Справочник Пользователя для 3com SuperStack II
6
B
ASIC
C
ONFIGURATION
OF
P
ORTS
AND
P
ATHS
This chapter contains conceptual information about ports and paths and
contains basic configuation procedures for each of the interfaces on your
SuperStack II NETBuilder SI bridge/router.
contains basic configuation procedures for each of the interfaces on your
SuperStack II NETBuilder SI bridge/router.
Paths, Ports, and
Virtual Ports
Virtual Ports
Ports and paths are the fundamental interface units on the bridge/router,
and understanding the concept of ports and paths is important. This
section defines ports and paths and explains how they are numbered.
and understanding the concept of ports and paths is important. This
section defines ports and paths and explains how they are numbered.
The fundamental difference between paths and ports is that the path is
the physical interface and the port is the logical interface in the software
that is mapped to the physical path. Figure 6 illustrates the relationship
between paths and ports.
the physical interface and the port is the logical interface in the software
that is mapped to the physical path. Figure 6 illustrates the relationship
between paths and ports.
Figure 6 Relationship Between Physical Paths and Logical Ports
Paths and Ports
A path is the physical interface that connects a bridge/router to a physical
network medium such as Ethernet or a serial line. Each path is associated
with a connector. If you have a built-in ISDN connector, each B channel is
assigned a separate path, for instance 3.1 and 3.2.
network medium such as Ethernet or a serial line. Each path is associated
with a connector. If you have a built-in ISDN connector, each B channel is
assigned a separate path, for instance 3.1 and 3.2.
Physical path
!<path>
Physical path
!<path>
Logical port
!<port>
Logical port
!<port>
Physical connectors
NETBuilder bridge/router chassis