all store or contain storage space referenced in byte multiples such as kilobytes, megabytes, or gigabytes. Computer files, hard disks, Blu-ray discs, video games, etc. Despite this effort, the gigabyte is still often used to signify either of these definitions.Ĭurrent use: The unit of bytes and all its multiples are used worldwide for data storage. Prefixes to denote the byte being based on 1024 rather than 1000 were also created, with gibibyte referencing 1024 3 bytes. Because this can be the source of confusion, in 1998, the International Electrotechnical Commission published standards that required the gigabyte strictly denote 1000 3 bytes. There is also however, a binary definition where a gigabyte is 1024 3 bytes. The gigabyte is most commonly understood in terms of its decimal definition of 1000 3 bytes. History/origin: The gigabyte is based on the byte, which is derived from the bit, and is a unit that makes use of SI (International System of Units) prefixes. Gigabyteĭefinition: A gigabyte (symbol: GB) is equal to 10 9 bytes (1000 3 bytes), where a byte is a unit of digital information that consists of eight bits (binary digits).

Kilobytes are more commonly used for smaller files like text documents. Below is the conversion table you can use to convert from Kilobytes. Therefore, if you want to calculate how many Bytes are in 4 Kilobytes you can do so by using the conversion formula above. The new prefixes would be used when referencing multiples of 1024 bytes (2 10), which is the binary definition of bytes used in information technology.Ĭurrent use: Bytes are widely used when referencing data storage, particularly storage media such as hard drives, flash-based storage, and DVDs, though these are more often presented in terms of larger multiples of bytes such as megabytes or gigabytes. We conclude that four 4 Kilobytes is equivalent to four thousand ninety-six Bytes: 4 Kilobytes is equal to 4096 Bytes. In 1998, the International Electrotechnical Commission defined new prefixes for the byte to be used in addition to their SI (International System of Units) counterparts, with the intent that the SI prefixes would be used when referencing 1000 bytes. The term byte was coined in 1956 by Werner Buchholz. History/origin: The kilobyte is based on the byte, which is derived from the bit, and is a unit that makes use of SI (International System of Units) prefixes. The above calculators can be used to make estimations based on potential needs.Definition: A kilobyte (symbol: kB) is equal to 10 3 bytes (1000 bytes), where a byte is a unit of digital information that consists of eight bits (binary digits). Streaming or hosting large amounts of video, for example, requires far more bandwidth than simply browsing the Internet. It is also used to express data transfer speeds and in the context of data storage and memory, the binary-based unit of kibibyte (KiB) is used instead. The amount of bandwidth a person or company needs is entirely dependent on how they plan to use the Internet. A Kilobyte (kB) is a decimal unit of digital information that is equal to 1000 bytes (or 8,000 bits) and commonly used to express the size of a file or the amount of memory used by a program. In terms of memory or a hard disk, 8GB of capacity would mean that 8 Giga bytes of information could be stored, which is equivalent to 64 Giga bits. In relation, the unit of information storage is the byte.

The bit is the unit of data transfer, meaning that a communications device or system with a bandwidth of 8 MB has a transfer rate of 8 Mega bits per second, which is equivalent to 1 Mega byte per second.

A byte can represent values from 0 to 255. A byte is a unit that consists of 8 bits. It can hold only one of two values-0 or 1. In information technology, a bit is the smallest unit of information. Due to factors such as protocols and encryption, such as transmission control protocol (TCP), which is largely used in internet traffic, a channel stated to have a bandwidth of X bits per second may not actually transmit data at X rate. However, one of the most common ways in which the term bandwidth is used relates to the Internet, as 'the volume of information per unit of time that a transmission medium can handle.' Note that channel bandwidth, or the stated channel capacity, is not necessarily equal to the maximum amount of data that the channel can handle. Even within computing, bandwidth can be differentiated between network bandwidth, data bandwidth, and digital bandwidth. In terms of computing, bandwidth is defined as the bit-rate of available or consumed information and is typically expressed in units of bits per second (along with its metric multiples). Related IP Subnet Calculator | Binary Calculatorīandwidth is a term that has different meanings within different contexts.

Kilobyte to byte