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Binary Translator

Translate readable text into binary bytes, or decode binary back into UTF-8 or ASCII text.

Input text

Binary output

Translation summary

Characters0
Code points0
Bytes0
Bits0

Byte visualiser

Enter valid text or binary to see each byte divided into eight bits.

Character & UTF-8 breakdown

The character table shows why one visible character can occupy one, two, three, or four UTF-8 bytes.

Encoding properties

Type: Binary encoding Base: 2 Byte width: 8 bits Character set: UTF-8 Privacy: Client-side
Using This Tool: Guide & Notes Show guide

The binary translator converts readable text into 8-bit binary byte groups and decodes binary byte streams back into UTF-8 or ASCII text.

How to use it

  • Choose Text to Binary to encode readable text, or Binary to Text to decode complete 8-bit byte groups.
  • Select UTF-8 for ordinary text, symbols, and emoji, or ASCII when you specifically want 7-bit text only.
  • Use the separator and wrapping options to make encoded binary easier to read or copy.
  • Check the byte visualiser and character breakdown to see decimal, hexadecimal, binary, and code point values.

Options and settings

  • Pad every byte to 8 bits keeps byte boundaries visible and is the safest default.
  • Add 0b prefix writes binary bytes in a programming-style format such as 0b01001000.
  • Wrap bytes into rows only changes display formatting; it does not change the underlying bytes.
  • Allow spaces and punctuation lets the decoder accept grouped binary with spaces, commas, pipes, colons, hyphens, and line breaks.
  • Reject invalid UTF-8 makes the decoder fail on malformed byte sequences instead of replacing them with the Unicode replacement character.

Notes

  • Binary translation is encoding, not encryption. It does not make a message private.
  • Binary input must contain complete 8-bit bytes to decode cleanly.
Related Article

Binary Translator: Where Text Becomes Data

How bits, bytes, ASCII, Unicode, and UTF-8 turn ordinary writing into the numerical data computers store and transmit.

Read the article
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A note from the team

We build these tools because we love cryptography, encoding, and making difficult ideas easier to explore. If they've helped you, even a small coffee means the world to the project. Thank you!

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