beautypg.com

Using telnet and secure shell, Changing the encapsulation type for ip packets – Brocade Multi-Service IronWare Switching Configuration Guide (Supporting R05.6.00) User Manual

Page 770

background image

740

Multi-Service IronWare Switching Configuration Guide

53-1003036-02

Configuring IP parameters

19

Because the newyork.com domain is already defined on the Brocade device, you need to enter only
the host name, NYC02, as noted below.

Brocade# traceroute nyc02

Syntax: [no] traceroute host-ip-addr [maxttl value] [minttl value] [numeric] [timeout value]

[source-ip ip addr]

The only required parameter is the IP address of the host at the other end of the route.

After you enter the command, a message indicating that the DNS query is in process and the
current gateway address (IP address of the domain name server) being queried appear on the
screen.

NOTE

In the above example, 10.157.22.199 is the IP address of the domain name server (default DNS
gateway address), and 10.157.22.80 represents the IP address of the NYC02 host.

Using Telnet and Secure Shell

Up to six inbound and five outbound Telnet connections can be supported simultaneously by the
Brocade device. The Brocade device also supports Secure Shell (SSH) access to management
functions.

Changing the encapsulation type for IP packets

The Brocade device encapsulates IP packets into Layer 2 packets, to send the IP packets on the
network. A Layer 2 packet is also called a MAC layer packet or an Ethernet frame. The MAC address
of the Brocade device interface sending the packet is the source address of the Layer 2 packet. The
Layer 2 packet’s destination address can be one of the following:

The MAC address of the IP packet’s destination. In this case, the destination device is directly
connected to the Brocade device.

Type Control-c to abort

Sending DNS Query to 10.157.22.199

Tracing Route to IP node 10.157.22.80

To ABORT Trace Route, Please use stop-traceroute command.

Traced route to target IP node 10.157.22.80:

IP Address Round Trip Time1 Round Trip Time2

10.95.6.30 93 msec 121 msec