terabyte to gigabit

Ethtool is the command used to query and set the network card parameters. Overview: Ethtool ethx     //Query ETHX network basic settings ethtool–h        //Display ethtool command help ethtool–i ethx   //query Ethx the relevant information  

calculation is generally based on the metric-based and binary data calculation methods.(Binary) 1 byte (B) = 8 bits (B) bytes = 8 binary digits1 kilobyte (K/kb) = 2 ^ 10 bytes = 1,024 bytes kilobytes1 megabyte (M/MB) = 2 ^ 20 bytes = 1,048,576 bytes MB1 gigabyte (G/GB) = 2 ^ 30 bytes = 1,073,741,824 bytes Gigabit bytes1 terabyte (T/TB) = 2 ^ 40 bytes = 1,099,511,627,776 bytes KyrgyzstanSome storage manuf

as "gigabit") =1024mb= 2^30 B;1TB (Terabyte, trillion bytes, MBytes) =1024gb= 2^40 b;1pb (petabyte, petabyte bytes, Pat bytes) =1024tb= 2^50 B ; 1EB (Exabyte, exascale bytes, ai bytes) =1024pb= 2^60 b;1zb (zettabyte, 10 trillion bytes, ze bytes) = 1024eb= 2^70 b;1yb (yottabyte, 100 million Bytes, Yao bytes) = 1024zb= 2 ^80 B;1BB (brontobyte, 100 billion bytes) = 1024yb= 2^90 b;1nb (nonabyte, 100 trillion b

Bit bit (binary Digits): holds a binary number, which is 0 or 1, the smallest storage unit. byte byte:8 binary [bit (binary Digits)] bit is a byte (B), the most commonly used unit. 1B (byte- bit ) = 8bit (Binary Digits bit) is generally represented by B,KB,MB,GB,TB,PB,EB,ZB,YB,BB, and the relationship between them is: 1KB (kilobyte KB) = 1024B,1MB (megabyte megabyte abbreviated as "Mega") =1024KB,1GB (Gigabyte gigabyte, also known as "gigabit") =1024m

, also known as "gigabit") =1024mb= 2^30 B;1TB (Terabyte, trillion bytes, MBytes) =1024gb= 2^40 b;1pb (petabyte, petabyte bytes, Pat bytes) =1024tb= 2^50 B; An array of any data type requires 20 bytes of memory space, plus 4 bytes per array dimension, plus the space occupied by the data itself. The amount of memory occupied by the data can be calculated by multiplying the number of data elements by the size

The Byte conversion function is used to convert kb to mb, gb, tg, eb, pb and other units. This function is very useful for file uploading. We will share with you a function below. The Byte conversion function is used to convert kb to mb, gb, tg, eb, pb and other units. This function is very useful for file uploading. We will share with you a function below. Script ec (2); script The Code is as follows: // Byte ConversionFunction conversion ($ size ){$ Kb = 1024; // 1K

1B (Byte, byte) = 8 bit (see below); 1kb=1024b;1mb=1024kb=1024x1024b. where 1024=210. 1KB (Kibibyte, Kbytes) =1024b= 2^10 b;1mb (Mebibyte, MBytes, million-byte, abbreviation "Mega") =1024kb= 2^20 B;1GB (Gigabyte, gigabyte, 1 billion bytes, also known as "gigabit") =1024mb= 2 ^30 B;1TB (Terabyte, trillion bytes, MBytes) =1024gb= 2^40 b;1pb (petabyte, petabyte bytes, Pat bytes) =1024tb= 2^50 b;1eb (Exabyte, e

, and the maximum value is 255. such as an ASCII code is a byte. UTF-8 encoding: An English character equals one byte, and one Chinese (with traditional) equals three bytes. Unicode encoding: One English equals two bytes, and one Chinese (with traditional) equals two bytes. Symbol: English punctuation occupies one byte, Chinese punctuation is two bytes. Example: "." 1 bytes in size, Chinese period ". "Takes up 2 bytes in size.between different orders of magnitudeData storage is represented in 10

The code is as follows Copy Code byte conversionsfunction conversion ($size) {$KB = 1024; 1KB (Kibibyte, kilobytes) =1024b,$MB = 1024 * $KB; 1MB (Mebibyte, megabyte, abbreviation "trillion") =1024kb,$GB = 1024 * $MB; 1GB (gigabyte, Gigabyte, also known as "gigabit") =1024MB,$TB = 1024 * $GB; 1TB (terabyte, trillion bytes, too byte) =1024GB,$PB = 1024 * $TB; 1PB (Petabyte, quadrillion Byte, P

GE switches are worth learning a lot. Here we will introduce you to the future development direction of GE switches, which are serious experts. The reporter interviewed experts in the field of GE switches on hot topics, including technical experts from equipment suppliers and network construction experts from users. Each of them holds one word, and their points of view are roughly divided into two schools. In our answers to the following questions, we will separate the two comments with A and B.

The advent of the information age means that we have more and more requirements for the speed of the network, we have to transfer files through the network, but also through the network to hold video conferencing; We not only need to send and receive mail, but also quickly download a variety of video, audio files. And with the speed of the network from the original one trillion, 10 trillion, a few years ago, hundreds of trillion, developed to today's gigabit