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Binary Translator

Translate text to binary code and binary code to text. Also shows octal and decimal representations.

Binary Translator: Convert Text to Binary and Binary to Text

Our free binary translator instantly converts text to binary code and binary code back to readable text. Binary is the fundamental language of all computers, representing data using only two digits: 0 and 1. Every character you type, every image you see, and every file on your computer is ultimately stored as a sequence of binary digits (bits).

The tool auto-detects whether your input is plain text or binary code. When you type regular text, it converts each character to its 8-bit binary representation (one byte per character), with spaces between bytes for readability. When you paste binary code, it decodes it back to human-readable text instantly.

In addition to binary, the translator also shows octal (base 8) and decimal (base 10) representations of your text. Octal groups binary digits into sets of three, while decimal shows the standard ASCII/Unicode code point for each character. These alternative representations are useful for programming, debugging, and understanding how computers encode information.

Whether you are a student learning about number systems, a developer debugging data encoding issues, or just curious about how computers store text, this binary translator makes the conversion process simple and educational. Use the swap button to quickly toggle between text-to-binary and binary-to-text modes.

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FAQ

How does text to binary conversion work?+
Each character in text has a numeric code (ASCII or Unicode). The binary translator converts each character to its binary equivalent using 8 bits (one byte). For example, the letter "A" has ASCII code 65, which is 01000001 in binary. Spaces between bytes make the output readable.
What is the binary code for common letters?+
Some common ASCII values in binary: A = 01000001, B = 01000010, a = 01100001, b = 01100010, 0 = 00110000, space = 00100000. Each character uses 8 binary digits (bits), forming one byte.
Can this tool handle special characters and Unicode?+
Yes, the translator handles standard ASCII characters (codes 0-127) and extended characters. Each character is converted to its binary representation based on its Unicode code point. For characters beyond basic ASCII, the binary representation may use more than 8 bits.
What is the difference between binary, octal, and decimal representations?+
Binary uses base 2 (digits 0-1), octal uses base 8 (digits 0-7), and decimal uses base 10 (digits 0-9). They are all ways to represent the same numeric values. For example, the letter "A" (65) is 01000001 in binary, 101 in octal, and 65 in decimal.
How do I read binary code?+
Each group of 8 binary digits (separated by spaces) represents one character. Read each byte from right to left, where each position represents a power of 2: 1, 2, 4, 8, 16, 32, 64, 128. Add up the positions that have a 1. For example, 01001000 = 64+8 = 72 = "H".

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