What are the differences between AP restart modes and what are their application scenarios

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You can restart an AP in the following ways: run the reset command on the AC, log in to the AP and restart it, hold down the RESET button on the AP, and power off and on the AP. The differences and application scenarios of these restart modes are as follows:

- Run the reset command on the AC: Run the ap-reset { all | id ap-id | ap-type { type ap-type | type-id type-id } } command in the WLAN view to restart a specified AP or APs in batches. This command applies only to online APs.

- Log in to the AP and restart it: Log in to the AP and run the reboot command in the user view to restart the AP. You can restart an AP using this method only after you log in to the AP using Telnet or through the console port. This method is used to restart APs that are not online on the AC. You can connect a PC to the wired interface of the AP and log in to the AP using Telnet.

- Hold down the RESET button on the AP: Using this method, you can restart an AP without the need to get the AP online or log in to the AP.

- Power off and on the AP: If the AP uses PoE power supply, run the undo poe enable and poe enable commands in the interface view of the power sourcing equipment (PSE) to restart the AP.

Other related questions:
Difference between DeviceManager Demo and DeviceManager in actual application scenarios
Data provided by DeviceManager Demo is generated in simulated scenarios and can be queried and operated in Demo. However, the operation results may be different from those in actual application scenarios.

An AP can be restarted using command lines on the AC, restarted manually after login, by holding down the default button on the AP or powering off and then powering on the AP. What are their differences and application scenarios
- Run the ap-reset command in the WLAN view of the AC to restart a specified AP or restart APs in a batch. This command applies only to online APs. i) V200R005 and earlier versions: ap-reset { all | id
Usage scenarios of indoor distributed APs
Indoor distributed APs are applicable to medium-scale coverage scenarios that are subject to coverage holes or important public places such as hotels, airports, and conference halls. They are not applicable to scenarios that require high capacities.

Application scenario of the Ethernet tag mode
The Ethernet mode on the NMS corresponds to the raw mode, while the Ethernet tag mode on the NMS corresponds to the tag mode.

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