How to limit the speed of 10M fiber, and what is the normal network speed of 10M fiber?

1.Type in the browser, press Enter;

2.Enter the username and password (on the nameplate);

3.Click on the "IP Bandwidth Control" link on the left;

4.In IP Bandwidth Control on the right, select the Enable IP Bandwidth Control check box, select a network type, and set the network bandwidth.

5.You can set the bandwidth used by each IP address in detail.

6.Click the "Save" button when the settings are complete.

What route do you use to limit your speed? Generally, if QoS is rate-limited. The actual traffic of some routes is always a little higher than the throttling traffic, so the speed limit can be a little lower.

The bandwidth is measured in bits, and the upload speed is measured in bytes1byte = 8bit, so 1MbitIt = 125 Kbyte, take 1MbitT access as an example: ADSL Access:

In this way, the maximum limit of each IP **100KB is almost,The maximum (upload speed) uplink traffic is not much practical,The high point is no problem and can be set to 125KB,So the speed limit is a little slow and you need to buffer it first, But you can see,In addition to not ** things Other games are no problem with software use,This is my personal Internet café speed limit experience to give you a reference,Finally, I recommend that you set it up, Under normal use of the client, you can monitor the total routing traffic and the actual situation of each IP distribution to increase or decrease appropriately. It's also worth noting that your intranet environment directly affects your internet speed, so the fewer packet loss, broadcasting, and attacks, the better.

Directly put the bandwidth x1024 8 that the ** business gives you is your normal network speed, and if you want to be troublesome, you will directly leave 1000 and divide it by 8

To figure this out, take a look at this diagram.

This is a topology map of a metro network. At present, domestic metropolitan area networks are generally divided into four levels: core layer, service control layer, aggregation layer, and access layer.

The red arrows represent the routes of leased line users (that is, the fiber access you mentioned), and the blue arrows represent the routes of general public dial-up users (that is, the broadband users you mentioned).

The difference between these two types of users lies in two points: first, from the perspective of the network level, the public dial-up user has one more layer two access equipment (shown in the black circle in the figure) than the private line user, and one more network level, which will also have one more service point, which will more or less affect some speed; Second, at the service control layer, public customers are connected by the BRAS (shown in the blue circle in the figure) as the access gateway, and the number of users connected to the BRAS is often tens of thousands or more than 100,000, so the load is heavy and the uplink bandwidth pressure is greater. However, the SR (shown in the red circle in the figure) is used as the access gateway for leased line users, and its access users are generally only a few thousand, or at most 10,000 or 20,000, so its load is much lighter than that of BRAS.

In this way, the network quality of leased line users is better than that of dial-up users.

So, your problem can be explained. When the network is not working, the speed of these two access methods should be the same, but at the peak of Internet access, the difference is reflected, and the speed of ordinary broadband may be affected due to the increased pressure on the uplink bandwidth.

Fiber is better, but in some places** it is more expensive. For myself, I'll install optical fiber for Netcom, not broadband. Telecom fiber and broadband have not been used, but I think fiber is better than broadband.

The speed is the same, but the flow is not the same.

The speed is the same, the flow is not the same.