What is the difference between big5 and gb
Difference: gb is a simplified standard, big5 is a traditional standard; both are encoding methods for computer Chinese characters. In addition to these two encoding methods, there are also GBK encoding and GB18030 encoding. GBK encoding uses 2 characters Section representation, GB18030 encoding uses variable byte representation.
The operating environment of this tutorial: Windows 7 system, Dell G3 computer.
gb refers to the Simplified Chinese specification, and big5 refers to the Traditional Chinese specification.
Big5
Big5, also known as Big Five or Big Five, is the most commonly used computer Chinese character set standard in the Traditional Chinese (Traditional Chinese) community. , a total of 13,060 Chinese characters are included.
Chinese codes are divided into two categories: internal codes and exchange codes. Big5 belongs to Chinese internal codes. Well-known Chinese exchange codes include CCCII and CNS11643.
Although Big5 is popular in Traditional Chinese-speaking areas such as Taiwan, Hong Kong and Macau, it has not been a local national/regional standard or official standard for a long time, but only an industry standard. The character sets of major systems such as Yitian Chinese system and Windows Traditional Chinese version are based on Big5, but manufacturers have added different character creation and character creation areas to derive a variety of different versions.
In 2003, Big5 was included in the appendix of CNS11643 Chinese standard exchange code and gained a more formal status. This latest version is called Big5-2003.
Big5 and gb are both computer Chinese character encoding methods. In addition to these two encoding methods, there are also GBK encoding and GB18030 encoding. GBK encoding uses 2 bytes to represent, and GB18030 encoding uses variable bytes to represent.
If you want to read more related articles, please visit PHP Chinese website! !
The above is the detailed content of What is the difference between big5 and gb. For more information, please follow other related articles on the PHP Chinese website!

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics



1t memory is equal to 1024GB. 1t memory refers to the memory storage capacity of "1TB", and 1TB is equal to 1024GB. But this is only a theoretical value based on computer principles. Generally, the available storage space displayed by the system will be less; because the hard drive manufacturer's definition of the hard drive is different from the computer's algorithm for the hard drive capacity, resulting in the hard drive identification capacity and the operating system display. Actual capacity may vary.

1g memory is 1024MB. g stands for "GB", which means "gigabyte" in Chinese, and MB refers to "megabyte"; GB and MB are both commonly used to indicate the storage capacity of computer hard drives, memories and other storage media with larger capacities. The conversion rate between GB and MB is approximately equal to 1000 (1024), that is, "1GB=1024MB".

1g is equal to 1024MB memory capacity. The full name of g is "GB", which means "gigabyte" in Chinese. It is a decimal unit of information measurement and is often used to indicate the storage capacity of computer hard drives, memories and other large-capacity storage media. The conversion rate between GB and MB is approximately equal to 1000 (1024), that is, "1GB = 1024MB".

A 10GB hard drive represents a storage capacity of "10 billion bytes." Byte is a unit of measurement used by computer information technology to measure storage capacity, usually abbreviated as "B"; gb, also called gigabyte, is a decimal unit of information measurement. Hard drive manufacturers usually calculate in decimal places: 1KB=1000B, 1MB=1000KB, 1GB=1000MB; therefore, if you convert "1GB=1000MB=1000*1000KB=1000*1000*1000B", it is 10 billion bytes.

1 trillion is not 1G. 1 megabyte is 1MB, and 1G is equal to 1024MB. The full name of MB is "MByte", which refers to the number of bytes. It is a storage unit in computers and is pronounced as "mega"; while GB is a decimal unit of information measurement, 1GB=1024MB, 1GB=1048576KB, 1GB=1073741824B.

A 20GB hard drive represents a capacity of approximately 20 billion bytes. GB, also called gigabyte, is a decimal unit of information measurement; byte is a unit of measurement used in computer information technology to measure storage capacity, and can be abbreviated as "B". The conversion relationship between gb and bytes: 1gb is equal to 1024MB, 1MB is equal to 1024KB, and 1KB is equal to 1024B; therefore 20GB=20*1024MB=20*1024*1024KB=20*1024*1024*1024B=21474836480B.

10GB is equal to 10737418240 bytes (B). Byte is a unit of measurement used by computer information technology to measure storage capacity, usually abbreviated as "B". GB is also called gigabyte, which is a decimal unit of information measurement. 1GB=1024MB, 1MB=1024KB, and 1KB=1024B (bytes); therefore, convert "10GB=10240MB=10485760KB=10737418240B".

SK Hynix announced a latest breakthrough on August 11, officially launching a 24GB package product of high-performance DRAM (memory) LPDDR5X1 (LowPowerDoubleDataRate5eXtended) suitable for mobile devices such as smartphones. It is said that this product will bring more powerful performance to mobile devices. According to the editor's understanding, SK Hynix successfully produced LPDDR5X in November last year, and through further technological development, they launched a mobile DRAM package with a capacity of 24GB. , and has already begun supply. This move brings new opportunities to smartphone manufacturers, especially in terms of multitasking and running large applications. According to industry insiders, the highly anticipated