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 |
terabit per second | 1.024 × 10-9 Tbit/s | 2.048 × 10-9 Tbit/s | 3.072 × 10-9 Tbit/s | 4.096 × 10-9 Tbit/s | 5.12 × 10-9 Tbit/s | 6.144 × 10-9 Tbit/s | 7.168 × 10-9 Tbit/s | 8.192 × 10-9 Tbit/s | 9.216 × 10-9 Tbit/s | 1.024 × 10-8 Tbit/s | 1.1264 × 10-8 Tbit/s | 1.2288 × 10-8 Tbit/s | 1.3312 × 10-8 Tbit/s | 1.4336 × 10-8 Tbit/s | 1.536 × 10-8 Tbit/s | 1.6384 × 10-8 Tbit/s | 1.7408 × 10-8 Tbit/s | 1.8432 × 10-8 Tbit/s | 1.9456 × 10-8 Tbit/s | 2.048 × 10-8 Tbit/s | 2.1504 × 10-8 Tbit/s | 2.2528 × 10-8 Tbit/s | 2.3552 × 10-8 Tbit/s | 2.4576 × 10-8 Tbit/s | 2.56 × 10-8 Tbit/s | 2.6624 × 10-8 Tbit/s | 2.7648 × 10-8 Tbit/s | 2.8672 × 10-8 Tbit/s | 2.9696 × 10-8 Tbit/s | 3.072 × 10-8 Tbit/s | 3.1744 × 10-8 Tbit/s | 3.2768 × 10-8 Tbit/s | 3.3792 × 10-8 Tbit/s | 3.4816 × 10-8 Tbit/s | 3.584 × 10-8 Tbit/s | 3.6864 × 10-8 Tbit/s | 3.7888 × 10-8 Tbit/s | 3.8912 × 10-8 Tbit/s | 3.9936 × 10-8 Tbit/s | 4.096 × 10-8 Tbit/s | 4.1984 × 10-8 Tbit/s | 4.3008 × 10-8 Tbit/s | 4.4032 × 10-8 Tbit/s | 4.5056 × 10-8 Tbit/s | 4.608 × 10-8 Tbit/s | 4.7104 × 10-8 Tbit/s | 4.8128 × 10-8 Tbit/s | 4.9152 × 10-8 Tbit/s | 5.0176 × 10-8 Tbit/s | 5.12 × 10-8 Tbit/s | 5.2224 × 10-8 Tbit/s | 5.3248 × 10-8 Tbit/s | 5.4272 × 10-8 Tbit/s | 5.5296 × 10-8 Tbit/s | 5.632 × 10-8 Tbit/s | 5.7344 × 10-8 Tbit/s | 5.8368 × 10-8 Tbit/s | 5.9392 × 10-8 Tbit/s | 6.0416 × 10-8 Tbit/s | 6.144 × 10-8 Tbit/s | 6.2464 × 10-8 Tbit/s | 6.3488 × 10-8 Tbit/s | 6.4512 × 10-8 Tbit/s | 6.5536 × 10-8 Tbit/s | 6.656 × 10-8 Tbit/s | 6.7584 × 10-8 Tbit/s | 6.8608 × 10-8 Tbit/s | 6.9632 × 10-8 Tbit/s | 7.0656 × 10-8 Tbit/s | 7.168 × 10-8 Tbit/s | 7.2704 × 10-8 Tbit/s | 7.3728 × 10-8 Tbit/s | 7.4752 × 10-8 Tbit/s | 7.5776 × 10-8 Tbit/s | 7.68 × 10-8 Tbit/s | 7.7824 × 10-8 Tbit/s | 7.8848 × 10-8 Tbit/s | 7.9872 × 10-8 Tbit/s | 8.0896 × 10-8 Tbit/s | 8.192 × 10-8 Tbit/s | 8.2944 × 10-8 Tbit/s | 8.3968 × 10-8 Tbit/s | 8.4992 × 10-8 Tbit/s | 8.6016 × 10-8 Tbit/s | 8.704 × 10-8 Tbit/s | 8.8064 × 10-8 Tbit/s | 8.9088 × 10-8 Tbit/s | 9.0112 × 10-8 Tbit/s | 9.1136 × 10-8 Tbit/s | 9.216 × 10-8 Tbit/s | 9.3184 × 10-8 Tbit/s | 9.4208 × 10-8 Tbit/s | 9.5232 × 10-8 Tbit/s | 9.6256 × 10-8 Tbit/s | 9.728 × 10-8 Tbit/s | 9.8304 × 10-8 Tbit/s | 9.9328 × 10-8 Tbit/s | 1.00352 × 10-7 Tbit/s | 1.01376 × 10-7 Tbit/s | 1.024 × 10-7 Tbit/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.
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
kibibit per second | Kibit/s | Metric system SI |
kibibit per second | terabits per second | kibibit per second | terabits per second |
---|---|---|---|
100 | ≈ 1.024E-7 | 10100 | ≈ 1.03424E-5 |
1100 | ≈ 1.1264E-6 | 11100 | ≈ 1.13664E-5 |
2100 | ≈ 2.1504E-6 | 12100 | ≈ 1.23904E-5 |
3100 | ≈ 3.1744E-6 | 13100 | ≈ 1.34144E-5 |
4100 | ≈ 4.1984E-6 | 14100 | ≈ 1.44384E-5 |
5100 | ≈ 5.2224E-6 | 15100 | ≈ 1.54624E-5 |
6100 | ≈ 6.2464E-6 | 16100 | ≈ 1.64864E-5 |
7100 | ≈ 7.2704E-6 | 17100 | ≈ 1.75104E-5 |
8100 | ≈ 8.2944E-6 | 18100 | ≈ 1.85344E-5 |
9100 | ≈ 9.3184E-6 | 19100 | ≈ 1.95584E-5 |
The terabit per second is a multiple of the unit bit for Data Transfer Rate. The prefix tera (symbol T) is defined in the International System of Units (SI) as a multiplier of 1.0 × 1012 (1 trillion, short scale), and therefore 1 terabit per second = 1.0 × 1012 bit per second = 1000000000000 bit per second. The terabit per second has the unit symbol Tbit/s.
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
terabit per second | Tbit/s | = 1.0 × 1012 bit per second | = 1000000000000 bit per second | Metric system SI |
terabits per second | kibibit per second | terabits per second | kibibit per second |
---|---|---|---|
100 | ≈ 97656250000 | 10100 | ≈ 9863281250000 |
1100 | ≈ 1074218750000 | 11100 | ≈ 10839843750000 |
2100 | ≈ 2050781250000 | 12100 | ≈ 11816406250000 |
3100 | ≈ 3027343750000 | 13100 | ≈ 12792968750000 |
4100 | ≈ 4003906250000 | 14100 | ≈ 13769531250000 |
5100 | ≈ 4980468750000 | 15100 | ≈ 14746093750000 |
6100 | ≈ 5957031250000 | 16100 | ≈ 15722656250000 |
7100 | ≈ 6933593750000 | 17100 | ≈ 16699218750000 |
8100 | ≈ 7910156250000 | 18100 | ≈ 17675781250000 |
9100 | ≈ 8886718750000 | 19100 | ≈ 18652343750000 |
kibibit per second | terabits per second |
---|---|
1 | ≈ 1.024 × 10-9 |
976 562 500 | ≈ 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 …) |