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The theoretical value of the broadband rate is:
2Mbps: It can reach about 256kb s, and no less than 150kb s is normal;
4Mbps: It can reach about 512kb s, and no less than 300kb s is normal;
6Mbps: It can reach about 768kb s, and no less than 450kb s is normal;
10Mbps high-speed broadband** normal rate uplink 100kb s, downlink 1000kb s;
20Mbps high-speed broadband** Normal rate uplink 200kbs, downlink 2000kbs. The speed of 100M is 100Mbps, which is 100Mbit, and the speed of your ** is MB, that is, Mbyte, and the conversion relationship is 8bits=1byte, so your actual speed is 100Mbps8=, that is to say, 100M's broadband, **When reaching 10-13Ms is normal!
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20 trillion is 20m, and m is the letter representation of megabytes.
G is the meaning of gigabyte, and M stands for megabyte. 1g=1024m。
The theoretical speed of 20m is a megabyte, and it should actually be able to hit about 2m, because the unit of bandwidth is bit, and the unit of ** is byte, 1byte 8bit, and the theoretical rate of all ** is bandwidth divided by 8
500 600 kb is roughly equivalent to 6 trillion of bandwidth.
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Uplink or downlink, downlink should be 25-30 megabyte broadband. In terms of uplink, it is difficult to say that the uplink speed of each operator is different.
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Answer: The mega network speed is equal to, 100m network speed = , which is the highest network collision speed of 100m broadband theory;
Trillion is 100MB, 1M = 1024K, B is a byte, 100M is 100X1024K = 102400K, 100MB = 102400KB;
3. The data units MB and MB (note the case of B letters) are often mistaken for the same meaning, but in fact, the meaning of MBy is [megabytes], and the meaning of MBIT is [megabits]. mbyte refers to the number of bytes, and mbit refers to the number of bits. Although the [byte] in mbyte is the same as the translation of "bit" in mbit, they are both bits and data measurement units, but the two are completely different; byte is the number of bytes, bit is the number of bits, and every eight bits in the computer is one byte, that is, 1byte = 8bit, which is refueled by 1:
8.
1MB is equal to 1 trillion, and 1 trillion is equal to 1m, the same. It's just a different story. >>>More
It is more than 15 megabytes of broadband said by the operator, which means that it can transmit megabits of data per second, and the speed of the test will be lower than the speed of the operation trademark due to factors such as road loss, computer configuration, firewall, etc., so it is at least more than 15 megabytes of broadband. >>>More
This is different everywhere, we have a single broadband 100m here is 960 a year, and there is no converged broadband 139**. You can log in to the broadband area of the telecom business hall on your mobile phone and select your own area to view.
Broadband rate (fiber rate, broadband network speed) refers to the maximum theoretical rate value that can be achieved technically, generally the speed of upload and **, the higher the rate, the faster the upload and **. The broadband service rate applied by the user is the maximum theoretical rate value, because the user is also affected by the configuration of computer software and hardware, the router rate, the maximum rate that the mobile phone can support, and the WiFi signal strength when the user surfs the Internet. The impact of the address of the browsing**, the bandwidth of the peer**, etc., therefore, the rate at which the user surfs the Internet is usually lower than the theoretical rate value. >>>More
It's basically like this, it's all insufficient.
Theoretically, the speed of 4m is 512kb s. >>>More