kibibit per second | 1 Kibit/s | 2 Kibit/s | 3 Kibit/s | 4 Kibit/s | 5 Kibit/s | 6 Kibit/s | 7 Kibit/s | 8 Kibit/s | 9 Kibit/s | 10 Kibit/s | 11 Kibit/s | 12 Kibit/s | 13 Kibit/s | 14 Kibit/s | 15 Kibit/s | 16 Kibit/s | 17 Kibit/s | 18 Kibit/s | 19 Kibit/s | 20 Kibit/s | 21 Kibit/s | 22 Kibit/s | 23 Kibit/s | 24 Kibit/s | 25 Kibit/s | 26 Kibit/s | 27 Kibit/s | 28 Kibit/s | 29 Kibit/s | 30 Kibit/s | 31 Kibit/s | 32 Kibit/s | 33 Kibit/s | 34 Kibit/s | 35 Kibit/s | 36 Kibit/s | 37 Kibit/s | 38 Kibit/s | 39 Kibit/s | 40 Kibit/s | 41 Kibit/s | 42 Kibit/s | 43 Kibit/s | 44 Kibit/s | 45 Kibit/s | 46 Kibit/s | 47 Kibit/s | 48 Kibit/s | 49 Kibit/s | 50 Kibit/s | 51 Kibit/s | 52 Kibit/s | 53 Kibit/s | 54 Kibit/s | 55 Kibit/s | 56 Kibit/s | 57 Kibit/s | 58 Kibit/s | 59 Kibit/s | 60 Kibit/s | 61 Kibit/s | 62 Kibit/s | 63 Kibit/s | 64 Kibit/s | 65 Kibit/s | 66 Kibit/s | 67 Kibit/s | 68 Kibit/s | 69 Kibit/s | 70 Kibit/s | 71 Kibit/s | 72 Kibit/s | 73 Kibit/s | 74 Kibit/s | 75 Kibit/s | 76 Kibit/s | 77 Kibit/s | 78 Kibit/s | 79 Kibit/s | 80 Kibit/s | 81 Kibit/s | 82 Kibit/s | 83 Kibit/s | 84 Kibit/s | 85 Kibit/s | 86 Kibit/s | 87 Kibit/s | 88 Kibit/s | 89 Kibit/s | 90 Kibit/s | 91 Kibit/s | 92 Kibit/s | 93 Kibit/s | 94 Kibit/s | 95 Kibit/s | 96 Kibit/s | 97 Kibit/s | 98 Kibit/s | 99 Kibit/s | 100 Kibit/s |
kilobyte per second | 0.128 kB/s | 0.256 kB/s | 0.384 kB/s | 0.512 kB/s | 0.64 kB/s | 0.768 kB/s | 0.896 kB/s | 1.024 kB/s | 1.152 kB/s | 1.28 kB/s | 1.408 kB/s | 1.536 kB/s | 1.664 kB/s | 1.792 kB/s | 1.92 kB/s | 2.048 kB/s | 2.176 kB/s | 2.304 kB/s | 2.432 kB/s | 2.56 kB/s | 2.688 kB/s | 2.816 kB/s | 2.944 kB/s | 3.072 kB/s | 3.2 kB/s | 3.328 kB/s | 3.456 kB/s | 3.584 kB/s | 3.712 kB/s | 3.84 kB/s | 3.968 kB/s | 4.096 kB/s | 4.224 kB/s | 4.352 kB/s | 4.48 kB/s | 4.608 kB/s | 4.736 kB/s | 4.864 kB/s | 4.992 kB/s | 5.12 kB/s | 5.248 kB/s | 5.376 kB/s | 5.504 kB/s | 5.632 kB/s | 5.76 kB/s | 5.888 kB/s | 6.016 kB/s | 6.144 kB/s | 6.272 kB/s | 6.4 kB/s | 6.528 kB/s | 6.656 kB/s | 6.784 kB/s | 6.912 kB/s | 7.04 kB/s | 7.168 kB/s | 7.296 kB/s | 7.424 kB/s | 7.552 kB/s | 7.68 kB/s | 7.808 kB/s | 7.936 kB/s | 8.064 kB/s | 8.192 kB/s | 8.32 kB/s | 8.448 kB/s | 8.576 kB/s | 8.704 kB/s | 8.832 kB/s | 8.96 kB/s | 9.088 kB/s | 9.216 kB/s | 9.344 kB/s | 9.472 kB/s | 9.6 kB/s | 9.728 kB/s | 9.856 kB/s | 9.984 kB/s | 10.112 kB/s | 10.24 kB/s | 10.368 kB/s | 10.496 kB/s | 10.624 kB/s | 10.752 kB/s | 10.88 kB/s | 11.008 kB/s | 11.136 kB/s | 11.264 kB/s | 11.392 kB/s | 11.52 kB/s | 11.648 kB/s | 11.776 kB/s | 11.904 kB/s | 12.032 kB/s | 12.16 kB/s | 12.288 kB/s | 12.416 kB/s | 12.544 kB/s | 12.672 kB/s | 12.8 kB/s |
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.
100 kibibit per second ≈ 12.8 kilobyte per second | 10100 kibibit per second ≈ 1292.8 kilobyte per second |
1100 kibibit per second ≈ 140.8 kilobyte per second | 11100 kibibit per second ≈ 1420.8 kilobyte per second |
2100 kibibit per second ≈ 268.8 kilobyte per second | 12100 kibibit per second ≈ 1548.8 kilobyte per second |
3100 kibibit per second ≈ 396.8 kilobyte per second | 13100 kibibit per second ≈ 1676.8 kilobyte per second |
4100 kibibit per second ≈ 524.8 kilobyte per second | 14100 kibibit per second ≈ 1804.8 kilobyte per second |
5100 kibibit per second ≈ 652.8 kilobyte per second | 15100 kibibit per second ≈ 1932.8 kilobyte per second |
6100 kibibit per second ≈ 780.8 kilobyte per second | 16100 kibibit per second ≈ 2060.8 kilobyte per second |
7100 kibibit per second ≈ 908.8 kilobyte per second | 17100 kibibit per second ≈ 2188.8 kilobyte per second |
8100 kibibit per second ≈ 1036.8 kilobyte per second | 18100 kibibit per second ≈ 2316.8 kilobyte per second |
9100 kibibit per second ≈ 1164.8 kilobyte per second | 19100 kibibit per second ≈ 2444.8 kilobyte per second |
The kilobyte per second is a the unit bit for data transfer rate. The prefix kilo- (symbol k) is defined in the International System of Units (SI) as a multiplier of 103 (1 thousand), and therefore, 1 kilobyte / s = 8 kilobits / s = 8000 bits / s.
100 kilobyte per second ≈ 781.25 kibibit per second | 10100 kilobyte per second ≈ 78906.25 kibibit per second |
1100 kilobyte per second ≈ 8593.75 kibibit per second | 11100 kilobyte per second ≈ 86718.75 kibibit per second |
2100 kilobyte per second ≈ 16406.25 kibibit per second | 12100 kilobyte per second ≈ 94531.25 kibibit per second |
3100 kilobyte per second ≈ 24218.75 kibibit per second | 13100 kilobyte per second ≈ 102343.75 kibibit per second |
4100 kilobyte per second ≈ 32031.25 kibibit per second | 14100 kilobyte per second ≈ 110156.25 kibibit per second |
5100 kilobyte per second ≈ 39843.75 kibibit per second | 15100 kilobyte per second ≈ 117968.75 kibibit per second |
6100 kilobyte per second ≈ 47656.25 kibibit per second | 16100 kilobyte per second ≈ 125781.25 kibibit per second |
7100 kilobyte per second ≈ 55468.75 kibibit per second | 17100 kilobyte per second ≈ 133593.75 kibibit per second |
8100 kilobyte per second ≈ 63281.25 kibibit per second | 18100 kilobyte per second ≈ 141406.25 kibibit per second |
9100 kilobyte per second ≈ 71093.75 kibibit per second | 19100 kilobyte per second ≈ 149218.75 kibibit per second |
1 kibibit per second ≈ 0.128 kilobyte per second |
1 kilobyte per second ≈ 7.8125 kibibit per second |