What is the concept of 1M bandwidth for servers?

If it's telecom, they seem to be 512k, but dialing up with a specified software gives 1m of bandwidth, to say that 1m can reach 160kbs, at most it is the peak, for a moment, anyway, it's unlikely to ......

The bandwidth of 1 m generally refers to the speed of the downlink. In fact, the speed of the Internet depends on what kind of broadband you use; If the fiber is 1m, the uplink and downlink can generally reach about 1m, if ADSL is used, the actual 1m is generally only about 160k, and the uplink is generally divided by 2, which is about 80k. Also, you said 1m, generally speaking, it means 1024.

But in fact, even optical fiber may not be so accurate, just an approximate value.

There are not a few ADSL broadband users who have this question. The maximum rate of 1M bandwidth** video files is often only about 80k. In fact, the uplink and downlink bandwidth of broadband is very related to the Internet access period, the number of people who access the Internet at the same time on the same server, and the nuclear load of the logged in**, which also directly affects the speed of the user's login web page and ** file.

After consulting ADSL technicians, I learned that if you think that your broadband Internet speed is not enough 1M, you can dial 112 to check whether the line is normal, if it is normal, you can call 10060 to complain, and they will send local technicians to bring laptops to test the speed of network uplink and downlink.

The normal speed of the 512 should be 128k (Netcom standard). Go to search speed "Telecom Speed Test" to test your internet speed. Different **** speeds are different, and the speeds released by different network operators are also different.

In short, test the speed first, and if it is not enough, complain to your carrier.

Choose your internet access method.

512k reaches 100, and the cow network speed can reach 160 in 1m!!More awesome, the theoretical speed of 1MB is 128k. It is generally maintained at around 100k.

1Mbps is equivalent to 1M.

1M bandwidth = 1 Mbps (megabits per second). The corresponding ** speed is 1 x 1024 8 = 128kb sec (128 bits per second), which is usually called 128kb s (of course, this is a theoretical value, the actual value will deviate slightly within this range, which depends on your current network situation). Let's take another example and talk directly about the file:

Many people feel that they don't know whether the bandwidth they buy is enough or not, and the following is calculated according to the influencing factors, how many people can be supported by 1m bandwidth at the same time** (on the premise of good network conditions) 1, open**8 seconds principle; 2. The judge is only: the speed of the file from the cloud server; 3. The standard size of the page is: 60kb; Reference Formula:

Support to connect personal = server bandwidth The approximate result of the page size calculation is that the bandwidth of 1Mbps (the fastest up and down speed of the server's 1m bandwidth can reach 1m s, which is slightly different from the bandwidth of our home) The number of connections supported is: 17 Therefore, the nm bandwidth can support the number of people at the same time is about n * 17 Therefore, the cloud host with a 1m bandwidth source is destroyed, and the average daily average of 3000ip should be no problem. Of course, if each of your pages is relatively large, it won't be so much. Hail high.

First, we need to understand the relationship between bytes and bits.

The unit of data in memory is bytes, and people habitually use the unit of bit when transmitting data.

1byte=8bit, which means that 1 byte occupies 8 binary bits.

Byte is abbreviated as uppercase B, and Bit is abbreviated as lowercase B1MB=1024KB, 1KB=1024B

Therefore, there are also two units of speed. The theoretical speed of 1M broadband commonly referred to by byte s and bits s is 1 MbitIt s=1024 kbit s=128 kbyte s

This is the theoretical speed, it is difficult to achieve for various reasons, usually 110k is the maximum speed, and this maximum speed can be tested by the network operator's speed test web page.

So sometimes 70-80k is also normal.

Regardless of broadband fiber, the speed of 1m is the same, unless he is in a LAN (connected by a router or switch) with someone else, and someone else happens to play the game, P2P technology can be directly from the LAN** (the speed in the LAN is relatively high compared to the speed of the external network, usually 100M).

1 bit = 8 bytes

15 minutes down the crossing? It's the same as my family, I'm 4m, are you sure your fellow student is 1m broadband? Or he is 1m fiber.

Fiber is different compared to broadband. You ask your classmates first. Or maybe your fellow student 1m is not telecommunications. You ask what it is, and I'll explain it to you.

Bandwidth generally refers to the theoretical speed of ** (the upload speed should be the same as the ** speed), 1m=1024 8=128kb s, 2m=2*1024 8=256kb s, 4m=4*1024 8=512kb s, 8m=1024kb s, 10m=1280kb s, 20m=2560kb s

What does 1m byte mean?

1MB bandwidth means that the maximum amount of data you can get per second is 1 megabit of data!

1Mbps is equivalent to 1M.

1M bandwidth = 1 Mbps (megabits per second). The corresponding ** speed is 1 x 1024 8 = 128kb sec (128 bits per second.

This is what is usually called 128KBS (of course, this is a theoretical value, the actual value will deviate slightly within this range, depending on your current network situation). Let's take another example to illustrate directly: 10M bandwidth = 10Mbps = 1280KBS ** speed (about 1MB s).

1mbps=1m 。bit s=1m bit seconds, bandwidth 1Mbps is 1M.

1 byte = 8 bits = 8 bits

1*8=8M broadband (in practice, 10M broadband can run, if it is stable).

Strictly speaking, the bandwidth of a digital network should be expressed in terms of baud rate (BAUD), which indicates the number of pulses per second. The bit is a unit of information, because the digital device uses binary, the amount of information carried by each level is the logarithm of 2 with 2 as the base, and if it is the ** system, it is the logarithm of 4 with 2 as the base, and the amount of information carried by each level is 2.

Therefore, 1M of broadband is 1Mbps, which is converted to 1024 8=128kbytes of S on the computer.

1Mbps is commonly known as 1M or 1 megabyte, and the theoretical speed is 128KBS

Due to the asymmetry of uplink and downlink data transmission due to Chinese-style network services, the downlink theory is up to 128kb s, while the uplink is about.

Bandwidth 1 MBS: 1 MB bandwidth.

1m=1024kb

The higher the MBS value, the faster the computer.

1Mbps = 1M bit S = 1M bit seconds.

1m*8=8m broadband (this is theoretical).

10M can basically run bit s (if it is stable).

1Mbps = 1M bit S = 1M bit seconds.

1m*8=8m broadband (this is theoretical).

10M can basically run bit s (if it is stable).

1mpbs=1000000pbs=(1000000 8)b s=1000000 (8*1024*1024)mb s = If you don't understand, don't mislead people.

Pro, 1M, bps is a unit, which means how many bytes per second, and 1mpbs refers to one megabyte per second, which is used to describe the network speed.