mebibit per second | 1 Mibit/s | 2 Mibit/s | 3 Mibit/s | 4 Mibit/s | 5 Mibit/s | 6 Mibit/s | 7 Mibit/s | 8 Mibit/s | 9 Mibit/s | 10 Mibit/s | 11 Mibit/s | 12 Mibit/s | 13 Mibit/s | 14 Mibit/s | 15 Mibit/s | 16 Mibit/s | 17 Mibit/s | 18 Mibit/s | 19 Mibit/s | 20 Mibit/s | 21 Mibit/s | 22 Mibit/s | 23 Mibit/s | 24 Mibit/s | 25 Mibit/s | 26 Mibit/s | 27 Mibit/s | 28 Mibit/s | 29 Mibit/s | 30 Mibit/s | 31 Mibit/s | 32 Mibit/s | 33 Mibit/s | 34 Mibit/s | 35 Mibit/s | 36 Mibit/s | 37 Mibit/s | 38 Mibit/s | 39 Mibit/s | 40 Mibit/s | 41 Mibit/s | 42 Mibit/s | 43 Mibit/s | 44 Mibit/s | 45 Mibit/s | 46 Mibit/s | 47 Mibit/s | 48 Mibit/s | 49 Mibit/s | 50 Mibit/s | 51 Mibit/s | 52 Mibit/s | 53 Mibit/s | 54 Mibit/s | 55 Mibit/s | 56 Mibit/s | 57 Mibit/s | 58 Mibit/s | 59 Mibit/s | 60 Mibit/s | 61 Mibit/s | 62 Mibit/s | 63 Mibit/s | 64 Mibit/s | 65 Mibit/s | 66 Mibit/s | 67 Mibit/s | 68 Mibit/s | 69 Mibit/s | 70 Mibit/s | 71 Mibit/s | 72 Mibit/s | 73 Mibit/s | 74 Mibit/s | 75 Mibit/s | 76 Mibit/s | 77 Mibit/s | 78 Mibit/s | 79 Mibit/s | 80 Mibit/s | 81 Mibit/s | 82 Mibit/s | 83 Mibit/s | 84 Mibit/s | 85 Mibit/s | 86 Mibit/s | 87 Mibit/s | 88 Mibit/s | 89 Mibit/s | 90 Mibit/s | 91 Mibit/s | 92 Mibit/s | 93 Mibit/s | 94 Mibit/s | 95 Mibit/s | 96 Mibit/s | 97 Mibit/s | 98 Mibit/s | 99 Mibit/s | 100 Mibit/s |
kibibit per second | 1 024 Kibit/s | 2 048 Kibit/s | 3 072 Kibit/s | 4 096 Kibit/s | 5 120 Kibit/s | 6 144 Kibit/s | 7 168 Kibit/s | 8 192 Kibit/s | 9 216 Kibit/s | 10 240 Kibit/s | 11 264 Kibit/s | 12 288 Kibit/s | 13 312 Kibit/s | 14 336 Kibit/s | 15 360 Kibit/s | 16 384 Kibit/s | 17 408 Kibit/s | 18 432 Kibit/s | 19 456 Kibit/s | 20 480 Kibit/s | 21 504 Kibit/s | 22 528 Kibit/s | 23 552 Kibit/s | 24 576 Kibit/s | 25 600 Kibit/s | 26 624 Kibit/s | 27 648 Kibit/s | 28 672 Kibit/s | 29 696 Kibit/s | 30 720 Kibit/s | 31 744 Kibit/s | 32 768 Kibit/s | 33 792 Kibit/s | 34 816 Kibit/s | 35 840 Kibit/s | 36 864 Kibit/s | 37 888 Kibit/s | 38 912 Kibit/s | 39 936 Kibit/s | 40 960 Kibit/s | 41 984 Kibit/s | 43 008 Kibit/s | 44 032 Kibit/s | 45 056 Kibit/s | 46 080 Kibit/s | 47 104 Kibit/s | 48 128 Kibit/s | 49 152 Kibit/s | 50 176 Kibit/s | 51 200 Kibit/s | 52 224 Kibit/s | 53 248 Kibit/s | 54 272 Kibit/s | 55 296 Kibit/s | 56 320 Kibit/s | 57 344 Kibit/s | 58 368 Kibit/s | 59 392 Kibit/s | 60 416 Kibit/s | 61 440 Kibit/s | 62 464 Kibit/s | 63 488 Kibit/s | 64 512 Kibit/s | 65 536 Kibit/s | 66 560 Kibit/s | 67 584 Kibit/s | 68 608 Kibit/s | 69 632 Kibit/s | 70 656 Kibit/s | 71 680 Kibit/s | 72 704 Kibit/s | 73 728 Kibit/s | 74 752 Kibit/s | 75 776 Kibit/s | 76 800 Kibit/s | 77 824 Kibit/s | 78 848 Kibit/s | 79 872 Kibit/s | 80 896 Kibit/s | 81 920 Kibit/s | 82 944 Kibit/s | 83 968 Kibit/s | 84 992 Kibit/s | 86 016 Kibit/s | 87 040 Kibit/s | 88 064 Kibit/s | 89 088 Kibit/s | 90 112 Kibit/s | 91 136 Kibit/s | 92 160 Kibit/s | 93 184 Kibit/s | 94 208 Kibit/s | 95 232 Kibit/s | 96 256 Kibit/s | 97 280 Kibit/s | 98 304 Kibit/s | 99 328 Kibit/s | 100 352 Kibit/s | 101 376 Kibit/s | 102 400 Kibit/s |
The mebibit per second is a multiple of the unit bit for Data Transfer Rate. The prefix mebi (symbol Mi) is defined in the International System of Units (SI) as a multiplier of 220, and therefore 1 mebibit per second = 220 bit per second = 1048576 bit per second. The mebibit per second has the unit symbol Mibit/s.
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
mebibit per second | Mibit/s | = 220 bit per second | = 1048576 bit per second | Metric system SI |
mebibit per second | kibibit per second | mebibit per second | kibibit per second |
---|---|---|---|
100 | ≈ 102400 | 10100 | ≈ 10342400 |
1100 | ≈ 1126400 | 11100 | ≈ 11366400 |
2100 | ≈ 2150400 | 12100 | ≈ 12390400 |
3100 | ≈ 3174400 | 13100 | ≈ 13414400 |
4100 | ≈ 4198400 | 14100 | ≈ 14438400 |
5100 | ≈ 5222400 | 15100 | ≈ 15462400 |
6100 | ≈ 6246400 | 16100 | ≈ 16486400 |
7100 | ≈ 7270400 | 17100 | ≈ 17510400 |
8100 | ≈ 8294400 | 18100 | ≈ 18534400 |
9100 | ≈ 9318400 | 19100 | ≈ 19558400 |
The kibibit per second is a unit of data transfer rate, using the standard binary prefix kibi, which has the symbol Ki, meaning 210. The unit symbol of the kibibit per second is Kibit / s. 1 kibibit / s = 210 bits / s = 1,024 bits / s.
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
kibibit per second | Kibit/s | Metric system SI |
kibibit per second | mebibit per second | kibibit per second | mebibit per second |
---|---|---|---|
100 | ≈ 0.09765625 | 10100 | ≈ 9.86328125 |
1100 | ≈ 1.07421875 | 11100 | ≈ 10.83984375 |
2100 | ≈ 2.05078125 | 12100 | ≈ 11.81640625 |
3100 | ≈ 3.02734375 | 13100 | ≈ 12.79296875 |
4100 | ≈ 4.00390625 | 14100 | ≈ 13.76953125 |
5100 | ≈ 4.98046875 | 15100 | ≈ 14.74609375 |
6100 | ≈ 5.95703125 | 16100 | ≈ 15.72265625 |
7100 | ≈ 6.93359375 | 17100 | ≈ 16.69921875 |
8100 | ≈ 7.91015625 | 18100 | ≈ 17.67578125 |
9100 | ≈ 8.88671875 | 19100 | ≈ 18.65234375 |
mebibit per second | kibibit per second |
---|---|
1 | ≈ 1 024 |
0.0009766 | ≈ 1 |
Symbol | Definition |
---|---|
≡ | exactly equal |
≈ | approximately equal to |
= | equal to |
digits | indicates that digits repeat infinitely (e.g. 8.294 369 corresponds to 8.294 369 369 369 369 …) |