Find two wireless routers to bridge and a desktop dial up setup in the same room

In fact, even if you get through, you can't dial a number from multiple computers due to telecommunications restrictions, but the problem you said is not very clear, as if you only have one computer! If you just use one, you don't need a switch, just connect the network cable to the computer; If it is on multiple computers (it is better to have a notebook, because the notebook has a built-in wireless network card), connect the network cable to the notebook, and then set the wireless Internet function of the notebook. But the key thing is that you say that the computer does not have a wireless network card, it should refer to the desktop, if this is the case, then you must use a wired router, you just said again, an excuse is four wires and one is eight wires.

Either you change the line, or you go to the Internet to find the crack ...... of the telecom client

You're in too much trouble with this.

1.The switch is completely unnecessary, and a modem (4 cores in ** wire, out 8 cores of network cables) can be done (about 50 pieces).

2.Wireless Router 1 connects to modem and then sets the dial in Wireless Router 1.

3.Wireless Router 2 and Wireless Router 2 are wirelessly bridged.

4.The computer is connected to the wireless router 1 (LAN port) and done.

Don't want the switch, dial with router 1, connect the study computer directly to the router, and then put a router 2 in the bedroom to build a bridge with router 1, the basic wireless can be covered, and the 2 routers are afraid that they can't cover the wireless.

Switchers? Where to put it in? It's useless, huh? Is it a network cable or a ** line that comes in.

The 100m network cable originally used 4 out of 8, and the 4 was not connected, and the 1,000m network cable only needed 8 wires.

After the optical modem is bridged, you need to connect the WAN port of the router and let the router dial up, so that the wireless and wired networks of the router can be connected. Dial-up with a computer can only be used by the computer to access the Internet by itself.

I don't quite understand why the first-level router doesn't dial up, and other routers can use the network normally by directly bridging it.

The LAN---A router is bridged with the LAN---B router, and the secondary router cannot complete the dial-up after multi-level **.

Unless the front-end router or modem is in the router state.

It's a very simple thing.,It's complicated.。。

Suppose B, C, and D want to access the Internet through A wireless bridge, and the range of X in the IP address is any number between 2 and 254, but the last bit of the IP address of all computers and wireless routers cannot be the same.

2.Configure wireless router A.

o Enable the Bridge function of "Wireless Parameters", write the MAC addresses of the wireless router B, C, and D (the MAC addresses can be viewed from the stickers on the back panel of the device), and modify the SSID and frequency band according to personal needs;

o In the network parameters - WAN port setting, set the wireless router A to surf the Internet.

3.Configure wireless routers b, c, and d.

o Disable the DHCP server;

o Change the IP address of the LAN port to be different for each device);

o Enable the bridge function of "wireless parameters", write the MAC address of wireless router A, modify the SSID, and adjust the frequency band to be consistent with wireless router A;

4.Complete the setup.

o Operate their respective computers to connect wirelessly to the wireless router to achieve wireless sharing Internet access.

Note: The bridging function of different products is configured on the same principle, but there are differences in the configuration interface. When bridging, it is necessary to pay attention to the consistency of the frequency bands of both parties, so as to know the lead and fill in the correct wireless MAC address of the other party.

There is also a ** tutorial in the fierce army.

The wireless frequency bands are changed to 6 or 11, the SSID is changed to the same, and the MAC address of Zheng Douchuan is added to each other in the pipe shouting model interface.

Different models of routers can be bridged between each other, because routers between different manufacturers or different models of routers of the same brand have different chips, which may be incompatible and unstable.

If you are a 150M product, you need to do WDS bridging.

Selecting WDS requires bidirectional scanning.

1.Before bridging WDS, you need to confirm that the wireless parameters (wireless network mode, channel, encryption rule, and password) of the two routes must be consistent.

2.Enter the secondary route interface, modify the wireless parameters to be the same as the primary router, modify the LAN port IP to be the same as the primary router, (for example, the primary router, click WDS to scan the secondary route to enter the primary router password (some versions do not need to enter the upper wireless password), and disable the secondary router DHCP.

3.Go to the Primary Route page and select WDS Scan.

If you are a product of 300m or above, you can choose the wireless signal amplification mode.

Choosing a wireless WAN requires only one-way scanning.

The wireless parameters (wireless network mode, channel, encryption rules, and passwords) of the two routes should also be set consistently.

1.Enter the secondary route interface, use automatic acquisition for Internet access, modify the wireless parameters to be the same as the primary router, and modify the LAN port IP to be different from the network segment of the primary route (for example, the primary route and the secondary route).

2.Click Advanced Settings - WAN Port Media Type, select Wireless WAN Scan, and enter the higher-level wireless password.

3.After the trunk, click Advanced Settings - WAN port status, and the connection is displayed, which means that the trunk is successful.

You need to know the wireless signal name, wireless encryption method, wireless password, and wireless channel of the main router (the wireless channel of the main router must be a fixed value).

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

1. Confirm the main wireless routing parameters.

Confirm the wireless signal name, wireless encryption method, wireless password, and wireless 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 cannot scan the signal of the primary router, make sure that the wireless function is enabled on the primary router, 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.

How to bridge two routers A simple setup can be perfect.

This needs to depend on what brand your router is, generally after entering the router, there is a bridging function in the router, and then you enter your neighbor's wireless password, so that you can bridge, even different brands of routers can be bridged, so you only need to set up your router.

If your neighbor doesn't have a network cable to your home, you can only connect wirelessly, and you need your wireless router to support the WDS function.

1. All routers have only one Internet exit --- the WAN port of route A, so the gateway must use the A router when fixing the IP, and the WAN port of route B will request the Internet channel from the WAN port of route B, which is obviously unpassable.

2. Except for router A, DHCP of other routers must be turned off, otherwise the IP automatically assigned from which router, the gateway will point to which router, and only point to route A to access the Internet.

3. The routers connected in WDS mode are all in the same network segment, of course, they can ping each other and can access any router.

Therefore, only by turning off the DHCP of the B, C, D, E, and F routers, or manually configuring the computer IP and the correct gateway, you can access the Internet.

Suggestion: If it is not a distance requirement, each router should be directly bridged with Router A as much as possible, so that the connection level is less and more reasonable.

Ask what level of router it is, is it a home or operator-level router, the so-called home router, in fact, is just with a WAN port, the rest of the ports are all switching ports or even just hub ports, if you want multiple bridges, you only need to directly connect the switching ports of multiple devices with network cables, remember, as long as you don't form a loop.

If it is a router of an operator, it will involve a wide range of content, for example, there will be multiple switches in the middle, and it will form a loop, which requires the use of spanning tree protocol and the like, and the routers also need to be configured with routes.

In fact, the key is that bridging is the work of the Layer 2 protocol, and the protocol that really does not involve routing only needs to exchange interfaces.

Take A as the primary route.

1.All DHCPs must be open, but the address cannot be repeated, that is, A is 1--100, then B can only be 101-255, and must not conflict with A.

2.The subnet mask must be the same.

The LAN address cannot be the same as A, if A is then B can be the same as the LAN address of A, and the DNS address is the same as A, and A does not need to be set.

3.Turn on the WDS of B and scan, add A, and note that the channels of AB must be the same.

First bridging successful:

1.Tick the bridging option in A, and in the lower AP MAC, fill in the MAC of B, see the bottom tab of B. Modify the frequency band to a fixed number such as 9, there are more routers, do not conflict.

Enable DHCP to set up the gateway and DNS, and keep your own settings);

2.Go to the settings interface of B, also tick the bridge, and fill in the MAC of A.

Turn off DHCP (emphasis) for B. Modify the frequency band to be consistent with a. Change the SSID [A-F] of B

Change the default management address of B.

3.The A-B bridging is successful so far, and so on. Gateway: