The wireless router bridge understands to give you 10

1.Without the relative position of the room and the model of the wireless router, it is difficult to be accurate.

2.It seems that C and D are close to B, and B has wireless routing, so C and D are solved.

3.It is recommended to use two wireless routers of the same model for bridging, at least the same manufacturer, the working mode is WDS+AP, the network segment of AB is set to the same, the IP is not repeated, A on DHCP, B off DHCP, B gateway is set to A's IP, the channel can not be automatic, manually set the same, each other's wireless MAC (note that there are multiple MACs), SSID is set to the same, encryption method, password is set to the same.

4.Another important thing is that some wireless routers such as DLINK's 605,524 cannot be directly connected to broadband after using WDS, and you need to add a router in the middle, which is between the optical modem in room A and the wireless router of WDS. This must be confirmed, otherwise you will definitely faint.

Some wireless routes are possible.

Have you set up a bridge? Why does DHCP open both? That would be conflicting.

If the two router IPs are bridged, the IP addresses of the two routers should not conflict, and the DHCP should not conflict. The channel settings are the same, and the other MAC should be set.

This is very simple.,The router manual should also be there.,**There should also be it on it.,What kind of router is yours.。

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Can crack the password of the wireless router', use this software tool to break the neighbor wifi password. haha...

Taking the TPLink wireless router as an example, the steps for bridging are as follows:

Take Windows 7 as an example:

Device: win7

Version: Interface: Setup Tools.

1. First of all, confirm the name, password, and fixed channel of the main router that has been connected, and keep the network of the computer unblocked.

2. Then, disconnect the main router from the computer, keep the secondary circuit plug powered on, and then use the network cable to plug one end into the computer network interface, and the other end to plug in any interface of the secondary router's LAN (with 4 ports).

3. Log in to the router, click the network parameters LAN port settings to change the IP address from the original: to: the secondary router and the main router keep the same network segment, but the last group is different, otherwise there will be conflicts).

4. After clicking Save, the router will automatically restart.

5. Log in to the router, wireless settings Basic settings Change the ISSD number to the same name as the main router, and then change the channel to 6, the most important thing is to click on the WDS option to save.

6. After that, the following interface will pop up, and then click Scan.

7. In the surrounding wireless signal that pops up, there will be relevant information about the main router, click Lianzhou to answer.

8. Then enter the correct key of the main router and save.

9. Go ahead and set the key of the secondary router (the same key as the primary router) to save.

10. DHCP server DHCP service is not enabled to save.

11. System Tools Restart Router Restart Router OK.

12. Later, when I came to this lifting interface, there was already a WDS status at the bottom, and the router was successfully bridged.

Do you mean wired or wireless bridging?

If it is a wired bridging, such as the IP address of the main router (the wired one), you can set the IP addresses of several wireless routers to etc., and then disable the DHCP function of each one. Finally, connect the network cable from the wired router to the LAN port of the wireless router, and the WAN port is empty and not plugged in. This connection method is thought to be the switch connection method, and all computers under the wireless router are in a local area network segment.

If it's a wireless bridging, take the most common WDS wireless bridging as an example:

For example, if the main router and the first router are interconnected with each other, and the IP address is and respectively, adjust the IP address of the second wireless router to be bridged to, turn off the DHCP function, enable the WDS function, scan and connect to the SSID of the first router, and select the same channel, mode, and password. If the signal is strong and the network speed is fast, generally after the WDS is successful, the computer connected to the second wireless router can be wired or wireless to access the Internet normally. (If the WDS is successful, but the computer cannot obtain the IP, you can consider turning on the DHCP function of the second wireless router, in the DHCP parameters, you must fill in the gateway as, and the DNS address is better to fill in the actual external DNSIP).

And so on, set up the WDS bridge of the third wireless router.

If the bridging function is to be implemented, the router that needs to be bridged must be a wireless router. I know that, and I have other suggestions to look it up online. Good luck!

1. Log in to the second router that needs to be bridged when making sure that the first router can be connected normally. As shown in the figure below:

4. Select the SSID number of the first router that you set up before, and then click "Save".

5. Next, set the channel to the same channel of the first router, click "Save". As shown below:

6. Finally, shut down the DHCP server. In the DHCP server, select "Disable" and click Save to restart the router.

7. At this time, the first wireless router and the second wireless router have successfully established WDS.

Router bridging requires two or more wireless routers to complete. The one that connects to the external network is called the primary router, and the others are called the secondary router. As long as the primary router has wireless function, the secondary router needs to have a bridging function.

After the main router is connected to the network normally, set it in the router bridging option on the secondary router settings interface, find the wireless signal of the main router under the setting option and enter the wireless password to log in, and the bridging is completed. However, you need to disable the DHCP function of the secondary router, otherwise the secondary router will not be able to use normally.

How to set up the wireless bridging mode of the wireless router:

1. Confirm that the main wireless routing parameters are enabled.

Confirm the wireless signal name, wireless encryption method, wireless password, and branchless drawer channel of the primary router.

Note: Before setting up, the wireless channel of the main router needs to be fixed.

2. Set up the secondary router.

1. Modify the wireless parameters and turn on the WDS scan signal.

Connect the computer to the sub-router, log in to the management interface, click Wireless Settings >> Wireless Basic Settings, modify the SSID number to be the same as the main router, fix the channel, check to enable WDS, and click Scan.

2. Select the main router signal.

Find the SSID of the primary router in the scan page and click Connect.

Note: If the WDS does not scan the signal from the primary router, make sure that the primary router has the wireless function turned on, and try to reduce the distance between the primary and secondary routers.

3. Select the encryption method and enter the wireless password.

Key Type Select the encryption method of the main router, enter the wireless password of the main router in the Key field, and click Save after entering. You don't need to restart your router and proceed to the next step of setup.

4. Set the wireless password of the secondary router.

Click Wireless Settings >> Wireless Security Settings, select WPA-PSK WPA2-PSK, set the same wireless password as the main router in PSK Password, and click Save. When the system prompts "You have changed the wireless settings, it will take effect after restarting", click Restart, and when the restart prompt page pops up, click OK and wait for the restart to complete.

Router Setup Bridging Method:

Primary Router Settings].

1. Enter the settings interface of the main router, then click [Running Status] in the left option bar, and you can find the DNS server in the WAN port status bar, there are two in total, the primary DNS and the alternative DNS server, record them.

2. Click [Network Parameters] - LAN Port Settings] to set the LAN address of the router to save, at this time, it will be restarted and then return to the settings interface and click [Wireless Settings] - Basic Settings.

3. Set the SSID to TP Link A. Set the wireless channel to: 11. Note: The WDS or Bridge feature must be turned off.

4. Click [Wireless Settings] - Wireless Security Settings, and select WPA-PSK as the encryption method, in this example, 12345678 as an example. Note: WPA WPA2 encryption is more secure and more stable to bridge than the old WE encryption, so WPA WPA2 encryption is recommended.

5. Click [DHCP Server] -- DHC Server Settings] and set [Address Pool Start Address] to; Set the End Address of the Address Pool to Click Save to restart the main router. The main router is set up.

Set up the secondary router].

1. Enter the settings interface of the secondary router.

2. Click [Network Parameters] --LAN Port Settings.

3. Set the LAN address of the secondary router to prevent conflicts with the main router, and it is also convenient to manage the main and secondary routers.

4. Click [Wireless Settings] - Basic Settings.

5. Set the SSID to TP Link-B. Set the wireless channel to: 11.

6. Check [Turn on WDS], click Scan in the pop-up interface, find the SSID of the main router after getting the AP list, that is, TP Link A, click the [Connect] button on the right, select WPA-PSK as the encryption method, fill in the key of the main route: 12345678, (keep it consistent with the main router), and click Save.

8. Click [Wireless Settings] -- Wireless Security Settings to set the password of the secondary route wireless.

9. Click [DHCP Server] -- DHCP Server Settings], change [Address Pool Start Address] to [Address Pool Start Address] to [Address Pool Start Address]. [Gateway] Fill in the IP address of the main router, that is. The primary and alternate DNS servers fill in the previously recorded addresses to save and reboot the router.

10. The setting is complete and the connection is successful.