H3C S3610-28F, Operation Manual

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Operation Manual – Port Correlation Configuration
H3C S3610&S5510 Series Ethernet Switches
Chapter 1 Ethernet Port Configuration
1-1
Chapter 1 Ethernet Port Configuration
1.1 Ethernet Port Configuration
Complete the following tasks to perform Ethernet port configuration:
Task Remarks
Configuring a Combo Port Optional
Performing Basic Ethernet port Configuration Optional
Configuring Flow Control on an Ethernet Port Optional
Configuring Loopback Testing on an Ethernet Port Optional
Configuring a Port Group Optional
Configuring the Broadcast Storm Suppression Ratio for an
Ethernet Port
Optional
Setting the Interval for Collecting Ethernet Port Statistics Optional
Enabling the Forwarding of Jumbo Frames Optional
Enabling Loopback Detection on an Ethernet Port Optional
Configuring the Cable Type for an Ethernet Port Optional
Testing the Cable on an Ethernet Port Optional
1.1.1 Configuring a Combo Port
I. Introduction to Combo port
A Combo port is formed by two Ethernet ports on the panel, one of which is an optical
port and the other is an electrical port. For the two ports forming a Combo port, only one
works at a given time. They are TX-SFP multiplexed. You can specify a Combo port to
operate as an electrical port or an optical port as needed. That is, a Combo port cannot
operate as both an electrical port and an optical port simultaneously.
Combo ports fall into the following two categories:
z
Single Combo port: the two Ethernet ports in the device panel correspond to only
one port view, in which the state switch on the two ports can be realized. A single
Combo port can be a Layer 2 Ethernet port or a Layer 3 Ethernet interface.
z
Dual-Combo port: the two Ethernet ports in the device panel correspond to two
port views. The state switchover can be realized in user’s own port view. A
dual-Combo port can only be a Layer 2 Ethernet port.