How many M??

I'll tell you! Trillion is.

The 2m you go on is decided according to the local route at that time! 2m is the ideal number! My house is 2m, but my house is also 2m.

The highest time can be reached! But on average, my home is telecomic! What kind of line are you?

Personally, I think it's good to be telecomic! Nothing else is great! Of course, telecommunications ** is also the most expensive!

The average number of bits of data transmitted in time is bits per second (bps), or kilobits per second (kbps), or megabits per second (mbps), and its conversion relationship is, 1kbps=1000bps, 1 mbps=1000*1000bps=1000000bpsThe data transfer rate reflects the information processing capacity between the end devices, and it is an average over a period of time.

B is the abbreviation of bit, that is, "bit", which is the smallest unit of storage in information technology, and one bit represents a "1" or "0". B is the abbreviation of byte, that is, "byte", is a small unit of storage in information technology, an English character occupies one byte, and a Chinese character occupies two bytes. The conversion between them is 1 byte = 8 bits, and their advance rate is 8.

1MB = 1024KB = 1048576B (B is bytes, bytes), so 1Mbps (1 megabit) = bytes s (megabytes per second), i.e. 125KBS (125 kilobytes per second).

That is, per megabit = 1 8MB s (one-eighth megabyte per second).

Saying 2m is actually not that much!

1MB (megabits) = 1024KB (kilobits).

The main function of memory is to store programs and data.

The information in memory is represented in the form of a binary consisting of "1" and "0", and one binary bit is 1 bit (bit). Clever and cracked.

The amount of information that can be held in memory is called storage capacity, and the unit of measurement is "shed filial piety bytes".

1 byte = 8 bits (byte) (eight binary bits make up one byte).

1KB (1,000 closed bytes) = 1024 bytes.

1MB (megabytes) = 1024KB

1GB (gigabytes) = 1024MB

To sum up, 100KB S=102400Bytes = 819200Bit S1MB=1024KB

Hello, it is a pleasure to serve you and give you the following answer: 25M bit rate refers to the transmission of 25 megabits of data per second, that is, the transmission of 25 megabits of data per second. Causes of the problem:

1.Poor network environment: Due to poor network environment, the transmission speed may be affected, which will affect the transmission effect of 25M bit rate.

2.Incompatible hardware devices: If the hardware devices are incompatible, the transmission effect of the 25M bit rate will also be affected.

Workaround and practice steps:1Check the network environment:

First of all, check the network environment to ensure that the network environment is good in order to get better transmission results. 2.Check the hardware device:

Secondly, you should check the hardware device to make sure that the hardware device is compatible in order to get a better transmission effect. 3.Optimize the network environment:

If the network environment is not good, you can try to optimize the network environment in order to get better transmission results. 4.Replace the equipment of the hard game bright sparrow:

If the hardware device is not compatible, you can try to replace the hardware device in order to get a better transfer effect. Personal Tips:1

Try to use a high-quality network environment and hardware equipment to get better transmission results. 2.Try to avoid using incompatible hardware devices, so as not to affect the transmission effect early.

3.Try to optimize the network environment for better transmission results.

In computer networks and IDC rooms, the unit of broadband rate is expressed in bps (or b s); The conversion relationship is as follows: 1 byte = 8 bits

1b=8b --1bs=8bs (or 1bps=8bps).

1kb=1024b --1kb/s=1024b/s

1mb=1024kb --1mb/s=1024kb/s

In the actual network application, the software often sees the speed displayed as 128kb (kb s), 103kb s and other broadband rate sizes, because the line bandwidth provided by the ISP is used in bits, and the general software displays bytes (1 byte 8 bits), so the actual value can be obtained through conversion. However, we can follow the conversion formula to convert it:

128KB S=128 8(KBs)=1024KBs=1MB S, that is: 128KBs=1MB S

Theoretically: the theoretical rate of 2M (i.e. 2Mb s) broadband is: 256kb s (i.e., 2048kb s), and the actual rate is about 80-200kb s; (The reason is caused by the user's computer performance, network equipment quality, resource usage, network peak period, service capacity, line attenuation, signal attenuation and other factors).

The theoretical rate of 4M (i.e. 4MB s) broadband is 512KBS, and the actual rate is about 200---440KBS

496kb s theoretically.

Around 400kb s actually.

One megabit = 1M bit, 1b = 8 bit, so 1 megabit = 1 8 MB