terabit | 1 Tbit | 2 Tbit | 3 Tbit | 4 Tbit | 5 Tbit | 6 Tbit | 7 Tbit | 8 Tbit | 9 Tbit | 10 Tbit | 11 Tbit | 12 Tbit | 13 Tbit | 14 Tbit | 15 Tbit | 16 Tbit | 17 Tbit | 18 Tbit | 19 Tbit | 20 Tbit | 21 Tbit | 22 Tbit | 23 Tbit | 24 Tbit | 25 Tbit | 26 Tbit | 27 Tbit | 28 Tbit | 29 Tbit | 30 Tbit | 31 Tbit | 32 Tbit | 33 Tbit | 34 Tbit | 35 Tbit | 36 Tbit | 37 Tbit | 38 Tbit | 39 Tbit | 40 Tbit | 41 Tbit | 42 Tbit | 43 Tbit | 44 Tbit | 45 Tbit | 46 Tbit | 47 Tbit | 48 Tbit | 49 Tbit | 50 Tbit | 51 Tbit | 52 Tbit | 53 Tbit | 54 Tbit | 55 Tbit | 56 Tbit | 57 Tbit | 58 Tbit | 59 Tbit | 60 Tbit | 61 Tbit | 62 Tbit | 63 Tbit | 64 Tbit | 65 Tbit | 66 Tbit | 67 Tbit | 68 Tbit | 69 Tbit | 70 Tbit | 71 Tbit | 72 Tbit | 73 Tbit | 74 Tbit | 75 Tbit | 76 Tbit | 77 Tbit | 78 Tbit | 79 Tbit | 80 Tbit | 81 Tbit | 82 Tbit | 83 Tbit | 84 Tbit | 85 Tbit | 86 Tbit | 87 Tbit | 88 Tbit | 89 Tbit | 90 Tbit | 91 Tbit | 92 Tbit | 93 Tbit | 94 Tbit | 95 Tbit | 96 Tbit | 97 Tbit | 98 Tbit | 99 Tbit | 100 Tbit |
kilobit | 1 000 000 000 kbit | 2 000 000 000 kbit | 3 000 000 000 kbit | 4 000 000 000 kbit | 5 000 000 000 kbit | 6 000 000 000 kbit | 7 000 000 000 kbit | 8 000 000 000 kbit | 9 000 000 000 kbit | 10 000 000 000 kbit | 11 000 000 000 kbit | 12 000 000 000 kbit | 13 000 000 000 kbit | 14 000 000 000 kbit | 15 000 000 000 kbit | 16 000 000 000 kbit | 17 000 000 000 kbit | 18 000 000 000 kbit | 19 000 000 000 kbit | 20 000 000 000 kbit | 21 000 000 000 kbit | 22 000 000 000 kbit | 23 000 000 000 kbit | 24 000 000 000 kbit | 25 000 000 000 kbit | 26 000 000 000 kbit | 27 000 000 000 kbit | 28 000 000 000 kbit | 29 000 000 000 kbit | 30 000 000 000 kbit | 31 000 000 000 kbit | 32 000 000 000 kbit | 33 000 000 000 kbit | 34 000 000 000 kbit | 35 000 000 000 kbit | 36 000 000 000 kbit | 37 000 000 000 kbit | 38 000 000 000 kbit | 39 000 000 000 kbit | 40 000 000 000 kbit | 41 000 000 000 kbit | 42 000 000 000 kbit | 43 000 000 000 kbit | 44 000 000 000 kbit | 45 000 000 000 kbit | 46 000 000 000 kbit | 47 000 000 000 kbit | 48 000 000 000 kbit | 49 000 000 000 kbit | 50 000 000 000 kbit | 51 000 000 000 kbit | 52 000 000 000 kbit | 53 000 000 000 kbit | 54 000 000 000 kbit | 55 000 000 000 kbit | 56 000 000 000 kbit | 57 000 000 000 kbit | 58 000 000 000 kbit | 59 000 000 000 kbit | 60 000 000 000 kbit | 61 000 000 000 kbit | 62 000 000 000 kbit | 63 000 000 000 kbit | 64 000 000 000 kbit | 65 000 000 000 kbit | 66 000 000 000 kbit | 67 000 000 000 kbit | 68 000 000 000 kbit | 69 000 000 000 kbit | 70 000 000 000 kbit | 71 000 000 000 kbit | 72 000 000 000 kbit | 73 000 000 000 kbit | 74 000 000 000 kbit | 75 000 000 000 kbit | 76 000 000 000 kbit | 77 000 000 000 kbit | 78 000 000 000 kbit | 79 000 000 000 kbit | 80 000 000 000 kbit | 81 000 000 000 kbit | 82 000 000 000 kbit | 83 000 000 000 kbit | 84 000 000 000 kbit | 85 000 000 000 kbit | 86 000 000 000 kbit | 87 000 000 000 kbit | 88 000 000 000 kbit | 89 000 000 000 kbit | 90 000 000 000 kbit | 91 000 000 000 kbit | 92 000 000 000 kbit | 93 000 000 000 kbit | 94 000 000 000 kbit | 95 000 000 000 kbit | 96 000 000 000 kbit | 97 000 000 000 kbit | 98 000 000 000 kbit | 99 000 000 000 kbit | 100 000 000 000 kbit |
A terabit is a multiple of the unit bit for digital information or computer storage. The prefix tera (symbol T) is defined in the International System of Units (SI) as a multiplier of 1012 (1 trillion, short scale), and therefore 1 terabit = 1012bits = 1 000 000 000 000 bits = 1000 gigabits.
The terabit has the unit symbol Tbit or Tb.
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
terabit | Tbit | 1 terabit = 1012 bits = 1 000 000 000 000 bits = 1000 gigabits | = 1012 bits = 1 000 000 000 000 bits | Metric system SI |
terabits | kilobits | terabits | kilobits |
---|---|---|---|
1 | = 1000000000 | 6 | = 6000000000 |
2 | = 2000000000 | 7 | = 7000000000 |
3 | = 3000000000 | 8 | = 8000000000 |
4 | = 4000000000 | 9 | = 9000000000 |
5 | = 5000000000 | 10 | = 10000000000 |
The kilobit is a multiple of the unit bit for digital information or computer storage. The prefix kilo- (symbol k) is defined in the International System of Units (SI) as a multiplier of 103 (1 thousand), and therefore, 1 kilobit = 103bits = 1000 bits. The kilobit has the unit symbol kbit or kb.
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
kilobit | kbit | 1 kilobit = 103bits = 1000 bits | = 103 bits = 1000 bits | Metric system SI |
kilobits | terabits | kilobits | terabits |
---|---|---|---|
1 | = 1.0E-9 | 6 | = 6.0E-9 |
2 | = 2.0E-9 | 7 | = 7.0E-9 |
3 | = 3.0E-9 | 8 | = 8.0E-9 |
4 | = 4.0E-9 | 9 | = 9.0E-9 |
5 | = 5.0E-9 | 10 | = 1.0E-8 |
terabits | kilobits |
---|---|
1 | = 1 000 000 000 |
1.0 × 10-9 | = 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 …) |