Broadband uplink and downlink

The bandwidth speed provided by the ISP refers to the downlink speed, because AD is an asymmetric transmission, so the uplink and downlink are not corresponding.

Generally speaking, the uplink is about 512k-1m, and I have used it all from 1m-6m. It feels like the upside is only 70+K at most

Downlink is the bandwidth divided by 8

That is, if it is 512k, it is 512 8=64k, and 1m is 1024 8=128k

The same goes for the others.

It's simple enough... It's all typed word by word, oh, there's no copy and paste...

DSLAM devices are downlink and uplink.

The downward trend is followed by so on, and the upward movement remains unchanged. Due to the constraints of DSL line quality and various reasons, the bandwidth for users is generally not too high. The uplink can be adjusted for special users.

The uplink and downlink bandwidth of the LAN cell is the same.

That's how our bandwidth standards are configured. I don't know about the situation in other provinces, maybe it's different from province to province.

Generally speaking, the uplink bandwidth is 512K, and the speed is 40-80KThe downlink is your bandwidth value.

This should be different from place to place, but I can tell you that the uplink rate of Suzhou Telecom ADSL is always 640kpbs, no matter how many megabytes. In fact, you can call ** to ask the telecom operator about this kind of problem, or upload a file to test it. There is no point in tossing here.

No one can guarantee that the uplink rate of ADSL will be the same across the country.

It is a rare case that only 100 Gigabit broadband has the same uplink and downlink speed, but not all operators have the same bandwidth for this uplink and downlink speed. Because the so-called 100 Gigabit Broadband Gigabit Broadband is talking about the downlink speed, not the uplink speed. <>

The downlink and uplink here are**and uploading, which is very understandable, 100 megabytes of broadband, 100 megabytes of this**speed, 100 megabytes of upload speed, this is no problem, it can be equivalent. Technically, it is fully supported, but generally speaking, the uplink speed of gigabit broadband is about 300 megabits, and its ** speed can reach the speed of gigabit, but the uplink is uploading, and it can only reach about 300 at most. Because the upper limit of the broadband uplink speed of this domestic operator was 200 megabytes to 300 megabits, it did not support gigabit uplink speeds.

We have been talking about this broadband is 100 megabytes, 200 megabytes, 500 megabytes, and even 1000 megabytes are talking about the downlink speed, that is, the speed is like that 1000 megabytes of the network, the speed is at full speed, and the data transmission should be about 110 megabytes per second in the case of operation, and two g of a Hu liquid movie, which is basically about 20 seconds, and this speed is indeed very fast. However, when it comes to uploading, it can basically only maintain an upload speed of 200 megabytes to 300 megabytes, which is converted to one second of upload per second, which is between 22 megabytes and 30 megabytes. <>

The minimum downlink broadband speed is maintained at 20% and above for bandwidth below 150 megabytes. That is to say, 100 megabytes to the minimum of 20 megabytes, the above uplink network speed has reached the standard, and it is very good to be able to reach 100 megabytes.

Mobile broadband can provide users with a more stable network environment through such a setup. So now, after the spine has been rectified, the upward and downward equivalence has been realized.

As the mobile is a large intranet, I am willing to give! However, not all files are equivalent network cables. 100m broadband is equivalent, while 1000m broadband uplink is only 200m, and some places can have 300m or higher.

This situation could be that the router is set up incorrectly, and it can be rebooted and then set up again.