Which master has the configuration document for the H3C switch 802 1x function

1. H3C's box switch, in general, the first digit is 1, so 9 ports are generally 1 0 9, 14 ports are generally 1 0 14, as for G or E, then it depends on whether your switch is 100 Gigabit or Gigabit, if it is 100 Gigabit, then it is E, if it is Gigabit, then it is G;

2. G represents a gigabit port, E represents a 100 gigabit port, as for FE is the same as E, GE is the same as G;

3. G2 0 14, respectively, represents: 2 represents the No. 2 slot, 0 generally has no practical significance, 14 represents the No. 14 port, H3C's box switch, the default general slot is named after 1, so it is generally impossible for you to see the port starting with 2 in the box switch, unless you have done virtualization or changed it with the command line. Huawei's generally starts with 0, so Huawei's ports are generally 0 0 1, etc.

As for that 14, I'm talking about port 14, not port 14, because some switches start from 0, so 14 is the fifteenth port. But this is rarely the case of box switches, which starts from 0 and generally appears on box switches.

For ordinary box switches, the ports seen on the default panel are on a slot, and the ports you see are a slot. Of course, if it is a switch that can expand the board, the slot is generally on the back of the switch, and that model generally has a C, such as Huawei's 5720-36C-EI-AC, the C in the 36C means that it can be expanded, but most of the box-type switches can only expand 4 ports. That is to say, depending on the model, if there is no C, there is only one slot (except for modular switches), and if there is C, there are 2 or more slots.

There are also special models, such as H3C's 5800 series, and some models can be expanded by several slots.

E=Ethernet Ethernet (in H3C products stands for 100M extremely low speeds, which is not the meaning of this by individual manufacturers).

FE = FastEthernet Fast Ethernet (representative vendor for Cisco represents 100M Ethernet H3C, which has almost no such representation except for some particularly early riser products and some carrier products).

g ge=gigabit ethernet gigabit ethernet g1 0 9 means member number 1 0 slot number 9 interface g2 0 14 means member number 2 slot number 14 interface 25 22 is photoelectric multiplexing 2 choose one Some old devices do not support single optical or electrical use (such as 25 optical and 26 electrical), and 4 groups of optical or electrical use must be used.

g 1 0 9 This is the location of the port.

It means the 1st slot, the 0th board, the 9th position, there is no special meaning, you just need to find the location of this port.

G stands for Gigabit, F stands for 100 Gigabit, and E stands for Ethernet.

Port Configuration of H3C Switch - Port configuration of H3C Switch.

1. Common port configuration 1Experimental Principle: Switch Port Basics.

The steps are as follows:

1. Connecting lines: 1. When the power cord is successfully connected, the switch will have a sound. 2. A network cable of the external network is connected to any of the 24 gigabit ports, and another interface is used to connect to the computer.

If you want to use HyperTerminal to configure a switch, you need to apply for a console cable to connect to the console interface. 2. Configure the computer: Set the IP address description of the management computer

You need to put the IP address of the computer in the same subnet as the IP address of the S5028 (currently in the same subnet. 3. After the setting is complete, you can use the ping command to detect whether the computer is connected to the switch. (Passed.)

4. Log in to the management interface: run the web browser, enter http:: in the address bar, press enter, enter the user name and password (both are admin) and verification code (not case sensitive).

5. H3C, S5028 provides 24 10 100 1000Base-T self-negotiating Ethernet ports (electrical ports), Gigabit SFP ports (optical ports) and one console port. Port 21 and port 24 correspond to one adaptive 10 100 1000 BASE-T adaptive extranet port and one 1,000 SFP port, which is logically photoelectric multiplexed.