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:

1. Get binary byte
2. Convert binary byte to decimal
3. Get character of ASCII code from ASCII table
4. Continue with next byte

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?

1. Get binary byte code
2. Convert binary byte to decimal
3. Get character of decimal ASCII code from ASCII table
4. Continue with next binary byte

How to use Binary to Text converter?

1. Paste binary byte codes in input text box.
2. Select character encoding type.
3. Press the Convert button.

How to convert Binary code to English?

1. Get binary byte code
2. Convert binary byte to decimal
3. Get english letter of decimal ASCII code from ASCII table
4. Continue with next binary byte

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 = 2^5+2^4 = 32+16 = 48 = ‘0’ character

Binary Code to Text Translator

You got some binary code, and you want to translate it to text to know what it means?

There is a free Binary Translator below, many find it very convenient to use.

And if you want to learn How to Convert Binary to Text, read or watch our tutorial about the process of converting Binary code to Text.

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How to use the Binary Translator?

1. Write or paste the binary code into the first field.
2. Press the Translate button to get the binary code converted to text.
3. The plain text ASCII output will appear in the second field.
4. Optionally, you can Copy the output to clipboard, or Save it as a file on your device.

There is also a text to binary code translator that you can use to convert any text to binary code.

Psst! There is a Message for you in Binary at the bottom of the home page, why don’t you try to decode it?

How to Convert Binary to Text (ASCII)

There are several methods for learning binary to text conversion online, whether you want to learn yourself, or have an online binary converter do it for you. Looking for a binary to text converter? You can use the one found here, or become your own binary to text translator.

Binary system might look complicated: 0100100001101001 – how are we supposed to read that without a binary decoder? And why would we want to translate a string of ones and zeros to text when binary to text calculators are available? There are a variety of reasons you might want to learn how to translate binary to text. But knowing how to convert binary to text is a pretty cool geek skill to add to your arsenal.

Note that this works for binary to English, using ASCII character encoding, or American Standard Code for Information Interchange encoding. Converting binary to ASCII is just another way of saying we’re going to convert binary to text.

Basic Decimal to Binary

In order to understand the text representation of binary, you need to know the basic binary to decimal conversion. Once you have that, learning how to read binary number system is as easy as counting to 26; the number of letters in the English alphabet. We’ll include a quick refresher on binary to decimal.

One letter represented in binary is eight digits, or bits long. In this example, let’s use the binary figure 01000011. You can reference the binary to ASCII converter on this page as you read through this tutorial.

How do we get a decimal out of that? We need to use powers of 2 to construct the decimal. To visualize this easily, let’s write our binary figure, and above it, assign powers of 2 to each digit. Start from 2 0 on the right, and work left.

Now, let’s look at which powers of 2 are indicated with a 1. We have 2 6 (64), 2 1 (2) and 2 0 (1) all indicated by a 1, so we’re only going to need those powers of 2. We’ll add those together to get the decimal output, which is 67.

So how does that correspond to a letter, especially since there’s only 26 in the English alphabet? Now that you understand basic decimal conversion, we can take those first three digits in the string out of the equation. When using a binary to English translator, the first three binary digits indicate if the letter is uppercase or lowercase. Let’s do the decimal conversion, but ignore the first three digits this time.

Now, the only powers of 2 we used were 2 1 and 2 0, which are 2 and 1. Again, we’ll add them to get a decimal. From here, we only need to remember the letters in the English alphabet, and which number they correspond to if you list them in numerical order. Consider A=1, B =2, C=3, and so on.

Remember how we said the first three digits in the string indicates the case of the letter? 010 is uppercase, and 011 is lowercase. So we already know our letter will be uppercase, since it begins with 010. Now, let’s just take our decimal we derived from the rest of the string; 3. What’s the third letter in the alphabet? It’s C. So the ASCII output for 01000011 is the uppercase letter C.

Let’s look at that longer string from earlier: 0100100001101001. For anything larger than eight digits long, we need to divide the string into separate bytes of eight digits (bits) each. We can turn our string into this: 01001000/01101001. A binary code translator can help break up the bytes into more readable context.

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 a binary translator, now that you know the basics.

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.

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.

Binary to Text

Binary translator for Binary to Text translation with this most Useful, Free online tool that converts binary data to plain text. Just Paste Binary Value and Press button, get results.

Simple Steps to Use Binary to Text Conversion Tool

With binary to text conversion tool, you use the binary numbering system of 0 and 1 to represent text or instructions. You also have an option to swap the Text to Binary or Binary to Text online, just the way you want the conversion to show results in. There might include numerous amounts of combinations of 0 and 1 which can easily confuse anyone. To figure that out and convert into easily readable letters or words, binary code to English, binary to text converter can be used.

Binary Translator

• Simply go here
• Select the Binary unit from the left box. Add the combination of 0 and 1 that you want to convert into a readable text form.
• Then all you have to do is select the Text unit from the box next to it on the right and click “Convert”.
• That’s all! The result will then appear in the right-hand side box. You can also swap the units as per your requirement.

The Reasons Why to Use the Plain Text Binary Translator

Binary code translator, have a number of methods. These below mentioned are some problems which are needed to overcome and reasons for encoding plain text. For example:

• Some systems can handle a minimal set of characters; when they are running below the 8-bit clean, the systems tend not to handle all the printable character even from ASCII.
• It is observed that some systems such as SMTP software, have limits on the number of characters that appear between line breaks, for example, «1000 characters per line».
• Few poorly arranged but used protocols used as strings can confuse if certain patterns appear in the message as a result. The best-known among these is the string «From” at the beginning of a line used to separate mail messages in the mbox file format.

What is Binary to Text Encoding ? (Binary Code Translator)

When starting the web development, the initial and foremost information to learn is solely based on how texts, images and other forms of data are converted into binary code i.e. the computer’s language.

All digital data is encoded in a binary code form where 1 signals a status of on and 0 indicating an off status. The strings that the binary numeral system uses convert the results which are used in mathematics and computer science. The values in the binary systems are typically known as binary numbers.

Binary Digits

It is well-known by now that the computer reads the data as on and off, also as low voltage and high voltage. To represent this information, binary data encoding is used to give instructions to the computer. Binary to text conversion is encoding of a digital data in plain text which could be translated as binary to English converter. More precisely, it is a programming of binary data that is formed in such a sequence that the characters are printable.

These encodings are essential when the channel does not allow binary digits to be stored, for transmission of data. The binary value associated with the data encoded is represented in a range from 00 to FF. The numbers 0–9 represent numbers up to nine whereas a-f is represented by the numeric 10–15.

Binary Code and Translator

There are 128 distinctive values (0–127) to characterize the alphabetic, numeric, and different punctuation characters used in the English language that the text-encoding set uses that can be translated from Dupli Checker’s binary to text tool. There are also selections of command codes which 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 a lowercase alphabet is 01100001. Meanwhile, the numeral 2 is 0110010. The binary encoding system uses seven bits to represent the values of alphabet, numbers, and punctuation digitally.

Binary Translator

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