tebibit | 1 Tibit | 2 Tibit | 3 Tibit | 4 Tibit | 5 Tibit | 6 Tibit | 7 Tibit | 8 Tibit | 9 Tibit | 10 Tibit | 11 Tibit | 12 Tibit | 13 Tibit | 14 Tibit | 15 Tibit | 16 Tibit | 17 Tibit | 18 Tibit | 19 Tibit | 20 Tibit | 21 Tibit | 22 Tibit | 23 Tibit | 24 Tibit | 25 Tibit | 26 Tibit | 27 Tibit | 28 Tibit | 29 Tibit | 30 Tibit | 31 Tibit | 32 Tibit | 33 Tibit | 34 Tibit | 35 Tibit | 36 Tibit | 37 Tibit | 38 Tibit | 39 Tibit | 40 Tibit | 41 Tibit | 42 Tibit | 43 Tibit | 44 Tibit | 45 Tibit | 46 Tibit | 47 Tibit | 48 Tibit | 49 Tibit | 50 Tibit | 51 Tibit | 52 Tibit | 53 Tibit | 54 Tibit | 55 Tibit | 56 Tibit | 57 Tibit | 58 Tibit | 59 Tibit | 60 Tibit | 61 Tibit | 62 Tibit | 63 Tibit | 64 Tibit | 65 Tibit | 66 Tibit | 67 Tibit | 68 Tibit | 69 Tibit | 70 Tibit | 71 Tibit | 72 Tibit | 73 Tibit | 74 Tibit | 75 Tibit | 76 Tibit | 77 Tibit | 78 Tibit | 79 Tibit | 80 Tibit | 81 Tibit | 82 Tibit | 83 Tibit | 84 Tibit | 85 Tibit | 86 Tibit | 87 Tibit | 88 Tibit | 89 Tibit | 90 Tibit | 91 Tibit | 92 Tibit | 93 Tibit | 94 Tibit | 95 Tibit | 96 Tibit | 97 Tibit | 98 Tibit | 99 Tibit | 100 Tibit |
kilobit | 1,099,511,627.776 kbit | 2,199,023,255.552 kbit | 3,298,534,883.328 kbit | 4,398,046,511.104 kbit | 5,497,558,138.88 kbit | 6,597,069,766.656 kbit | 7,696,581,394.432 kbit | 8,796,093,022.208 kbit | 9,895,604,649.984 kbit | 10,995,116,277.76 kbit | 12,094,627,905.536 kbit | 13,194,139,533.312 kbit | 14,293,651,161.088 kbit | 15,393,162,788.864 kbit | 16,492,674,416.64 kbit | 17,592,186,044.416 kbit | 18,691,697,672.192 kbit | 19,791,209,299.968 kbit | 20,890,720,927.744 kbit | 21,990,232,555.52 kbit | 23,089,744,183.296 kbit | 24,189,255,811.072 kbit | 25,288,767,438.848 kbit | 26,388,279,066.624 kbit | 27,487,790,694.4 kbit | 28,587,302,322.176 kbit | 29,686,813,949.952 kbit | 30,786,325,577.728 kbit | 31,885,837,205.504 kbit | 32,985,348,833.28 kbit | 34,084,860,461.056 kbit | 35,184,372,088.832 kbit | 36,283,883,716.608 kbit | 37,383,395,344.384 kbit | 38,482,906,972.16 kbit | 39,582,418,599.936 kbit | 40,681,930,227.712 kbit | 41,781,441,855.488 kbit | 42,880,953,483.264 kbit | 43,980,465,111.04 kbit | 45,079,976,738.816 kbit | 46,179,488,366.592 kbit | 47,278,999,994.368 kbit | 48,378,511,622.144 kbit | 49,478,023,249.92 kbit | 50,577,534,877.696 kbit | 51,677,046,505.472 kbit | 52,776,558,133.248 kbit | 53,876,069,761.024 kbit | 54,975,581,388.8 kbit | 56,075,093,016.576 kbit | 57,174,604,644.352 kbit | 58,274,116,272.128 kbit | 59,373,627,899.904 kbit | 60,473,139,527.68 kbit | 61,572,651,155.456 kbit | 62,672,162,783.232 kbit | 63,771,674,411.008 kbit | 64,871,186,038.784 kbit | 65,970,697,666.56 kbit | 67,070,209,294.336 kbit | 68,169,720,922.112 kbit | 69,269,232,549.888 kbit | 70,368,744,177.664 kbit | 71,468,255,805.44 kbit | 72,567,767,433.216 kbit | 73,667,279,060.992 kbit | 74,766,790,688.768 kbit | 75,866,302,316.544 kbit | 76,965,813,944.32 kbit | 78,065,325,572.096 kbit | 79,164,837,199.872 kbit | 80,264,348,827.648 kbit | 81,363,860,455.424 kbit | 82,463,372,083.2 kbit | 83,562,883,710.976 kbit | 84,662,395,338.752 kbit | 85,761,906,966.528 kbit | 86,861,418,594.304 kbit | 87,960,930,222.08 kbit | 89,060,441,849.856 kbit | 90,159,953,477.632 kbit | 91,259,465,105.408 kbit | 92,358,976,733.184 kbit | 93,458,488,360.96 kbit | 94,557,999,988.736 kbit | 95,657,511,616.512 kbit | 96,757,023,244.288 kbit | 97,856,534,872.064 kbit | 98,956,046,499.84 kbit | 100,055,558,127.62 kbit | 101,155,069,755.39 kbit | 102,254,581,383.17 kbit | 103,354,093,010.94 kbit | 104,453,604,638.72 kbit | 105,553,116,266.5 kbit | 106,652,627,894.27 kbit | 107,752,139,522.05 kbit | 108,851,651,149.82 kbit | 109,951,162,777.6 kbit |
The tebibit is a multiple of the bit, a unit of information, prefixed by the standards-based multiplier tebi (symbol Ti), a binary prefix meaning 240. The unit symbol of the tebibit is Tibit. 1 tebibit = 240 bits = 1099511627776 bits = 1024 gibibits.
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
tebibit | Tibit | 1 tebibit = 240 bits = 1 099 511 627 776 bits = 1024 gibibits | = 240 bits = 1 099 511 627 776 bits | Metric system SI |
tebibits | kilobits | tebibits | kilobits |
---|---|---|---|
1 | = 1099511627.776 | 6 | = 6597069766.656 |
2 | = 2199023255.552 | 7 | = 7696581394.432 |
3 | = 3298534883.328 | 8 | = 8796093022.208 |
4 | = 4398046511.104 | 9 | = 9895604649.984 |
5 | = 5497558138.88 | 10 | = 10995116277.76 |
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 | tebibits | kilobits | tebibits |
---|---|---|---|
1 | = 9.0949470177293E-10 | 6 | = 5.4569682106376E-9 |
2 | = 1.8189894035459E-9 | 7 | = 6.3664629124105E-9 |
3 | = 2.7284841053188E-9 | 8 | = 7.2759576141834E-9 |
4 | = 3.6379788070917E-9 | 9 | = 8.1854523159564E-9 |
5 | = 4.5474735088646E-9 | 10 | = 9.0949470177293E-9 |
tebibits | kilobits |
---|---|
1 | = 1,099,511,627.776 |
9.0949470177293 × 10-10 | = 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 …) |