gigabit | 1 Gbit | 2 Gbit | 3 Gbit | 4 Gbit | 5 Gbit | 6 Gbit | 7 Gbit | 8 Gbit | 9 Gbit | 10 Gbit | 11 Gbit | 12 Gbit | 13 Gbit | 14 Gbit | 15 Gbit | 16 Gbit | 17 Gbit | 18 Gbit | 19 Gbit | 20 Gbit | 21 Gbit | 22 Gbit | 23 Gbit | 24 Gbit | 25 Gbit | 26 Gbit | 27 Gbit | 28 Gbit | 29 Gbit | 30 Gbit | 31 Gbit | 32 Gbit | 33 Gbit | 34 Gbit | 35 Gbit | 36 Gbit | 37 Gbit | 38 Gbit | 39 Gbit | 40 Gbit | 41 Gbit | 42 Gbit | 43 Gbit | 44 Gbit | 45 Gbit | 46 Gbit | 47 Gbit | 48 Gbit | 49 Gbit | 50 Gbit | 51 Gbit | 52 Gbit | 53 Gbit | 54 Gbit | 55 Gbit | 56 Gbit | 57 Gbit | 58 Gbit | 59 Gbit | 60 Gbit | 61 Gbit | 62 Gbit | 63 Gbit | 64 Gbit | 65 Gbit | 66 Gbit | 67 Gbit | 68 Gbit | 69 Gbit | 70 Gbit | 71 Gbit | 72 Gbit | 73 Gbit | 74 Gbit | 75 Gbit | 76 Gbit | 77 Gbit | 78 Gbit | 79 Gbit | 80 Gbit | 81 Gbit | 82 Gbit | 83 Gbit | 84 Gbit | 85 Gbit | 86 Gbit | 87 Gbit | 88 Gbit | 89 Gbit | 90 Gbit | 91 Gbit | 92 Gbit | 93 Gbit | 94 Gbit | 95 Gbit | 96 Gbit | 97 Gbit | 98 Gbit | 99 Gbit | 100 Gbit |
kibibit | 976,562.5 Kibit | 1 953 125 Kibit | 2,929,687.5 Kibit | 3 906 250 Kibit | 4,882,812.5 Kibit | 5 859 375 Kibit | 6,835,937.5 Kibit | 7 812 500 Kibit | 8,789,062.5 Kibit | 9 765 625 Kibit | 10,742,187.5 Kibit | 11 718 750 Kibit | 12,695,312.5 Kibit | 13 671 875 Kibit | 14,648,437.5 Kibit | 15 625 000 Kibit | 16,601,562.5 Kibit | 17 578 125 Kibit | 18,554,687.5 Kibit | 19 531 250 Kibit | 20,507,812.5 Kibit | 21 484 375 Kibit | 22,460,937.5 Kibit | 23 437 500 Kibit | 24,414,062.5 Kibit | 25 390 625 Kibit | 26,367,187.5 Kibit | 27 343 750 Kibit | 28,320,312.5 Kibit | 29 296 875 Kibit | 30,273,437.5 Kibit | 31 250 000 Kibit | 32,226,562.5 Kibit | 33 203 125 Kibit | 34,179,687.5 Kibit | 35 156 250 Kibit | 36,132,812.5 Kibit | 37 109 375 Kibit | 38,085,937.5 Kibit | 39 062 500 Kibit | 40,039,062.5 Kibit | 41 015 625 Kibit | 41,992,187.5 Kibit | 42 968 750 Kibit | 43,945,312.5 Kibit | 44 921 875 Kibit | 45,898,437.5 Kibit | 46 875 000 Kibit | 47,851,562.5 Kibit | 48 828 125 Kibit | 49,804,687.5 Kibit | 50 781 250 Kibit | 51,757,812.5 Kibit | 52 734 375 Kibit | 53,710,937.5 Kibit | 54 687 500 Kibit | 55,664,062.5 Kibit | 56 640 625 Kibit | 57,617,187.5 Kibit | 58 593 750 Kibit | 59,570,312.5 Kibit | 60 546 875 Kibit | 61,523,437.5 Kibit | 62 500 000 Kibit | 63,476,562.5 Kibit | 64 453 125 Kibit | 65,429,687.5 Kibit | 66 406 250 Kibit | 67,382,812.5 Kibit | 68 359 375 Kibit | 69,335,937.5 Kibit | 70 312 500 Kibit | 71,289,062.5 Kibit | 72 265 625 Kibit | 73,242,187.5 Kibit | 74 218 750 Kibit | 75,195,312.5 Kibit | 76 171 875 Kibit | 77,148,437.5 Kibit | 78 125 000 Kibit | 79,101,562.5 Kibit | 80 078 125 Kibit | 81,054,687.5 Kibit | 82 031 250 Kibit | 83,007,812.5 Kibit | 83 984 375 Kibit | 84,960,937.5 Kibit | 85 937 500 Kibit | 86,914,062.5 Kibit | 87 890 625 Kibit | 88,867,187.5 Kibit | 89 843 750 Kibit | 90,820,312.5 Kibit | 91 796 875 Kibit | 92,773,437.5 Kibit | 93 750 000 Kibit | 94,726,562.5 Kibit | 95 703 125 Kibit | 96,679,687.5 Kibit | 97 656 250 Kibit |
The gigabit is a multiple of the unit bit for digital information or computer storage. The prefix giga (symbol G) is defined in the International System of Units (SI) as a multiplier of 109 (1 billion, short scale), and therefore 1 gigabit = 109 bits = 1 000 000 000 bits.
The gigabit has the unit symbol Gbit or Gb.
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
gigabit | Gbit | 1 gigabit = 109 bits = 1 000 000 000 bits | = 109 bits = 1 000 000 000 bits | Metric system SI |
gigabits | kibibits | gigabits | kibibits |
---|---|---|---|
1 | = 976562.5 | 6 | = 5859375 |
2 | = 1953125 | 7 | = 6835937.5 |
3 | = 2929687.5 | 8 | = 7812500 |
4 | = 3906250 | 9 | = 8789062.5 |
5 | = 4882812.5 | 10 | = 9765625 |
The kibibit is a multiple of the bit, a unit of digital information storage, using the standard binary prefix kibi, which has the symbol Ki, meaning 210. The unit symbol of the kibibit is Kibit. 1 kibibit = 210 bits = 1,024 bits
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
kibibit | Kibit | 1 kibibit = 210 bits = 1,024 bits | = 210 bits = 1024 bits | Metric system SI |
kibibits | gigabits | kibibits | gigabits |
---|---|---|---|
1 | = 1.024E-6 | 6 | = 6.144E-6 |
2 | = 2.048E-6 | 7 | = 7.168E-6 |
3 | = 3.072E-6 | 8 | = 8.192E-6 |
4 | = 4.096E-6 | 9 | = 9.216E-6 |
5 | = 5.12E-6 | 10 | = 1.024E-5 |
gigabits | kibibits |
---|---|
1 | = 976,562.5 |
1.024 × 10-6 | = 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 …) |