Binary code translator

Binary to Text Translator

Enter binary numbers with any prefix / postfix / delimiter and press the Convert button
(E.g: 01000101 01111000 01100001 01101101 01110000 01101100 01100101):

ASCII text encoding uses fixed 1 byte for each character.

UTF-8 text encoding uses variable number of bytes for each character. This requires delimiter between each binary number.

How to Convert Binary to Text

Convert binary ASCII code to text:

Example

Convert «01010000 01101100 01100001 01101110 01110100 00100000 01110100 01110010 01100101 01100101 01110011» binary ASCII code to text:

Use ASCII table to get character from ASCII code.

01010000₂ = 2 6 +2 4 = 64+16 = 80 => «P»

01101100₂ = 2 6 +2 5 +2 3 +2 2 = 64+32+8+4 = 108 => «l»

01100001₂ = 2 6 +2 5 +2 0 = 64+32+1 = 97 => «a»

For all the binary bytes you should get the text:

How to convert Binary to Text?

How to use Binary to Text converter?

How to convert Binary code to English?

How to convert 01000001 binary to text?

Use ASCII table:
01000001 = 2^6+2^0 = 64+1 = 65 = ‘A’ character

How to convert 00110000 binary to text?

Use ASCII table:
00110000 = 2^5+2^4 = 32+16 = 48 = ‘0’ character

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Convert Binary to Text!

This Binary Translator lets you convert Binary Code to Text quickly and easily.

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How to use the Binary Translator?

Time needed: 1 minute.

Start converting strings of binary text into legible English by following these four easy steps:

Type in (or paste) the binary code into the first field.

Press the Translate button to get the binary code immediately converted to plain text.

Plain text will appear in the second field.

You can also go in reverse by translating any text into binary code with this text to binary code converter.

Converter features

Read on to find more helpful information on the history of binary data to text conversions, how to Convert Binary to Text manually, and a fascinating video on making all the 1s and 0s less daunting to parse.

Why Use a Binary Translator to Convert Binary Code to Text?

Binary code is not commonly used to present information directly to people. While computers use binary digits to store, sort, and transmit data, they also translate all these 0s and 1s into other formats that are easier to understand.

There are several possible reasons you might want to use a binary translator. Even if you already know how to manually convert between binary code and different forms of text, it takes time. Quickly copying and pasting binary strings into a binary to text converter takes seconds, and your results are displayed just as fast.

Binary is used as a very basic cipher to hide information, and this tool can help you decode it instantly. No matter where on the internet the text appears, you can effortlessly copy and paste the string into the first text box to translate it.

You might have to convert binary data as an assignment or solve a puzzle in a game where everything is expressed in binary data. Nerdy people out there, us included, love learning about the inner-workings of root computer language. The more tools you have to help you learn, the better.

To summarize it, the main reasons to use a binary translator over the manual conversion process are speed and convenience, however, learning how to manipulate and convert binary code yourself can be quite educational and useful.

Knowing how to convert binary to text is a pretty cool geek skill to add to your arsenal, too.

How Do I Manually Convert Binary Code to Text?

Binary system might look complicated: 0100100001101001 – how are we supposed to read that without a binary decoder?

Binary to Text: short Video Tutorial

Once you get the hang of things, binary code isn’t so hard to translate, but it takes some getting used to. You are about to learn how to convert binary to English using ASCII character encoding.

Each string of 0s and 1s represents a decimal code on the ASCII characters table that translates to a letter. One letter represented in binary is eight digits, or bits long. For our purposes, once you have learned how to read in binary, things become as easy as counting to 26 (the number of letters in the English alphabet).

The Powers of 2

To begin with, you’ll need to use powers of 2 to construct the decimal. That might not sound intuitive at first but bear with the process. Start by writing out the binary figure. For this example, let’s use 01000011.

To visualize this easily, let’s write the binary figure, and above it, place powers of 2 above each digit.

Start from 2 0 on the right side, and work left. This means 2 to the power 1 will be next, then 2 to the power of 2, and so on until you reach 2 to the power of 7.

Each power of 2 that corresponds to a 1 in the binary figure is kept and added together. From the right, you’ll take the first, second, and seventh powers and add them together, because there are only three ones in the binary figure 0100011, in those positions.

The first three digits indicate the Case

When using a binary to English translator, the first three binary digits indicate if the letter is uppercase or lowercase.

For any binary figure, starting with 010 means the letter will be uppercase, and starting with 011 means the letter is lowercase.

Putting all that simple math together, you can translate binary manually. Just like we found out that 0100011 is capital C, you can convert other letters into English.

It’s as simple as that when you have all the decimal codes in front of you. A is equal to 1, B to 2, and so on until you hit Z at 26.

Each letter is eight digits in binary

When you are dealing with longer binary sequences, remember to separate each string by eight digits (bits). Each letter consists of only eight numbers.

You can use forward slashes to mark them out when you want to manually make any conversions. A binary code translator can help break up the bytes into more readable context.

For example, the binary figure 0100100001101001 becomes 01001000/01101001.

We need to find decimal values of these two strings separately.

Let’s start with 01001000. Remember, we won’t assign powers of 2 for the first three digits, because we don’t need those to find our decimal for text purposes. We only need to know that 010 will indicate our first letter is uppercase.

The decimal output for the first string is 8. What’s the eighth letter in the alphabet? It’s H.

Now, let’s decode the second string. Our first three digits are 011, so we know it will be lowercase. Just find the decimal output for the remaining five digits.

If you got 9, you got it right. 9 corresponds to i. We know it’s a lowercase i. Put them together, and we have “Hi”.

Hi! Now you know how to convert binary code to text. You can practice with the binary translator, now that you know the basics.

What is ASCII, and Why is it Important?

ASCII stands for American Standard Code for Information Interchange. It’s a text encoding system that was developed in the 1960s by the American Standards Association. ASCII was created as a way for computers to display, transmit and take text as input more efficiently.

The basic ASCII table uses only numbers and letters from the English alphabet, cutting out a lot of possible information that a computer would otherwise have to interpret or translate. Extended ASCII codes are used to represent letters from foreign alphabets and other symbols.

When you type the letters of the alphabet on your keyboard, your computer converts them into binary numbers that it can understand. While this conversion would be annoying for humans to make every single time, computers can process things at lightning-fast speeds and are built to use data in this fashion.

What is Binary, and Why is it Important?

The modern binary system is a base-2 numeral system, a method of mathematical expression capable of communicating everything a computer would need to know using only two symbols: 0 (zero) and 1 (one).

Binary has a long history spanning many centuries, however Gottfried Wilhelm Leibniz gets the credit for inventing the basic modern binary system in 1689, using it as an expression of philosophy, religious beliefs, and mathematics. It enhances the existing numeral system through smart simplification.

These foundations would inspire engineers in the early 20th century that created the first computers. Researchers continue to innovate on the binary number system programmers use to make software, but the basis of bits and binary remains relevant to machines today.

Thanks to the simplicity of binary language, computers can almost instantly read and translate the 0s and 1s into data to store and trasmit, and into computer instructions to execute.

Understanding binary code is useful if you have an interest in computer science, digital electronics, engineering, or just want to learn about a fundamental aspect of modern computing. If you interface with hardware at all, the concepts of Boolean logic and binary are indispensable.

Questions and Answers about Binary to Text Conversion

The Binary Translator at ConvertBinary.com is really easy to use.

Just follow these steps: enter (or paste) the binary code in the first field, then press the Translate button.

The binary translation to a plain text string will immediately appear below the convert button.

In order to convert binary to text, you have two options: you can either use an online translator (like the one provided for free by ConvertBinary.com), or you can do it manually.

If you want to learn how to convert binary code to text manually, you can read this guide, or watch the associated tutorial.

That’s very simple: first, it converts each binary number to decimal, provided that the binary number has 8 digits (that’s because ASCII uses 8 bits to represent a character).

Then, it references the ASCII characters table to determine the character that corresponds to that numeric ASCII code.

Finally, it simply prints the corresponding character.

If you ever need to read binary as letters of the Latin ASCII alphabet without access to a digital converter, it would help to have access to a table of each letter. You can go through the manual decoding processes as long as you have learned how to read binary figures, but sometimes just having a list makes things faster.

The Binary Translator works in decoding data into ASCII, which is expressed using English characters. While the numbers are not connected to any language on their own, while using ASCII, you can only convert binary into letters of the English alphabet.

This tool cannot allow you to translate English into any other language.

Of course! You can encode any plain text to binary code, using the Text to Binary Converter at ConvertBinary.com.

01100001 stands for the lowercase letter “a” in ASCII, as you can verify with the binary translator.

You can find tables of all the letters of the alphabet in binary code at ConvertBinary.com.

When computers were first developed, it was easier to work around code that only consisted of 0s and 1s. The architecture of their processors and logic gates and switches makes it so that even the most complicated data is still broken down into binary.

You can also read a more detailed explanation of why computers use binary code.

While speaking in person, it’d be quite difficult to try and talk in just 1s and 0s. If you want to send somewhat coded messages to friends over the internet, it’d be easy to convert back and forth from binary to English.

Using binary figures will only get easier for you as you see the patterns more often as well. You can even start telling binary jokes to one another.

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Binary To Text (Binary Code Translator)

To use this binary to text tool, enter a binary number into the box, click on the binary translator button and get the equivalent text into the output. For example, insert “01000011 01101111 01101110 01110110 01100101 01110010 01110100” into the box and click on the binary to text button and get the text string Convert. Enter any text into the text box and click on the “Text to binary” button for text to binary conversion. You will get the equivalent binary value with our binary code translator.

Binary to Text Text to Binary Reset

Binary Translator

Want to convert dec, hex, or oct to the equivalent binary number? Here is the full binary code translator. Please find the binary code translator below. Enter any binary number in the box and click on the conversion and find out the conversion of that binary number into its equivalent hex, dec, or octal number in just a second with our binary translator.

Convert Reset All Fields

To text Translation:

Other Useful Tools

Useful Resources

Binary

Binary is just a number system that uses only two digits, o and 1, to rectify different queries. This number system is one of the most popular systems in modern computer processing, electronics, wireless networking systems, data process over a network layer. A computer system can only understand binary numbers. For that reason, it has become one of the most popular terms in the digital world. You can use this binary translator for the binary to text conversion.

How to Convert Binary to Text?

For example, if you want to convert a binary number «01000001» into its equivalent text number. Take the first eight characters binary given to you(That’s probably 01000001) and convert it into ASCII values. Now find out the ASCII value of the specific character. And you will get the number «A» for that binary number. For example, if you want to convert a number (0100000101010111). Take the first eight characters, find the equivalent text number. After the completion, take another eight characters and look for their relevant values. Once you have converted the binary, you can take the help of our binary to text tool to check out the answer of the given number.

Convert 01000001 01001110 binary code to Text

The binary to text code conversion of 01000001 01001110 is AN. As mentioned above, take the first eight characters of the given number. So, the first eight characters of this number are 01000001. The binary to text conversion of this number is A. Once you have converted this number, convert another number. The second set for conversion would be 01001110. Again, this is the same number. So conversion would be the letter N. Final binary to text conversion of «01000001 01001110» would be AN.

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Binary Translator will help you to convert binary to text or ASCII or English within seconds. Also, it works as an online decoder.

See Also

About Binary Translator

Binary is kind of a language that consists of only two things: 0 and 1. In addition, computers only communicate in 0 and 1. So, computers are reading and writing billions of instructions using binary language.

Now the question is how binary code looks like? Don’t worry! You can see one example below.

Did you understand the above line? Probably not. Confusing Right? You can’t figure out it without using a binary decoder.

When you place this code in a binary translator then it gives you the text or ASCII result like this: «Welcome Friends». Try it.

As you can see the manual translation from binary to text is very complicated for normal people. Because we have to remember so many things in our mind to convert it into English. Therefore, we have developed this Binary Translator for you to save your time and effort. It easily converts your binary codes into ASCII or text.

Now let’s learn something deep about the binary number system. Furthermore, in this article, we will see its applications and importance in the digital world. Also, you will read exciting stuff until you reach the bottom of the article. So, stay tuned.

How to Convert Binary to Text (ASCII)?

There are two conversion methods that we will discuss here.

So, let’s start learning above all methods with examples one by one. It will be fun. Trust me! Even more, at last, you will also do the manual conversion on your own with a few simple tricks.

Now let’s jump to the first method.

1. Using ASCII Table

It is the most common and easiest method that we all prefer. In this method, we need to use the ASCII table.

What is the ASCII Table?

Answer: ASCII stands for «American Standard Code for Information Interchange». So, the ASCII table is a collection of data that are in the form of Decimal, Hexadecimal, Binary, HTML, and Characters. You can find all the mentioned conversion data from this table.

But, we will need only Decimal and Binary terms from this table. Let’s understand how we can use these terms and apply them to our method.

For easy understanding, we have divided the conversion process into four simple steps.

Let’s take an example to understand it.

Example

Convert «0100100001101001» to text.

1. Seperate Binary String into 8-bit

As you can see there are two sets of binary codes in the above string.

Firstly, we will separate it into eight bits or digits. In addition, 8-bits or digits represent one letter in binary. You can skip this step if you are converting only 1 byte or one set of binary code(i.e. 10001001).

After seperation, we have two binary codes «01001000» and «01101001».

Now let’s figure out 01001000 first.

2. Convert Binary to Decimal

Now, wherever we encounter 1 we take that number as the power of two and sum up the results. In this case, we encounter 1 at 3 and 6.

Hence, 2 6 + 2 3 = 64 + 8 = 72.

72 is the decimal equivalent of 01001000.

3. Find Character from ASCII Table

Now, look for 72 in the ASCII table. You will find that the ASCII value of 72 is H. Therefore, 01001000 is actually H.

4. Contunue with Next String

Our next string is 01101001. Its conversion will look like this:

Now we will check the character value of 105 in the ASCII table. As you can see below we get «i».

Lastly, join both the output letters and text result = «Hi».

The same process is applied for long binary codes. This is the first conversion method that you can use to convert binary into English.

2. Using English Alphabets

In the second method, the starting process is the same as method 1. But here we will use the English Alphabets instead of the ASCII table.

There are only 26 letters in the English Alphabet. Also, it can be in Uppercase and Lowercase letters.

So, how we will indicate the binary code letter is in Uppercase or Lowercase?

It’s very simple. We can easily identify it from the first three digits of binary code.

So, if the first three digits are 010 then it’s an uppercase letter and similarly, if it is 011 then it’s lowercase.

Let’s take a simple example to get more ideas.

Example

Convert «01001010 01110000» to English.

Let’s start with «01001010».

First of all, we will convert it into decimal. Most importantly, ignore the first three letters from the binary code when doing the translation.

As a result, we get decimal number 10.

Now we will list all the English letters and numbering them. Like A-1, B-2, C-3, and so on.

As you can see above, the 10 th letter is «J». So, 01001010 is the English letter «J».

Similarly, we will get «p» when we figure out the second string which is «01110000». Together first and second letter it is «Jp».

Hope you understand both methods properly now. Both are simple and relevant. But it becomes very complex when the code is very long. At that time we recommend you use our binary translator instead of doing the hard work. It will give you the text results in just a few keystrokes.

Binary Number System

Gottfried Leibniz is the godfather of the Binary Number System. He came up with the idea to create a simple language to program data and instructions into digital electronics and computers.

Note: Here the term «Simple» is for computers and digital devices.

The article that you are currently reading is just because of some binary ON and OFF going on simultaneously behind the hood of your device. Binary is not understandable to humans. Maybe we can remember the decimal numbers of small binary strings. But when it comes to long strings then the binary translator is only the savior.

How to Programme Data and Instructions using Binary?

For humans, it was very hard work to code instructions in binary. Therefore, computer scientists developed programming languages to remove this complication. We will not deep dive into history and focus on the things which really matter and helpful.

High-Level Programming Languages like C++, JAVA, Python, etc are human-readable.

Also, you can see how the C++ code writes and execute.

So, this gives an instruction to the computer to print the statement «Hello, World!» on the screen. We can code this and understand this. The computer will be unable to recognize it until it’s converted into binary.

To serve that purpose, a compiler or interpreter is used. They convert these high-level codes to binary or you can also call it «Machine Language». So, the systems will understand and act.

Compiler vs Interpreter

Features of Binary Translator

The Binary Code Translator has a lot of features in it. You can find it below.

Binary Input:

There are four different ways to input binary in order to convert it into text.

Multiple Character Encoding:

When you click on that option a long drop-down list will appear. Choose your preferred character encoding type. Even more, ASCII/UTF-8 is used most of the time. Because the size of a character is fixed to 1 byte or 8 bit. That’s why we have fixed it selected by default.

There are some other options available. Such as UTF-16, Windows, Big5, CP866, ECU-JP, GB 18030, ISO-2022, KOI8-R, X-User-Defined, etc.

Other Features

Advantages of Binary to Text Converter

How to use Binary to Text Translator?

Pre-requirements: Internet, smart device, and a script or lines of binary codes.

After full fill above all requirements, open the Binary Translator and follow the steps below.

1. Enter Binary Code

First of all, you need to enter the binary code in the first input box. There are three ways to enter data.

So, you can choose any one option as per your need to enter data.

2. Choose the Character Encoding

Next, you can choose the Character Encoding from the dropdown. By default, it is set to ASCII/UTF-8. You can choose another option if you want to change it. Also, it’s optional. If you are not aware of this thing then let it be as it is.

3. Translate to Text

Lastly, just hit the «Translate» button to start the conversion. As a result, you will get the binary to ASCII conversion at the below box. Also, you can use the «Reset» button to refresh the translator. It will remove values from the text fields.

4. Copy or Save

Finally, you can copy the text result and paste it anywhere. Even more, you can save and download the conversion text file in your device storage.

Conclusion

Above all information was about the Binary Number System and our Binary Translator tool. Today, all the advanced technologies and digital devices are logically run by two things. That is 1 and 0. There can’t be such an efficient and strong thing for it than binary language. Hope you learn too many things from this article. Please share it with your friends and spread your love.

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Binary Translator

Translating Text to Binary

Converting text to Binary is a two step process. First you need to convert each letter (or. Read more

Learning How the Binary Numeric System Works

Learning how the binary numeric system works may seem like an overwhelming task, but the system. Read more

Why Do You Need Binary Translation and Online Converters?

The binary system is the backbone of every digital systems. Computers communicate with each other. Read more

All About Binary

The image shown above might remind you of the Matrix movie series, but it still does not make sense. Read more

Learn the Secrets of Using the Binary Converter Effectively for You

Binary code is what all computer language is made of, and runs in the background for all computing. Read more

What is Binary Code, The History Behind it and Popular Uses

All computer language is based in binary code. It is the back end of all computer. Read more

Translate Binary to Text

Converting text to Binary to text is a two step process. First you need to convert each letter. Read more

The Binary Number System: Its History, Applications and Advantages

From simple mechanics to sophisticated quantum modeling, our world has evolved greatly over time. Read more

Why Binary Numbers Are Used By Computers?

Strings of 0s and 1s, Binary numbers are often used to operate computers. But why is that? Why do. Read more

Different Types of Binary Codes Used for Modern Applications

While the concept behind the binary system may seem like something that was used by the earlier. Read more

Источник

Binary Translator

Translating Text to Binary

Converting text to Binary is a two step process. First you need to convert each letter (or. Read more

Learning How the Binary Numeric System Works

Learning how the binary numeric system works may seem like an overwhelming task, but the system. Read more

Why Do You Need Binary Translation and Online Converters?

The binary system is the backbone of every digital systems. Computers communicate with each other. Read more

All About Binary

The image shown above might remind you of the Matrix movie series, but it still does not make sense. Read more

Learn the Secrets of Using the Binary Converter Effectively for You

Binary code is what all computer language is made of, and runs in the background for all computing. Read more

What is Binary Code, The History Behind it and Popular Uses

All computer language is based in binary code. It is the back end of all computer. Read more

Translate Binary to Text

Converting text to Binary to text is a two step process. First you need to convert each letter. Read more

The Binary Number System: Its History, Applications and Advantages

From simple mechanics to sophisticated quantum modeling, our world has evolved greatly over time. Read more

Why Binary Numbers Are Used By Computers?

Strings of 0s and 1s, Binary numbers are often used to operate computers. But why is that? Why do. Read more

Different Types of Binary Codes Used for Modern Applications

While the concept behind the binary system may seem like something that was used by the earlier. Read more

Источник

Text to Binary Converter

Enter ASCII/Unicode text string and press the Convert button (e.g enter «Example»
to get «01000101 01111000 01100001 01101101 01110000 01101100 01100101»):

How to Convert Text to Binary

Convert text to binary ASCII code:

Example

Convert «Plant trees» text to binary ASCII code:

Use ASCII table to get ASCII code from character.

«P» => 80 = 2 6 +2 4 = 01010000₂

«l» => 108 = 2 6 +2 5 +2 3 +2 2 = 01101100₂

«a» => 97 = 2 6 +2 5 +2 0 = 01100001₂

For all the text characters you should get the binary bytes:

«01010000 01101100 01100001 01101110 01110100 00100000 01110100 01110010 01100101 01100101 01110011»

How to convert Text to Binary?

How to use Text to Binary converter?

How to convert English to Binary code?

How to convert ‘A’ character to binary?

Use ASCII table: ‘A’ = 65₁₀ = 64+1 = 2 6 +2 0 = 01000001₂

How to convert ‘0’ character to binary?

Use ASCII table: ‘0’ = 48₁₀ = 32+16 = 2 5 +2 4 = 00110000₂

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Welcome to ConvertBinary

ConvertBinary offers a set of free tools, reference tables, and tutorials for binary code conversion. Learn more

Binary Code Tools

Binary Translator

Use this binary code translator when you need to convert binary code to text!

Text to Binary

Convert any text to binary code, instantly as you type: have fun encoding your messages in binary code!

Binary to Decimal

Convert binary numbers to the decimal representation, with our free binary to decimal converter.

Decimal to Binary

Convert decimal numbers to the binary representation, with our free decimal to binary converter.

Binary to Hexadecimal

This online converter helps you to easily and quickly convert any Binary number to Hexadecimal.

Hexadecimal to Binary

This online converter helps you to easily and quickly convert any Hexadecimal number (up to 7FFFFFFFFFFFFFFF) to Binary.

Do you have questions about any of our Tools? Check out the FAQs.

Binary Code Tables

Binary Alphabet

A table containing all the letters of the latin ASCII alphabet (both Uppercase and lowercase) along with their binary code representation.

Binary Numbers

A table of the decimal numbers from 0 to 100 along with their binary code representation.

Binary Code Conversion Tutorials

How to Convert Binary to Text

Learn how to convert binary-encoded text into regular, human-readable text with this easy to read, step-by step tutorial. Visual learners will find lots of images and a video explainer.

How to Convert Text to Binary

Learn how to convert any text to binary code with this easy to read, step-by step tutorial. Visual learners will find lots of images and a video explainer.

How to Convert Decimal to Binary

Learn how to convert decimal numbers to their binary representation with this easy to read, step-by step tutorial. Visual learners will find lots of images and a video explainer.

How to Convert Binary to Decimal

Learn how to convert binary numbers to their decimal representation with this easy to read, step-by step tutorial. Visual learners will find lots of images and a video explainer.

How to Convert Hexadecimal to Binary

Learn how to convert hexadecimal numbers to their binary representation with this easy to read, step-by step tutorial. Visual learners will find lots of images and a video explainer.

How to Convert Binary to Hexadecimal

Learn how to convert binary numbers to their hexadecimal representation with this easy to read, step-by step tutorial. Visual learners will find lots of images and a video explainer.

FAQs about Binary Code

A collection of the most Frequently Asked Questions about the Binary Code and the Binary Number System:

Binary Code can be defined as a way to represent information (i.e. text, computer instructions, images, or data in any other form) using a system made of two symbols, which are usually “0” and “1” from the binary number system.

The Binary Code was invented by Gottfried Leibniz in 1689 and appears in his article “Explanation of the binary arithmetic”.

In order to convert binary to text, you have two options: you can either use an online translator (like the one provided for free by ConvertBinary.com), or you can do it manually.

If you want to learn how to convert binary code to text manually, you can read this guide, or watch the associated tutorial.

There are many possible reasons for that: for example, you may want to send someone a message that is not immediately readable, or maybe a game that you are playing is challenging you with some binary code that you need to translate in order to move forward.

Also, you may find some random binary code on the internet, and then you want to know what it means.

Perhaps you need to practice binary conversion to get a better understanding of how computers use binary, or maybe you simply enjoy playing with nerdy stuff.

Even if you write your program source code in a high-level language like Java or C#, which compile down to an intermediate language (bytecode and CIL, respectively), the required runtime environment that interprets and/or just-in-time compiles the intermediate language is a binary executable, and the operating system it runs on also consists of binary instructions.

Because their hardware architecture was easier to work with in the early days of electronic computing using only zeros and ones.
Every modern computer has a Central Processing Unit (CPU) which performs all arithmetic calculations and also performs logical operations.

The CPU is made out of millions of tiny components called transistors, which are basically switches. When the switch is ON it represents 1, and when it is OFF it represents 0.

Therefore all computer programs must be ultimately translated to binary code instructions which a computer CPU can interpret and execute.

Binary is important because of its implementation in modern computer hardware.

In the early days of computing, computers made use of analog components to store data and perform their calculations. But this wasn’t as accurate as binary code, because the analog method caused small errors that, compounding on each other, caused significant issues.

Binary numbers simplified the design of computers, since the transistors based on binary logic (where inputs and outputs can only be On, or Off) turned out to be cheaper and more simple to build, and also much more reliable to operate.

For a computer scientist, having an understanding of how computers store and manipulate information is essential.
If you do anything with hardware, boolean logic and binary become essentially intertwined and totally indispensable.

Most modern programming languages abstract the binary representation from the programmer, but the underlying code still gets translated to binary before it is sent to the machine for processing.

Modern computers use binary code to store and manipulate information, because their circuitry can easily read an On or Off charge, and transmit it very reliably too.

Furthermore, the logic of binary is easy to understand and can be used to build any type of logic gates.

There is no such thing as a “universal binary language”. Binary is a form of encoding information (i.e. characters) onto numbers, but that doesn’t change the contents of the information.

For this reason, if you encode a sentence written in English onto Binary, as you decode it back from binary to ASCII text it will still read in English, i.e. it won’t translate automatically to other languages.

Binary Code Goodies

Binary Clock

Try to read the time on this BCD clock: it represents time in binary code.

Binary Joke

There is a mathematical joke which is about binary code. It starts with “There are only 10 types of people in the world…“

A (binary) message for you

01001000 01100001 01110110 01100101 00100000 01100110 01110101 01101110 00100000 01110111 01101001 01110100 01101000 00100000 01000010 01101001 01101110 01100001 01110010 01111001 00100000 01000011 01101111 01100100 01100101 00100000 00111010 00101101 01000100 00001010 01010100 01100101 01101100 01101100 00100000 01111001 01101111 01110101 01110010 00100000 01100110 01110010 01101001 01100101 01101110 01100100 01110011 00100000 01100001 01100010 01101111 01110101 01110100 00100000 01000011 01101111 01101110 01110110 01100101 01110010 01110100 01000010 01101001 01101110 01100001 01110010 01111001 00101110 01100011 01101111 01101101 00001010 01000100 01101111 01101110 00100111 01110100 00100000 01100110 01101111 01110010 01100111 01100101 01110100 00100000 01110100 01101111 00100000 01010011 01101001 01100111 01101110 00100000 01010101 01110000 00100000 01100110 01101111 01110010 00100000 01101111 01110101 01110010 00100000 01001110 01100101 01110111 01110011 01101100 01100101 01110100 01110100 01100101 01110010 00100001

Translate this message with the Binary Translator

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Binary Translator

Translate Binary to Text

Converting text to Binary to text is a two step process. First you need to convert each letter (or character or number) to its decimal equivalent using an ASCII (American Standard Code for Information Interchange) chart. ASCII charts are readily available, but the capital letter A is represented by the number 65 Replica Celine Bags and the lower case a is represented by 97. Each subsequent letter is one number higher than its predecessor, i.e. B is 66 and b is 98, etc. For punctuation, referencing an ASCII chart or using the spreadsheet method is recommended.

Using this method, we will convert the phrase, “Hello World” to decimal. Counting up from 65, we know that the letter H is represented by the decimal number 72. Using the same method, we can convert the rest of the words to decimal. Using an ASCII chart, you will find that the decimal equivalent to a space is the number 32. In this way, we can convert the phrase “Hello World” to the decimal version, which is, “72 101 108 108 111 32 87 111 114 108 100.”

Next we need to convert the decimal to binary. To understand how to code in binary, it is useful to first know how to decode binary. As you may know, a binary number is made up of 1s and 0s which represent an on/off state for each bit, which in turn, represents a power of 2. The bits are decoded from right to left with the first bit representing 1, the 2nd is 2, the 3rd is 4 and so on until you get to the 8th position which represents 128. You would then add the value contained in each bit represented by a 1 to get the decimal equivalent. If all of the bits were 1, or 11111111, it would represent the decimal numbers 128 64 32 16 8 4 2 1 which add up to 255. For example, using the binary 10101010, 2nd, 4th, 6th and 8th bit contain 1s. This would mean that the bits representing 128, 32, 8 and 2 are “on.” So the binary number above represents 128+32+8+2 or the decimal number 170. To use this method to convert our phrase above, you will need to take each decimal number in turn and convert it to binary.

To do this, take each number and find the largest number represented by a bit that is less than the number and turn that bit “on.” In our example, the largest bit less than 72 is the 7th which represents 64. You then subtract that bit from the number and do the same with the remainder and continue that until you have a binary Hermes Replica Handbags number equivalent to the decimal number. Following this logic, the binary equivalent of 72 would be 01001000. The bits for 64 and 8 are on, which added up equals 72.

To recap, converting text to binary requires converting each letter or character in the text version to its binary equivalent and then converting that number into its binary form. To close out with our “Hello World” example, the binary for that sentence is as follows: fake rolex kaufen

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Binary Code Translator

Convert your binary code to text with our online binary to text converter. Just paste the binary code and click the convert button to get the results.

How to Use Binary Code Translator?

You can use our binary code translator by following the steps below:

Step 1: Paste the binary code into the box you want to convert to plain text. You can also upload the file from your device by clicking on the give button.

Step 2: Click the “Convert” button for conversion.

Step 3: The converted plain text will appear in the right side box immediately.

Features of Binary Code Translator

The binary translator offered by duplichecker.com is a free online utility that allows users to translate binary to English text without any manual effort. Some of the main features of this binary code translator are given below:

100% Free

You don’t need to go through any registration process to use this binary to text translator. You can use this utility for free and perform unlimited binary to text conversions without restrictions.

Easily Accessible

There is no need to install any software program on your device to access this binary code translator. You can access and use this online facility using any web browser with a stable internet connection.

User-Friendly Interface

The binary code translator has an easy to use interface that enable users to convert binary to text online in a few seconds. You don’t have to learn special skills or follow complex procedures to use this binary translator.

Quick Conversion

This binary code converter provides the quickest conversion to the users. As soon as the user enters the binary values in the input box and clicks the Convert button, the utility initiates the conversion process and returns the results immediately.

Accurate Results

The results generated by this binary code translator are 100% accurate. The advanced algorithms used by this utility delivered errorless results to users. If you ensure the authenticity of the results offered by this utility, you can cross-check them using any method.

Compatibility

The binary code translator is compatible with all kinds of devices. Whether you’re using a smartphone, tablet, desktop, laptop, or Mac, you can use this binary to English translator without facing troubles.

Reasons Why Use the Binary Code Translator?

Binary number system use “0” and “1” values to represent the text. There might include numerous combinations of 0 and 1 which can cause confusion. To figure out that and convert it into easily readable letters or words, you can use a binary code translator to translate or convert binary code to text format.

Before the invention of the binary translators, decoding a binary code was an uphill task, as it involved the usage of a formula for mathematical calculations. However, using a binary converter or binary decoder, you can conduct this process immediately.

Below are some problems that need to be overcome and the reasons for encoding plain text. For example,

Understanding Binary to Text Encoding

Binary-to-text encoding involves converting binary data into plain text. In other words, it is the encoding of binary data into a set of printable characters. These encodings are essential when the channel does not allow binary digits to be stored for the transmission of data.

The binary encoding system uses 7 bits to represent the values of the alphabet, numbers, and punctuation characters digitally. All digital data is encoded in a binary code form where 1 (one) signals a status of on and 0 (zero) indicates an off status. The values 0 (zero) and 1 (one) are typically known as binary numbers or numerals in the binary system.

The ASCII text-encoding set uses 128 distinctive values (0–127) to represent the alphabetic, numerical, and punctuation characters in the English language. You can easily translate these characters using a binary code translator. Apart from these characters, there are also selections of command codes that do not represent the remaining printable characters.

There is also a difference between the encoded binary value for capital and lowercase letters. For example, the capital letter “A” is represented by the character 01000001, whereas the lowercase letter “a” is represented by the character 01100001. Meanwhile, the numeral 2 is 0110010.

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