Network master enters! How to achieve dual broadband offload 20

Judging by your description, it's a bit difficult for you to do this.

You can do this with a computer, that is, you have to have 3 network cards, one network card inside. Two network cards connect to your two external cables.

Depending on the target of the access, you can use the routing command on Windows to modify the exit. But the problem here is that when you modify the routing exit, you first need to know the traffic occupied by that part of the IP address before you can do load balancing. Another way to do this is to look at a load balancer that can run on Windows.

At present, your approach should also be possible, but if everyone is on one side, it will not have a balanced effect, and the basis of your approach is that the computers on both sides are almost the same, so as to have a balanced effect.

It is possible to use a computer to make a road tour, and a computer must have 3 network cards, and one network card is inside. The other two network cards are connected to two external cables.

Windows also has a bridging function and routing commands, try it yourself and find out.

The above practices are not ideal, just buy two road travelers (buy two for eight) is definitely enough.

As for connecting the two sides into a local area network, it requires the IPX SPX protocol.

I don't know if the hub works, try it.

Your idea can't be realized, mainly because of the traffic diversion problem. That is, you use a dual-WAN router to achieve a two-line out, but when a PC goes online, only one line is selected to go out, and the other PC will choose another line to go out. Your idea is that it is impossible to achieve double the speed of a PC to go out of the Internet, it can only be 1 network speed.

You can do it at the same time, but you can't do it without the effect you're talking about.

Both network cards are plugged into the network cables?

Then set up two broadband connections. However, I feel that two network cards cannot be connected at the same time.

Slow network speed in the LAN is unavoidable, and the main reason is the user's application problems, such as viruses or network broadband resource preemption software. Such as online movies and online accelerators. It is still possible to use two broadband bands to divert a dozen units.

However, it does not solve the fundamental problem. Rate limiting can be done on the router. But then other users must have an opinion again.

Friends on the 2nd floor, you save a little bit of money by doing this, but it's a waste of resources. Two broadband and two routers, then your bandwidth is still A is A, and B is B. Of course, after you divide the host on the two broadbands, it does reduce the data traffic of the original broadband, and the network speed will increase

But this is a very undesirable practice that does more harm than good, because you have to use the two routers separately, for example, your 2m with 1-10 PC, 4M with 11-30 PC, which is not cost-effective at all. The landlord's implementation scheme is equivalent to two LANs, if you want to increase the network speed, it is better to directly increase the existing bandwidth. And it is ideal to control the use of allocated resources, such as restricting bt**, **watching movies, etc., and conditionally restricting traffic for each host.

I think the landlord's meaning should be to add another broadband that can be added together with the previous broadband to increase the bandwidth and speed up the Internet speed. If you need to do this, then it is recommended that you buy a router with dual WAN ports or even multiple WAN ports, which is the best and most ideal way. It can not only achieve bandwidth superposition, but also achieve the purpose of load balancing, automatic switching of lines, and solve the problem of intranet attacks.

Brands such as:Xinxiang NUR8268M Quad WAN Port Broadband Router, Xinxiang NUR5235M Triple WAN Port Broadband Router, TP-Link TL-R4419 Quad WAN Port Broadband Router, Volans-4950GP Dual WAN Port Broadband Router, etc. According to your implementation plan, it is possible, but only the two lines divide your PC equally, and it does not achieve the effect of the two broadbands being multiplied together.

In addition, you also need to set up the PCs in the two LANs to communicate with each other: 1. Add a ** server or router. 2. Use a router for static routing.

3. Modify the IP address segment or subnet mask and assign different gateways (if you use DHCP allocation for both network segments, you can set these two network segments to the same, such as 3 99 for A and 100 199 for B.) Then set up different gateways, one router's IP is set to, and the other is set to, so that they will go out from different lines to surf the Internet, and this network is connected.

Start Run to open Group Policyr. Find Computer Configuration Management Template Network QoS Packet Scheduler, select Limit Retained Bandwidth on the right, select Properties to open the Limit Retained Bandwidth Properties dialog box, and select Disable.

Manually install a soft route ROS by yourself

As many lines as you want.

Accessible soft routing groups: 28725293

I have an idea that you go to hang**, because the access between different networks is relatively slow, maybe hanging ** is an idea, which can relieve the pressure on the server.

Hehe, there's a method I haven't tried, but I think it might work, but it may not work.

It is to apply for 2 broadband lines. The host is connected to two network cards. Telecom and Netcom each have a router. Connect two broadband bands to the host computer through two routers.

I don't know if it's going to work. I don't know if it's going to work if it's stupid.

With dual-WAN array technology, routers can't afford it, so you can buy a network card and software! The key to the speed of access depends on the bandwidth, your home network, which is generally 2M, and the speed is only so much! The key is to increase your bandwidth to 5M or 10M, the speed of 10M is just over 1M, but you'd better ask Netcom to test it!

Dual-WAN array technology. Listening to his nonsense, I have never heard of this thing, and I can't find it on the Internet.

The Pro version of Windows XP retains 20% of the bandwidth by default, which is actually of little use to us individual users. In particular, it is better to make the most of it if it is idle. Enter in Start Run to open Group Policyr.

Find Computer Configuration Management Template Network QoS Packet Scheduler, select Limit Retained Bandwidth on the right, select Properties to open the Limit Retained Bandwidth Properties dialog box, and select Disable. This frees up reserved bandwidth.

It should be able to hurry, it is recommended that you still use a dual-WAN broadband router. Or with WLAN

Do two-line ROS and map your server out and you're good to go.

It's best to import the routing table.

It is only 1000 yuan to use Xia Nuo's dual-WAN router, which is more convenient.

First of all, confirm that your AD cat is the ether port (network cable port) and then you can put the AD device and your wireless router in a room through the network cable connection, pay attention to plug the AD cat network cable into the wireless routing WAN (some called Intelnet) port, and then write your broadband account number and password to the router, dial through the router, and at the same time your desktop to connect a network cable to the port (as long as you connect an port, that is OK), At this time, your laptop and desktop can go to the Internet at the same time, the laptop goes to the Internet through the wifi of the wireless route, and the desktop is connected to the network cable, remember to remove the IP on the wireless connection of the laptop and the local connection on the desktop, and let them get the IP by themselves.

After routing, you don't need to dial up the Internet with a wide belt) If you don't know it, hi me!!

Home wireless router is generally available within 10 meters, if tp-link and notebook are separated by more than 10m, it is recommended to connect by wire, in addition, you also need to consider the penetration ability of tp-link, after all, there are several walls in two rooms, see**.

You can try the wireless effect first, and then choose the wired method.

With routers, computers are all connected in parallel; Set the relevant parameters of your wireless network tp-link router, but the premise is that your computer must have a wireless network card, if there is no wireless network card, you still have to connect to the wired network; As for how to set up the router, if not, you can find me.

A wireless TP-Link with a wired connection, wired to desktop, wireless with a notebook. It's hard to say about the setting! The 2 rooms are separated and the signal is not very good.

ADSL connects to the wireless cat, the desktop is wired to access the wireless cat, set DHCP in the wireless cat, set up an IP segment, and the notebook is connected wirelessly.

If that machine didn't do anything, it was that the machine was poisoned, and it was sent out.

You can use port offload or IP segment offload. Never load balance. In that case, it's going to get old.

Port offload should be ideal.

That is, this is the meaning of the 4-line connection.

You can use a device router or firewall that has a 4WAN port.

WAN1 and WAN2: connect optical fibers.

wan3 and wan4: receive and dial numbers.

Then set up each WAN port in the router. Then connect the switch under the LAN port.

Then set the LAN port of which line to use, and then do the relevant NAT.

For example, if LAN 1 uses the optical fiber of WAN 1 to access the Internet, then map the address of LAN 1 to WAN 1, and the computer under LAN 1 will access the Internet through WAN port 1.

Don't use ADSL, use another thing called, I don't know, it's the same as the general company's broadband, it's fiber.

To put it bluntly, what do you want to do, don't use optical fiber, optical modems and switches.

This is a simple !!

1.You first install a ** server software on the machine, it is recommended to use ccproxy, and fill in the IP address of the office network in the "Select local IP address" column.

2.For browsers and other applications that support port 80, use ** server, select office network IP for IP address, and fill in port 808

3.Use the route -p add mask command.

!Principle: slightly, if you don't understand, you can ask again.

This is not possible without adding hardware devices.

If you know the IP address of the destination you want to access, you can also add policy-based routing via the route command of the Windows operating system.

However, many ** are not only 1 IP but many groups of server loads, so it is very unrealistic to achieve it.

If your computer hardware is good enough, it is recommended that you install a virtual machine, and then configure the office network IP on the virtual machine to see**, and then configure the broadband network IP under the normal system BTLooking at it this way, it can also ensure the security of the system, killing two birds with one stone, killing two birds with one stone, :)

I've tried installing two network cards, but one can still be connected to another computer.

Sorry I didn't understand your question!

It should be possible to configure the firewall to achieve the purpose One piece to release bt One piece through 80 should work You try.

How long is the network cable The quality of the network cable also affects the network speed.