Enterasys csx150 Guia Do Utilizador
USER’S GUIDE
222 CyberSWITCH
server by enabling this feature. The systems will download necessary static routes information
from the server when needed.
from the server when needed.
Refer to this guide’s RADIUS configuration information. The RADIUS Authentication Server User’s
Guide (an electronic document) also provides information on the RADIUS Authentication Server.
Refer to
Guide (an electronic document) also provides information on the RADIUS Authentication Server.
Refer to
for instructions on obtaining this document.
IP A
DDRESS
P
OOL
C
ONFIGURING
AN
IP A
DDRESS
P
OOL
U
SING
CFGEDIT
1.
Select IP Address Pool from the IP menu.
2.
Select to add an IP address.
3.
If you are adding a single IP address:
a.
a.
Enter the IP address.
b.
When prompted to enter the ending IP address press <return>.
4.
If you are adding a range of IP addresses:
a.
a.
Enter the first IP address in the range.
b.
Enter the ending IP address in the range.
Note:
A range of IP addresses can cover the associated interface IP address; however, this
interface address will not be added to the IP address pool.
interface address will not be added to the IP address pool.
5.
To delete a single IP address contained in a configured range:
a.
a.
Select to delete an IP address.
b.
Select the Id of the range you want to delete the address from.
c.
Select to delete a single IP address contained in the range.
d. Enter the IP address you would like to delete from the range.
IP A
DDRESS
P
OOL
C
ONFIGURATION
E
LEMENTS
IP A
DDRESS
This can be a single IP address, or a range of IP addresses that can be dynamically assigned to
remote IP devices as they connect to the system.
remote IP devices as they connect to the system.
IP A
DDRESS
P
OOL
B
ACKGROUND
I
NFORMATION
The IP Address Pool feature allows you to configure a list of IP addresses that can be dynamically
assigned to remote IP devices as they connect to the system. This would occur if a remote IP device
calls in to the system and has no IP address, and requests to have one assigned. With this capability,
you no longer need to assign permanent IP addresses to all possible remote IP devices, but rather
only as many IP addresses as the number of possible ISDN connections. If multiple connections are
used, you would not need as many IP addresses as the number of possible ISDN connections. This
can result in a reduction of the number of IP addresses required for remote IP devices.
assigned to remote IP devices as they connect to the system. This would occur if a remote IP device
calls in to the system and has no IP address, and requests to have one assigned. With this capability,
you no longer need to assign permanent IP addresses to all possible remote IP devices, but rather
only as many IP addresses as the number of possible ISDN connections. If multiple connections are
used, you would not need as many IP addresses as the number of possible ISDN connections. This
can result in a reduction of the number of IP addresses required for remote IP devices.