what is the rate of information transfer in frames/second from a to b?

Download Commodity

Information transfer rate is the speed that a certain amount of data is transferred over a given period of time. Yous might want to know the transfer rate if you lot're downloading something online or transferring data from one source to another. Offset, catechumen your units so the file size and transfer speed are in either bits or bytes with the same prefix (kilo, mega, giga, or tera). Then, plug your numbers into the equation S = A ÷ T in which A is the amount of data and T is the transfer fourth dimension to solve for S, the speed, or rate, of transfer. Y'all tin also determine the amount of information or the transfer fourth dimension if you know 1 of the variables plus the speed of transfer.

1
Find the units regarding the file size. File sizes may be given in bits (b), bytes (B), Kilobytes (KB), Megabytes (MB), Gigabytes (GB), or even Terabytes (TB).^[1]
- Pay attending to whether the letters are upper instance or lower case as well. For instance, a bit is denoted with a lowercase "b" while a byte is denoted with an uppercase "B".
2

Note the units that reference the transfer speed. Transfer speeds might be provided in bits per 2nd (bps), bytes per 2nd (B/s), Kilobytes per second (KB/southward), Megabytes per 2d (MB/southward), or Gigabytes per second (GB/southward).^[2]

Advertisement
iii
Convert the units to either bits or bytes and brand sure they have the same prefix. Before you use the transfer rate equation, ensure y'all are using the aforementioned units for the size and speed. Don't worry virtually the time units for now.^[3]
- eight bits (b) = 1 byte (B); turn bits into bytes by dividing by viii, or catechumen bytes to bits by multiplying by 8.
- 1,024 bytes = 1 Kilobyte (KB); convert bytes to Kilobytes past dividing by 1,024 or turn Kilobytes into bytes by multiplying past 1,024.
- 1,024 Kilobytes = 1 Megabyte (MB); modify Kilobytes into Megabytes by dividing by 1024 or convert Megabytes into Kilobytes by multiplying by i,024.
- 1,024 Megabytes = i Gigabyte (GB); convert Megabytes into Gigabytes past dividing past 1024 or turn Gigabytes into Megabytes past multiplying by 1,024.
- 1,024 Gigabytes = i Terabyte (TB); change Gigabytes into Terabytes by dividing by 1024 or convert Terabytes into Gigabytes by multiplying by one,024.
4
Convert between hours, minutes, and seconds as needed. As yous know, there are 60 seconds in 1 minute and threescore minutes in ane hour. To convert from seconds to minutes, divide by 60. To catechumen from minutes to hours, split by 60. To convert from hours to minutes, multiply by 60. To convert from minutes to seconds, multiply by 60.^[4]
- To convert from seconds to hours, divide by 3,600 (lx 10 60). Or, convert from hours to seconds past multiplying past 3,600.
- Generally, the speed is denoted in seconds. If you have very many seconds, though, such as for large files, you can convert to minutes or even hours.
Advertisement

1
Summate the transfer speed by dividing the amount of data by the transfer time. Plug the corporeality of data (A) and transfer time (T) to solve for the rate, or speed (S), into the equation South = A ÷ T.^[5]
- For instance, you might accept transferred 25 MB in ii minutes. Get-go, convert 2 minutes to seconds past multiplying 2 by 60, which is 120. So, South = 25 MB ÷ 120 seconds. 25 ÷ 120 = 0.208. Therefore, the transfer speed is 0.208 MB/s. If you want to turn this into Kilobytes, multiply 0.208 by 1024. 0.208 x 1024 = 212.nine. And then, the transfer speed is also equal to 212.9 KB/south.
2
Carve up the amount of data by the transfer speed to find the transfer time. If y'all want to solve for the transfer time (T) instead, input the amount of information (A) and the charge per unit or speed (S) of transfer into the equation T = A ÷ Southward.^[6]
- For case, say you transferred 134 GB at a rate of 7 MB/s. Outset, convert GB to MB so you lot're working with the same units in each part of the equation. 134 10 1,024 = 137,217. So, you transferred 137,217 MB at a rate of 7 MB/due south. To solve for T, divide 137,217 past vii, which is xix,602. Therefore, information technology took 19,602 seconds. To convert this to hours, split up past 3,600, which is 5.445. In other words, it took 5.445 hours to transfer 134 GB at a rate of vii MB/s.
- If y'all want to use hours and minutes, separate out the whole number and decimal: you have v hours and 0.445 hours. To catechumen 0.445 hours to minutes, multiply by sixty. 0.445 x 60 = 26.7. To convert the decimal into seconds, multiply it past lx. 0.7 x 60 = 42. Altogether, it took five hours, 26 minutes, and 42 seconds.
3
Multiply the transfer time by the transfer speed to find the amount of data transferred. To figure out how much information was transferred, use the equation A = T 10 Southward, in which A is the amount of data, T is the transfer time, and S is the speed or charge per unit of transfer.^[7]
- For example, yous can effigy out how much data was transferred in 1.5 hours at a charge per unit of 200 bps. First, catechumen hours to seconds past multiplying by 1.5 past three,600, which is 5,400. And then, A = 5,400 seconds 10 200 bps. A = 1,080,000 bps. To convert to bytes, carve up past 8. 1,080,000 ÷ eight = 135,000. To catechumen to Kilobytes, carve up past 1,024. 135,000 ÷ 1,024 = 131.84. Therefore, 131.84 KB of information was transferred in 1.5 hours at a rate of 200 bps.
Advertisement

Add together New Question

Question

How do I summate the fourth dimension taken to transfer the files?

Say a file of 640,000 $.25 transfers by the rate of, say, 64 kbps, the fourth dimension taken is 640000 / (64 x 1000) = 10 seconds.
Question

How practise I calculate data transfer rates?

For example, 50 Mbps or "l million a second" is not fifty Megabytes per second, simply rather 50 Megabits per 2d. So in gild to summate the transfer rate of a file size nosotros demand to catechumen the size to $.25, even so, yous can't but say that 2 Gb 10 8 will requite yous the number of $.25 in the file.
Question

How exercise I calculate the data transfer rate given size and baud rate?

2 kbytes = 2048 bytes. Manual of a byte requires: 1 start bit; 8 bits = actual byte; 1 bit parity; and two bits stop for a full of 12 bits. The baud is 2048 * 12 = 24576 baud.
Question

How practice I tell what my information transfer rate is in bytes?

One way this tin can be done is past a simple equation using how much data has been transferred and how long it took in total to transfer that data. The equation is: "Data TRANSFERRED" divided past "Fourth dimension TAKEN."
Question

What formula should I use to calculate how long it will take to transfer a 1GB file onto a USB 3.0?

You are given A by it stating "1GB" and S considering the 1Gb is being transferred onto a USB3.0. Therefore, you should exist able to use T = A/Due south. Don't forget to alter 1GB into GB before y'all do the sectionalisation.