The router guarantees a minimum bandwidth, and the router guarantees a minimum and limits the maximu

1.The maximum limit should not be guaranteed, and the minimum is okay.

Minimum bandwidth: No matter what time the network is, as long as there is a demand, the router will provide at least guaranteed bandwidth, even if the current bandwidth has been occupied by other users, the minimum bandwidth can be understood as guaranteed bandwidth;

Maximum bandwidth: When the network is idle, the idle bandwidth can be fully used, but it cannot exceed the set maximum bandwidth, which can be understood as limiting bandwidth;

2.And the minimum bandwidth is guaranteed to be 1M, doesn't it mean that my 2 PCs are Internet access at the same time, and each PC is 1M network speed.

And can a single Internet device enjoy 2M Internet speed?

No, if you divide the total bandwidth, whether it's two units together or a single unit, it only has 1 megabyte speed.

Not as smart as you want it to be, unless you manually set it up to 1 person to go online without restricting it when it's on two or use software such as P2P, network scissorhands and other tools to use your host as a controller to limit 1 trillion for each of the two devices When you go online, don't turn on this software It's two megabytes exclusive When two are on the same device, turn on the software and it's to divide the network speed equally.

Guarantee the minimum bandwidth: The router detects the IP address in the bandwidth control rule, and when a computer starts, it automatically divides the bandwidth set in the rule into the total bandwidth as the dedicated bandwidth of the computer. This portion of the bandwidth cannot be used by other computers. (It can be divided equally.) ）

Limit Maximum Bandwidth: The maximum bandwidth that can be used by computers within the rule, and the remaining bandwidth is used by other computers. (This rule cannot be set after the minimum bandwidth is set).

A router is a device that connects various LANs and WANs on the Internet, and it will automatically select and set routes according to the situation of the channel, and send signals in the order of the best path. A router is the hub of the Internet"Traffic police"。At present, routers have been widely used in all walks of life, and various products of different grades have become the main force to realize the internal connection of various backbone networks, the interconnection between backbone networks, and the interconnection between backbone networks and the Internet.

Generally, the speed limit of the router is just a decoration, no!

This doesn't seem to be useful, you need a router with flow control, or some other pipe network software.

Here are a few concepts.

Guaranteed minimum bandwidth and minimum guaranteed bandwidth.

The guaranteed minimum bandwidth is an action that allocates the bandwidth, and the minimum guaranteed bandwidth is a numerical value.

In your case, the minimum guaranteed bandwidth is 4M. When your required bandwidth is less than or equal to 4M, your demand is fully satisfied, and the rest can be allocated to other users, if the demand exceeds 4M, at least 4M is guaranteed, if it is not busy, it can be infinitely high, and the busy is only these 4M.

Similarly, there is a limited maximum bandwidth and a maximum limited bandwidth.

Limiting the maximum bandwidth is an action.

The maximum bandwidth limit here is 3M, regardless of whether the network is busy or not, it cannot exceed 3M.

If you don't understand the above, then go straight to your last two questions.

If your bandwidth requirement is less than 4M (if you don't turn on the computer, it is considered that the bandwidth demand is 0), then the excess can be allocated to others.

Maximum bandwidth is the maximum bandwidth you can use.

Limiting the maximum bandwidth and guaranteeing the minimum bandwidth means controlling the network speed, the larger the network speed, the faster the network speed, on the contrary, the smaller the network speed, the slower it will be, and if the network is disconnected, you can set 0 He Fei replied.

Your next network terminator or P2P terminator is much simpler than a router! And it also comes with tutorials.

Your assumptions are not wrong, but you can't implement the routes that you require from ordinary homes!

Take routeros soft routing as an example:

The first question: This requirement does not need to be a policy, because it is a fifo press, and whoever requests it first gets the most bandwidth. For example, if one of the three uses P2P software, it may have exclusive bandwidth.

The second problem: there is no strategy for this problem, as long as your machine is online, you can naturally enjoy the full bandwidth.

The third question: You can do a policy to restrict the other two, and put your one that does not need to limit the queue first (that is, bandwidth first).

The fourth question: to do a PCQ rate limit, just fill in the bandwidth size of the overall limit.

It's all right, it's all wrong!

1.Any computer can go to 4096, which requires your own bandwidth support and the support of the other server.

2.Bandwidth and server support are required. If the support can be enjoyed to the maximum.

3.Routes don't automatically provision speed.

4.No, the route does not automatically provision bandwidth resources.

If you need to copy the data of one of the computers in the same LAN, each computer can reach the maximum downlink.

The Internet can't do it.

Because the maximum bandwidth of 4096 is set, when using PSP**, it will often occupy all the bandwidth, so that other computers cannot guarantee the minimum bandwidth of 1M, unless the maximum bandwidth is limited.

Compared to broadband, it's 100 percent, the maximum is 100 percent, the minimum is 30 percent!

1. The minimum bandwidth allocated by your host is 2M. Do you mean your phone by host? If not, of course it won't work on your phone.

2. After allocating the minimum bandwidth to a host, it is possible to provide the allocated bandwidth to the host only if your network speed is greater than this minimum bandwidth.

3. The rate of Internet access operations is also limited by the bandwidth that can be provided by the connected **. If the bandwidth is insufficient, or if you catch the peak of this one, the bandwidth you get from this one will definitely not be enough.

4. When the host that allocates the minimum bandwidth is idle, and there is demand from other aspects, this part of the bandwidth will be allocated for other use.

There may be a number of other factors that affect bandwidth.

Where can I reply to you? I had to add it here.