and netmask for your network.  
  !
  !
-
  in
+
  i
-
erface Ethernet0  
+
 
 +
erf
 +
ce Ethernet0  
   d
   d
-
scription Office LAN  
+
scr
 +
ption Office LAN  
   d
   d
-
plex auto  
+
ple
 +
auto  
   s
   s
-
eed auto  
+
eed
 +
auto  
   i
   i
-
  address 10.10.10.1 255.255.255.0
+
  ad
 +
ress 10.10.10.1 255.255.255.0
  !
  !
==
==
-
====ing a Dynamic IP Address via DHCP====
+
==
 +
 
 +
====a Dynamic IP Address via DHCP====
:So
:So
-
e routers, especially those connected to broadband Internet connections, may obtain an IP address from a DHCP server.  To change the IP address and netmask of the Ethernet interface from the default, modify the ip address command to instruct the router to act as a DHCP client on this interface.  The syntax of this DHCP client command is:  
+
e r
 +
uters, especially those connected to broadband Internet connections, may obtain an IP address from a DHCP server.  To change the IP address and netmask of the Ethernet interface from the default, modify the ip address command to instruct the router to act as a DHCP client on this interface.  The syntax of this DHCP client command is:  
  '
  '
-
ip address dhcp''' [ ''[lient-id  { yo{r-client-id }''] ['' [lient-name { yo{r-client-name }'']
+
ip
 +
 
 +
ddress dhcp''' [ ''[lie[t-id  { yo{r-c{ient-id }''] ['' [lie[t-name { yo{r-c{ient-name }'']
:T
:T
-
  '''client-id''' and '''client-name''' commands are optional.  If your DHCP server, or your broadband provider, require a client ID or name, specify either one or both of these optional parameters as necessary.  Using the default configuration above, we have set the Ethernet0 IP address to a dynamic IP address.  When the router boots, or when the Inetics™ service is reloaded, the router will make a DHCP request on the Ethernet0 device and wait for a response from the DHCP server.  The DHCP client will accept an IP address, netmask, default gateway IP, DNS server addresses, and domain name if supplied by the DHCP server.  
+
  '
 +
 
 +
client-id''' and '''client-name''' commands are optional.  If your DHCP server, or your broadband provider, require a client ID or name, specify either one or both of these optional parameters as necessary.  Using the default configuration above, we have set the Ethernet0 IP address to a dynamic IP address.  When the router boots, or when the Inetics™ service is reloaded, the router will make a DHCP request on the Ethernet0 device and wait for a response from the DHCP server.  The DHCP client will accept an IP address, netmask, default gateway IP, DNS server addresses, and domain name if supplied by the DHCP server.  
  !
  !
-
  in
+
  i
-
erface Ethernet0  
+
 
 +
erf
 +
ce Ethernet0  
   d
   d
-
scription Cable Modem Connection duplex auto  
+
scr
 +
ption Cable Modem Connection duplex auto  
   s
   s
-
eed auto  
+
eed
 +
auto  
   i
   i
-
  address dhcp
+
  ad
 +
ress dhcp
  !
  !
==
==
-
====ng Secondary Ethernet Addresses====
+
==
 +
 
 +
====econdary Ethernet Addresses====
:De
:De
-
ending on your network configuration, you may need to configure more than one address on an Ethernet device.  This task is accomplished by adding the secondary keyword to the ip address line used previously.  The secondary keyword is used for all addresses on an Ethernet device other than the primary address.  Only one primary address can be configured on an Ethernet device.  Configuring more than one primary address or leaving the secondary keyword off of a secondary address configuration will cause the last primary IP address to be used when the port is configured by SAND.  
+
end
 +
ng on your network configuration, you may need to configure more than one address on an Ethernet device.  This task is accomplished by adding the secondary keyword to the ip address line used previously.  The secondary keyword is used for all addresses on an Ethernet device other than the primary address.  Only one primary address can be configured on an Ethernet device.  Configuring more than one primary address or leaving the secondary keyword off of a secondary address configuration will cause the last primary IP address to be used when the port is configured by SAND.  
:U
:U
-
ng the default configuration above, we have added two secondary IP addresses to Ethernet0.  You will need to substitute your address and netmask for your network.  
+
ng
 +
 
 +
he default configuration above, we have added two secondary IP addresses to Ethernet0.  You will need to substitute your address and netmask for your network.  
  !
  !
-
  in
+
   
-
erface Ethernet0  
+
 
 +
 
 +
erf
 +
ce Ethernet0  
   d
   d
-
scription Office LAN  
+
scr
 +
ption Office LAN  
   d
   d
-
plex auto  
+
ple
 +
auto  
   s
   s
-
eed auto  
+
eed
 +
auto  
   i
   i
-
  address 10.10.10.1 255.255.255.0  
+
  ad
 +
ress 10.10.10.1 255.255.255.0  
   i
   i
-
  address 192.168.0.1 255.255.255.128 secondary  
+
  ad
 +
ress 192.168.0.1 255.255.255.128 secondary  
   i
   i
-
  address 192.168.10.1 255.255.254.0 secondary  
+
  ad
 +
ress 192.168.10.1 255.255.254.0 secondary  
  !
  !
==
==
-
====ling or Disabling an Ethernet Interface====
+
==
 +
 
 +
==== or Disabling an Ethernet Interface====
:To
:To
-
disable an interface, use the shutdown interface configuration command.  Unlike other command line interfaces, the wan.conf file does not require a "no" version of a command to reverse the operation.  Entering "no" followed by a command will be ignored by SAND.  
+
dis
 +
ble an interface, use the shutdown interface configuration command.  Unlike other command line interfaces, the wan.conf file does not require a "no" version of a command to reverse the operation.  Entering "no" followed by a command will be ignored by SAND.  
:S
:S
-
  the default configuration below to see how to enter the shutdown command.   
+
  t
 +
 
 +
default configuration below to see how to enter the shutdown command.   
  !
  !
in
in
-
erface Ethernet0  
+
 
 +
rf
 +
ce Ethernet0  
   s
   s
-
utdown
+
utd
 +
wn
   d
   d
-
scription Office LAN  
+
scr
 +
ption Office LAN  
   d
   d
-
plex auto  
+
ple
 +
auto  
   s
   s
-
eed auto  
+
eed
 +
auto  
   i
   i
-
  address 10.10.10.1 255.255.255.0  
+
  ad
 +
ress 10.10.10.1 255.255.255.0  
   i
   i
-
  address 192.168.1.1 255.255.255.128 secondary  
+
  ad
 +
ress 192.168.1.1 255.255.255.128 secondary  
   i
   i
-
  address 192.168.10.1 255.255.254.0 secondary  
+
  ad
 +
ress 192.168.10.1 255.255.254.0 secondary  
  !  
  !  
:T
:T
-
enable Ethernet0 in the configuration, remove the '''shutdown''' command.  Do not use "no shutdown", as this will be ignored by SAND.  It is not necessary to enter "no" and a command to negate the command.  Simply remove the command from the configuration file to enable the interface.  
+
en
 +
 
 +
le Ethernet0 in the configuration, remove the '''shutdown''' command.  Do not use "no shutdown", as this will be ignored by SAND.  It is not necessary to enter "no" and a command to negate the command.  Simply remove the command from the configuration file to enable the interface.  
:T
:T
-
disable an Ethernet interface, you must use the '''shutdown''' command. Disconnecting the Ethernet cable, removing the interface's IP address, or removing the interface from wan.conf does not disable the Ethernet interface.  Only the shutdown command can disable an Ethernet interface.
+
di
 +
 
 +
ble an Ethernet interface, you must use the '''shutdown''' command. Disconnecting the Ethernet cable, removing the interface's IP address, or removing the interface from wan.conf does not disable the Ethernet interface.  Only the shutdown command can disable an Ethernet interface.
==
==
-
====ng Comments to an Ethernet Configuration====
+
==
 +
 
 +
====omments to an Ethernet Configuration====
:Co
:Co
-
ments may be added to the Ethernet configuration, or anywhere in the '''wan.conf''' file by inserting a line that begins with the''' #''' symbol.  The contents of the line will be ignored by SAND.  Comments may be used to place contact information, ticket numbers, circuit IDs or any other information into the '''wan.conf''' file.  There are no limits on the number or length of comments that may be inserted.
+
men
 +
s may be added to the Ethernet configuration, or anywhere in the '''wan.conf''' file by inserting a line that begins with the''' #''' symbol.  The contents of the line will be ignored by SAND.  Comments may be used to place contact information, ticket numbers, circuit IDs or any other information into the '''wan.conf''' file.  There are no limits on the number or length of comments that may be inserted.
   
   
   
   
   
   
-
  in
+
   
-
erface Ethernet0  
+
n
 +
erf
 +
ce Ethernet0  
   #
   #
-
onnects to DES-3326, Port 5 in 3rd floor wiring closet #Call Dave at x4653 for cable or port problems  
+
onn
 +
cts to DES-3326, Port 5 in 3rd floor wiring closet #Call Dave at x4653 for cable or port problems  
   d
   d
-
scription Office LAN  
+
scr
 +
ption Office LAN  
   d
   d
-
plex auto  
+
ple
 +
auto  
   s
   s
-
eed auto  
+
eed
 +
auto  
   i
   i
-
  address 10.10.10.1 255.255.255.0  
+
  ad
 +
ress 10.10.10.1 255.255.255.0  
   i
   i
-
  address 192.168.1.1 255.255.255.128 secondary  
+
  ad
 +
ress 192.168.1.1 255.255.255.128 secondary  
   i
   i
-
  address 192.168.10.1 255.255.254.0 secondary  
+
  ad
 +
ress 192.168.10.1 255.255.254.0 secondary  
  !
  !
==
==
-
====ing the Interface Bandwidth Calculation====
+
==
 +
 
 +
====the Interface Bandwidth Calculation====
:Fo
:Fo
-
  some media, such as Ethernet and Token Ring, the bandwidth is fixed; for other media, such as serial lines, you can change the actual bandwidth by adjusting the hardware.  For both classes of media, you can use the bandwidth configuration command to communicate the current bandwidth to the router's statistical output program and other programs.  The bandwidth command sets an informational parameter only to communicate the current bandwidth to other programs.  The bandwidth command does not adjust the actual bandwidth of an interface.  For certain types of interfaces (Bonder, Ethernet, ATM, ports with integrated CSU/DSUs), the bandwidth value is automatically calculated for you.  The syntax of the bandwidth command is:  
+
  so
 +
e media, such as Ethernet and Token Ring, the bandwidth is fixed; for other media, such as serial lines, you can change the actual bandwidth by adjusting the hardware.  For both classes of media, you can use the bandwidth configuration command to communicate the current bandwidth to the router's statistical output program and other programs.  The bandwidth command sets an informational parameter only to communicate the current bandwidth to other programs.  The bandwidth command does not adjust the actual bandwidth of an interface.  For certain types of interfaces (Bonder, Ethernet, ATM, ports with integrated CSU/DSUs), the bandwidth value is automatically calculated for you.  The syntax of the bandwidth command is:  
  '
  '
-
bandwidth''' ''<bit< per second>''
+
ba
 +
 
 +
width''' ''<bit< pe< second>''
:U
:U
-
ng the default example from above, you can see how we have added a bandwidth of 5 Mbps to the "Connection to co-lo" interface, Ethernet1:  
+
ng
 +
 
 +
he default example from above, you can see how we have added a bandwidth of 5 Mbps to the "Connection to co-lo" interface, Ethernet1:  
  !
  !
-
  in
+
  i
-
erface Ethernet0  
+
 
 +
erf
 +
ce Ethernet0  
   #
   #
-
onnects to DES-3326, Port 5 in 3rd floor wiring closet #Call Dave at x4653 for cable or port problems  
+
onn
 +
cts to DES-3326, Port 5 in 3rd floor wiring closet #Call Dave at x4653 for cable or port problems  
   d
   d
-
scription Office LAN  
+
scr
 +
ption Office LAN  
   d
   d
-
plex auto  
+
ple
 +
auto  
   s
   s
-
eed auto  
+
eed
 +
auto  
   i
   i
-
  address 10.10.10.1 255.255.255.0  
+
  ad
 +
ress 10.10.10.1 255.255.255.0  
   i
   i
-
  address 192.168.1.1 255.255.255.128 secondary  
+
  ad
 +
ress 192.168.1.1 255.255.255.128 secondary  
   i
   i
-
  address 192.168.10.1 255.255.254.0 secondary  
+
  ad
 +
ress 192.168.10.1 255.255.254.0 secondary  
  !  
  !  
  in
  in
-
erface Ethernet1  
+
erf
 +
ce Ethernet1  
   #
   #
-
OC phone: 800-555-1212 - Our account #58935 description Connection to co-lo  
+
OC  
 +
hone: 800-555-1212 - Our account #58935 description Connection to co-lo  
   b
   b
-
ndwidth 5000000  
+
ndw
 +
dth 5000000  
   i
   i
-
  address 63.67.72.155 255.255.255.0  
+
  ad
 +
ress 63.67.72.155 255.255.255.0  
  !
  !
==
==
-
====iguring Additional Ethernet Devices====
+
==
 +
 
 +
====ing Additional Ethernet Devices====
:If
:If
-
your router is equipped with multiple Ethernet devices, you can add additional interface configurations to the '''wan.conf''' file.  Although the order of the devices in the file does not matter, ImageStream by convention keeps the interfaces in order.  
+
you
 +
router is equipped with multiple Ethernet devices, you can add additional interface configurations to the '''wan.conf''' file.  Although the order of the devices in the file does not matter, ImageStream by convention keeps the interfaces in order.  
:A
:A
-
itional Ethernet devices are configured in the same manner as the on-board Ethernet0 device.  Add an additional interface command for each additional Ethernet port, separating each section with a ! symbol.  The syntax of the interface command is:  
+
it
 +
 
 +
nal Ethernet devices are configured in the same manner as the on-board Ethernet0 device.  Add an additional interface command for each additional Ethernet port, separating each section with a ! symbol.  The syntax of the interface command is:  
  '
  '
-
interface''' ''DeviceName''  
+
in
 +
 
 +
rface''' ''DeviceName''  
:U
:U
-
ng the default example above you can see how we added a second Ethernet port at Ethernet1.  
+
ng
 +
 
 +
he default example above you can see how we added a second Ethernet port at Ethernet1.  
  !
  !
-
  in
+
  i
-
erface Ethernet0  
+
 
 +
erf
 +
ce Ethernet0  
   #
   #
-
onnects to DES-3326, Port 5 in 3rd floor wiring closet #Call Dave at x4653 for cable or port problems  
+
onn
 +
cts to DES-3326, Port 5 in 3rd floor wiring closet #Call Dave at x4653 for cable or port problems  
   d
   d
-
scription Office LAN  
+
scr
 +
ption Office LAN  
   d
   d
-
plex auto  
+
ple
 +
auto  
   s
   s
-
eed auto  
+
eed
 +
auto  
   i
   i
-
  address 10.10.10.1 255.255.255.0  
+
  ad
 +
ress 10.10.10.1 255.255.255.0  
   i
   i
-
  address 192.168.1.1 255.255.255.128 secondary  
+
  ad
 +
ress 192.168.1.1 255.255.255.128 secondary  
   i
   i
-
  address 192.168.10.1 255.255.254.0 secondary  
+
  ad
 +
ress 192.168.10.1 255.255.254.0 secondary  
  !  
  !  
  in
  in
-
erface Ethernet1  
+
erf
 +
ce Ethernet1  
   #
   #
-
OC phone: 800-555-1212 - Our account #58935 description Connection to co-lo  
+
OC  
 +
hone: 800-555-1212 - Our account #58935 description Connection to co-lo  
   b
   b
-
ndwidth 5000000  
+
ndw
 +
dth 5000000  
   i
   i
-
  address 63.67.72.155 255.255.255.0
+
  ad
 +
ress 63.67.72.155 255.255.255.0
  !
  !
in
in
-
erface Ethernet2
+
 
 +
rf
 +
ce Ethernet2
   d
   d
-
scription public servers
+
scr
 +
ption public servers
   i
   i
-
  address 20.215.25.1 255.255.254.0
+
  ad
 +
ress 20.215.25.1 255.255.254.0
  !
  !
==
==
-
====iguring Token Ring Devices====
+
==
 +
 
 +
====ing Token Ring Devices====
:If
:If
-
your router is equipped with expansion Token Ring devices, you can add additional interface configurations to the wan.conf file.  Although the order of the devices in the file does not matter, ImageStream by convention keeps the interfaces in order. Additional Token Ring devices are configured in the same manner as additional Ethernet devices.  Add an additional interface command for each Token Ring port, beginning with TokenRing0 and separating each section with a ! symbol.  The syntax of the interface command is:  
+
you
 +
router is equipped with expansion Token Ring devices, you can add additional interface configurations to the wan.conf file.  Although the order of the devices in the file does not matter, ImageStream by convention keeps the interfaces in order. Additional Token Ring devices are configured in the same manner as additional Ethernet devices.  Add an additional interface command for each Token Ring port, beginning with TokenRing0 and separating each section with a ! symbol.  The syntax of the interface command is:  
  '
  '
-
  interface''' ''DeviceName''
+
  i
 +
 
 +
erface''' ''DeviceName''
   
   
:
:
s
s
-
ng the default example above, we added a Token Ring port at TokenRing0.  
+
n
 +
 +
he default example above, we added a Token Ring port at TokenRing0.  
  !
  !
-
  in
+
  i
-
erface Ethernet0  
+
 
 +
erf
 +
ce Ethernet0  
   #
   #
-
onnects to DES-3326, Port 5 in 3rd floor wiring closet #Call Dave at x4653 for cable or port problems  
+
onn
 +
cts to DES-3326, Port 5 in 3rd floor wiring closet #Call Dave at x4653 for cable or port problems  
   d
   d
-
scription Office LAN  
+
scr
 +
ption Office LAN  
   d
   d
-
plex auto  
+
ple
 +
auto  
   s
   s
-
eed auto  
+
eed
 +
auto  
   i
   i
-
  address 10.10.10.1 255.255.255.0  
+
  ad
 +
ress 10.10.10.1 255.255.255.0  
   i
   i
-
  address 192.168.1.1 255.255.255.128 secondary  
+
  ad
 +
ress 192.168.1.1 255.255.255.128 secondary  
   i
   i
-
  address 192.168.10.1 255.255.254.0 secondary  
+
  ad
 +
ress 192.168.10.1 255.255.254.0 secondary  
  !  
  !  
  in
  in
-
erface Ethernet1  
+
erf
 +
ce Ethernet1  
   #
   #
-
OC phone: 800-555-1212 - Our account #58935 description Connection to co-lo  
+
OC  
 +
hone: 800-555-1212 - Our account #58935
 +
  d
 +
scr
 +
ption Connection to co-lo  
   b
   b
-
ndwidth 5000000  
+
ndw
 +
dth 5000000  
   i
   i
-
  address 63.67.72.155 255.255.255.0
+
  ad
 +
ress 63.67.72.155 255.255.255.0
  !
  !
in
in
-
erface TokenRing0
+
 
 +
rf
 +
ce TokenRing0
   d
   d
-
scription Legacy network
+
scr
 +
ption Legacy network
   i
   i
-
  address 20.215.25.1 255.255.254.0
+
  ad
 +
ress 20.215.25.1 255.255.254.0
  !
  !
:'
:'
-
Note: You must save the settings to the router's non-volatile flash memory!  If the router is rebooted before saving, your changes will be lost!  See Chapter 26, [[Ro[[er Installation and Configuration Manual/Backup/Restore Menu: Managing Configurations]] f]] more information'''.
+
No
 +
 
 +
: You must save the settings to the router's non-volatile flash memory!  If the router is rebooted before saving, your changes will be lost!  See Chapter 26, [[Ro[[er[[nstallation and Configuration Manual/Backup/Restore Menu: Managing Configurations]] f]] m]]e information'''.

Revision as of 14:54, 16 March 2009

  1. Configuring a LAN Interface
This chapter describes how to configure the ImageStream router Ethernet and Token Ring interfaces, Ethernet VLAN subinterfaces and VRRP, and includes the following topics:
  • Understanding the Network Interface Configuration File
  • Default LAN Interface Configuration
  • Customizing the Configuration
  • Configuring Additional Ethernet Devices
  • Configuring Token Ring Interfaces
Before configuring the Ethernet or Token Ring interface, you must make the appropriate cabling connection for your needs. Refer to the hardware installation guide for your ImageStream product for information on making the LAN connection. See the Command Reference for more detailed command descriptions and instructions.
Configuration menu 
1. AAA (Password) Configuration 
2. Global configuration 
3. Network interface configuration 
4. Firewall and QOS configuration 
5. Service configuration  
6. Dynamic routing configuration 
7. Save configuration to flash 
0. ISis-Router main menu 
Next, select the "Network interface configuration" option by pressing 3 and Enter. This will open the ImageStream router’s primary configuration file, wan.conf in the default editor. The wan.conf file is also accessible from the command line in the /usr/local/sand directory.



Contents

rstanding the Network Interface Configuration File

a .conf is the primary configuration file used by ImageStream's open source Inetics™ Architecture. Inetics handles configuration and management of all LAN and WAN devices on an ImageStream router. For more information about ImageStream's Inetics technology, visit the ImageStream Web site at http://www.imagestream.com/Inetics.html. See the Command Reference for more detailed command descriptions and instructions.

T
d

ault wan.conf file is:

!
v

sio

2.00 
! 
in

erf ce Ethernet0

 i
ad

ress 10.10.199.199 255.0.0.0

!

in

rf ce Serial0

 s

utd wn

 d

scr ption Port 0

 e

cap ulation hdlc

 i
ad

ress 192.168.10.1 255.255.255.252

!

t he default route via Serial0 using the device #ip route add 0.0.0.0/0 dev Serial0

# 

et he default route via Serial0 using an IP

#i
ro

te add default via 192.168.10.2

! 
en


T

v

ues in the default file are explained below.

'

ve

ion 2.00 - Denotes the version number of the configuration file and driver set. This value is set by ImageStream and should not be changed or modified.

'

in

rface Ethernet0 - Denotes the start of the configuration section for the first Ethernet device in your system. All commands that follow this line until the next ! mark will be applied to Ethernet0.

'

ip

ddress 10.10.199.199 255.0.0.0 - Specifies the IP address and netmask for Ethernet0.

'

!,

nd - Signifies the end of a configuration section or the end of the wan.conf file. You must include a "!" to delimit each section of the configuration file and an "end" statement at the end of the file.

'

in

rface Serial0 - Denotes the start of the configuration section for the first Serial port in your system. All commands that follow this line until the next ! mark will be applied to Serial0.

'

sh

down - Instructs the router not to start this port when Inetics is started or reloaded.

'

de

ription Port 0 - Sets a description for this device. The description is optional used for reporting purposes in other utilities. Setting a value here does not affect the operation of the port.

'

en

psulation hdlc - Specifies the Cisco HDLC protocol for this serial port.

'

ip

ddress 192.168.10.1 255.255.255.252 - Specifies the IP address and netmask for Serial0.

'

t the default route via Serial0 using the device - A comment inserted in the configuration file. Lines that begin with # or ! are ignored by Inetics when starting or reloading configurations.

'
  1. i

route add 0.0.0.0/0 dev Serial0 - A route statement setting the default route to the Serial0 device. This syntax can not be used to route via Ethernet interfaces properly. Note that this command is commented out, so it will be ignored by Inetics.

'
  1. i

route add default via 192.168.10.2 - A route statement setting the default route to the IP address of 192.168.10.2. Note that this command is commented out, so it will be ignored by Inetics. This command also uses the alternate default route designator of default instead of the numeric 0.0.0.0/0. The designators are equivalent.

==

==

LAN Interface Configuration

Th
de

ault values of the 10/100 Mbps Ethernet and Gigabit Ethernet on-board and expansion cards are as follows:

-b

rd Ethernet ports are always the first device(s) in the router. A router with one on-board Ethernet port and one expansion port will use Ethernet0 for the onboard port and Ethernet1 for the expansion port.

  • A

l 1 /100 Mbps Ethernet and Gigabit Ethernet ports are enabled. No port description is configured for any port.

  • A

l 1 /100 Mbps Ethernet ports are set to autonegotiate speed and duplex. All Gigabit Ethernet ports are set to full duplex autonegotiation.

  • V

AN'

are not configured. 
  • B

idg ng is not configured.

  • V

RP s not configured.

Rem mber that default settings are not necessarily shown in the configuration file.

==

==

ing the Configuration

To

cus omize the Ethernet port configurations, complete the following sections. The ordering of the commands is done by convention, but a specific order is not required. Likewise, all configurations are indented to make configurations easy to read, but indentation is not required. In general, ImageStream follows this ordering convention:

Co

ents

Por

description 

Ban width scaling statement

Oth r optional settings

IP ddress/netmask

Sec ndary IP addresses/netmasks

VRR

configuration 

==

==

the Port Description

Yo
ca
assign description to all 10/100 Ethernet and Gigabit Ethernet ports.  Although this feature is optional, it may be particularly useful to assign names to facilitate administration.   Setting a description does not change the operation or name of the port. 
T

as

gn a description to a port, enter this command in the wan.conf file in the Ethernet interface configuration section:

'

de

ription string

U

ng

he router's default configuration below, we have added a description to Ethernet0:

!



erf ce Ethernet0

 d

scr ption Office LAN

 i
ad

ress 10.10.199.199 255.0.0.0

!

==

==

ing Duplex and Speed Settings

By

def ult, all 10/100 Ethernet devices autonegotiate duplex and speed settings with the connected device. However, you can set different combinations of duplex and speed modes based on the requirements of your application or the connected device's capabilities. Most Ethernet hubs, as well as older Ethernet cards and wireless radios may not support MII autonegotiation of duplex and speeds.

T

fo

e a duplex setting on an Ethernet port, enter this command in the wan.conf file in the Ethernet interface configuration section:

'

du

ex { au{o |{full | half }

T
'

uto, full, or half keyword configures the duplex operation on an interface. auto is the default setting. To force a speed setting on an Ethernet port, enter this command in the wan.conf file in the Ethernet interface configuration section:

'

sp

d { au{o |{100 | 10 }

T
'

uto, 100 or 10 keyword configures the speed on an interface. auto is the default. The duplex and speed commands are not valid for 10/100/1000 Ethernet ports or Gigabit Ethernet ports.

U

ng

he router's default configuration below, we have added duplex and speed settings to Ethernet0:

!
i

erf ce Ethernet0

 d

scr ption Office LAN

 d

ple

auto  
 s

eed auto

 i
ad

ress 10.10.199.199 255.0.0.0

! 
T
t

le below describes the relationship between different combinations of the duplex and speed modes. The specified duplex command configured with the specified speed command produces the resulting action on the Ethernet port.

R

at

nship Between duplex and speed Commands

{r { = "1" style="text-align:center" d le auto d le half or full d le auto d le auto d le half d le full d le half d le full
d

ple

Command  !!  speed Command  !!  Resulting Action by Ethernet Port
s

eed auto || Autonegotiates both speed and duplex modes

pee

auto  ||  Autonegotiates both speed and duplex modes

pee

10  ||  Forces 10 Mbps and Autonegotiates duplex mode

pee

100  ||  Forces 100 Mbps and Autonegotiates duplex mode

pee

10   || Forces 10 Mbps and half duplex

pee

10 || Forces 10 Mbps and full duplex

pee

100  || Forces 100 Mbps and half duplex

spe d 100 || Forces 100 Mbps and full duplex

==

==

the IP Address and Netmask

Du

ing the initial installation process, you will set the IP address and netmask for the Ethernet interface. To change the IP address and netmask of the Ethernet interface from the default, modify the ip address command. The syntax of this command is

'

ip

ddress ipaddress netmask

S
t
IP address to the address to be used by the router on your network. If you have divided your network into subnets, enter the subnet mask that identifies how your network addresses are divided between the network portion and the host portion. 
U

ng

he default configuration above, we have set the Ethernet0 IP address to 10.10.10.1 with a Class C netmask (/24, or 255.255.255.0). You will need to substitute your address and netmask for your network.

!
i

erf ce Ethernet0

 d

scr ption Office LAN

 d

ple

auto 
 s

eed auto

 i
ad

ress 10.10.10.1 255.255.255.0

!

==

==

a Dynamic IP Address via DHCP

So

e r uters, especially those connected to broadband Internet connections, may obtain an IP address from a DHCP server. To change the IP address and netmask of the Ethernet interface from the default, modify the ip address command to instruct the router to act as a DHCP client on this interface. The syntax of this DHCP client command is:

'

ip

ddress dhcp [ [lie[t-id { yo{r-c{ient-id }] [ [lie[t-name { yo{r-c{ient-name }]

T
'

client-id and client-name commands are optional. If your DHCP server, or your broadband provider, require a client ID or name, specify either one or both of these optional parameters as necessary. Using the default configuration above, we have set the Ethernet0 IP address to a dynamic IP address. When the router boots, or when the Inetics™ service is reloaded, the router will make a DHCP request on the Ethernet0 device and wait for a response from the DHCP server. The DHCP client will accept an IP address, netmask, default gateway IP, DNS server addresses, and domain name if supplied by the DHCP server.

!
i

erf ce Ethernet0

 d

scr ption Cable Modem Connection duplex auto

 s

eed auto

 i
ad

ress dhcp

!

==

==

econdary Ethernet Addresses

De

end ng on your network configuration, you may need to configure more than one address on an Ethernet device. This task is accomplished by adding the secondary keyword to the ip address line used previously. The secondary keyword is used for all addresses on an Ethernet device other than the primary address. Only one primary address can be configured on an Ethernet device. Configuring more than one primary address or leaving the secondary keyword off of a secondary address configuration will cause the last primary IP address to be used when the port is configured by SAND.

U

ng

he default configuration above, we have added two secondary IP addresses to Ethernet0. You will need to substitute your address and netmask for your network.

!



erf ce Ethernet0

 d

scr ption Office LAN

 d

ple

auto 
 s

eed auto

 i
ad

ress 10.10.10.1 255.255.255.0

 i
ad

ress 192.168.0.1 255.255.255.128 secondary

 i
ad

ress 192.168.10.1 255.255.254.0 secondary

!

==

==

or Disabling an Ethernet Interface

To

dis ble an interface, use the shutdown interface configuration command. Unlike other command line interfaces, the wan.conf file does not require a "no" version of a command to reverse the operation. Entering "no" followed by a command will be ignored by SAND.

S
t
default configuration below to see how to enter the shutdown command.   
!

in

rf ce Ethernet0

 s

utd wn

 d

scr ption Office LAN

 d

ple

auto 
 s

eed auto

 i
ad

ress 10.10.10.1 255.255.255.0

 i
ad

ress 192.168.1.1 255.255.255.128 secondary

 i
ad

ress 192.168.10.1 255.255.254.0 secondary

! 
T

en

le Ethernet0 in the configuration, remove the shutdown command. Do not use "no shutdown", as this will be ignored by SAND. It is not necessary to enter "no" and a command to negate the command. Simply remove the command from the configuration file to enable the interface.

T

di

ble an Ethernet interface, you must use the shutdown command. Disconnecting the Ethernet cable, removing the interface's IP address, or removing the interface from wan.conf does not disable the Ethernet interface. Only the shutdown command can disable an Ethernet interface.

==

==

omments to an Ethernet Configuration

Co

men s may be added to the Ethernet configuration, or anywhere in the wan.conf file by inserting a line that begins with the # symbol. The contents of the line will be ignored by SAND. Comments may be used to place contact information, ticket numbers, circuit IDs or any other information into the wan.conf file. There are no limits on the number or length of comments that may be inserted.



n erf ce Ethernet0

 #

onn cts to DES-3326, Port 5 in 3rd floor wiring closet #Call Dave at x4653 for cable or port problems

 d

scr ption Office LAN

 d

ple

auto 
 s

eed auto

 i
ad

ress 10.10.10.1 255.255.255.0

 i
ad

ress 192.168.1.1 255.255.255.128 secondary

 i
ad

ress 192.168.10.1 255.255.254.0 secondary

!

==

==

the Interface Bandwidth Calculation

Fo
so

e media, such as Ethernet and Token Ring, the bandwidth is fixed; for other media, such as serial lines, you can change the actual bandwidth by adjusting the hardware. For both classes of media, you can use the bandwidth configuration command to communicate the current bandwidth to the router's statistical output program and other programs. The bandwidth command sets an informational parameter only to communicate the current bandwidth to other programs. The bandwidth command does not adjust the actual bandwidth of an interface. For certain types of interfaces (Bonder, Ethernet, ATM, ports with integrated CSU/DSUs), the bandwidth value is automatically calculated for you. The syntax of the bandwidth command is:

'

ba

width <bit< pe< second>

U

ng

he default example from above, you can see how we have added a bandwidth of 5 Mbps to the "Connection to co-lo" interface, Ethernet1:

!
i

erf ce Ethernet0

 #

onn cts to DES-3326, Port 5 in 3rd floor wiring closet #Call Dave at x4653 for cable or port problems

 d

scr ption Office LAN

 d

ple

auto 
 s

eed auto

 i
ad

ress 10.10.10.1 255.255.255.0

 i
ad

ress 192.168.1.1 255.255.255.128 secondary

 i
ad

ress 192.168.10.1 255.255.254.0 secondary

! 
in

erf ce Ethernet1

 #

OC hone: 800-555-1212 - Our account #58935 description Connection to co-lo

 b

ndw dth 5000000

 i
ad

ress 63.67.72.155 255.255.255.0

!

==

==

ing Additional Ethernet Devices

If

you

router is equipped with multiple Ethernet devices, you can add additional interface configurations to the wan.conf file.  Although the order of the devices in the file does not matter, ImageStream by convention keeps the interfaces in order. 
A

it

nal Ethernet devices are configured in the same manner as the on-board Ethernet0 device. Add an additional interface command for each additional Ethernet port, separating each section with a ! symbol. The syntax of the interface command is:

'

in

rface DeviceName

U

ng

he default example above you can see how we added a second Ethernet port at Ethernet1.

!
i

erf ce Ethernet0

 #

onn cts to DES-3326, Port 5 in 3rd floor wiring closet #Call Dave at x4653 for cable or port problems

 d

scr ption Office LAN

 d

ple

auto 
 s

eed auto

 i
ad

ress 10.10.10.1 255.255.255.0

 i
ad

ress 192.168.1.1 255.255.255.128 secondary

 i
ad

ress 192.168.10.1 255.255.254.0 secondary

! 
in

erf ce Ethernet1

 #

OC hone: 800-555-1212 - Our account #58935 description Connection to co-lo

 b

ndw dth 5000000

 i
ad

ress 63.67.72.155 255.255.255.0

!

in

rf ce Ethernet2

 d

scr ption public servers

 i
ad

ress 20.215.25.1 255.255.254.0

!

==

==

ing Token Ring Devices

If

you

router is equipped with expansion Token Ring devices, you can add additional interface configurations to the wan.conf file.  Although the order of the devices in the file does not matter, ImageStream by convention keeps the interfaces in order. Additional Token Ring devices are configured in the same manner as additional Ethernet devices.  Add an additional interface command for each Token Ring port, beginning with TokenRing0 and separating each section with a ! symbol.  The syntax of the interface command is: 
'
i

erface DeviceName

s n

he default example above, we added a Token Ring port at TokenRing0.

!
i

erf ce Ethernet0

 #

onn cts to DES-3326, Port 5 in 3rd floor wiring closet #Call Dave at x4653 for cable or port problems

 d

scr ption Office LAN

 d

ple

auto 
 s

eed auto

 i
ad

ress 10.10.10.1 255.255.255.0

 i
ad

ress 192.168.1.1 255.255.255.128 secondary

 i
ad

ress 192.168.10.1 255.255.254.0 secondary

! 
in

erf ce Ethernet1

 #

OC hone: 800-555-1212 - Our account #58935

 d

scr ption Connection to co-lo

 b

ndw dth 5000000

 i
ad

ress 63.67.72.155 255.255.255.0

!

in

rf ce TokenRing0

 d

scr ption Legacy network

 i
ad

ress 20.215.25.1 255.255.254.0

!
'

No

You must save the settings to the router's non-volatile flash memory! If the router is rebooted before saving, your changes will be lost! See Chapter 26, [[Ro[[ernstallation and Configuration Manual/Backup/Restore Menu: Managing Configurations f]] m]]e information.
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