
4-22
C
HAPTER
4: C
ONFIGURING
WITH
THE
VT100 I
NTERFACE
Figure 4-19
TR Trap Setup Screen
The TR Trap Setup screen has these fields:
■
IP Address
—Enter the network address of the
remote network management station to which
traps are to be sent.
■
Community String
—Enter a 32-character text
string for authenticating SNMP communication
between the Switch 2000 TR and a remote net-
work manager. The network manager and the
Switch 2000 TR must be configured with the same
string.
The default community string is
public.
■
Throttle
—Prevents a remote network manager
from receiving too many traps at the same time.
You can configure the Switch 2000 TR to transmit
traps within a specific delay time period known as
a throttle. The unit of throttle is one thousandth of
a second. The default value is 100, which provides
a delay of one-tenth of a second between each
transmission.
Serial Port Configuration
The VT100 interface provides a screen for setting the
parameters of the serial port of the Switch 2000 TR.
The serial port provides out-of-band communications
with the Switch 2000 TR for purposes of local config-
uration and communication.
To view the Switch 2000 TR Serial Port Setup screen,
proceed as follows, from the Switch 2000 TR Main
Menu banner.
1
Select Management Setup.
The Management Setup screen appears.
2
Select SERIAL PORT.
The Serial Port Setup screen appears. See Figure 4-20.
Figure 4-20
Switch 2000 TR Serial Port Setup Screen
NOTE:
If you change any of the serial port parame-
ters, you will terminate any existing sessions that are
using the serial port. Be sure that the connecting ter-
Summary of Contents for SUPERSTACK II 2000 TR
Page 1: ...SUPERSTACK II SWITCH 2000 TR USER GUIDE Version 4 0 ...
Page 8: ......
Page 36: ...NG STARTED ...
Page 104: ...AL LANS ...
Page 112: ...AL PORT CABLE PIN OUTS ...
Page 124: ...1 2 work 7 4 ols 7 4 es 7 4 8 e ion 3 2 e description 2 6 2 5 3 12 1 ...