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TEKS & PENULISAN

Pengonversi Teks ke Biner

Ubah karakter teks ASCII/UTF-8 menjadi representasi bilangan biner 8-bit atau terjemahkan deretan kode biner (01100001...) kembali menjadi teks yang dapat dibaca.

Status alatBerjalan di browser Anda
Pratinjau

Teks ke Biner

Output

Cara kerja

  1. Masukkan data Anda

    Isi nilai yang diperlukan, tempel teks Anda, atau unggah file yang ingin diproses.

  2. Lihat hasil seketika

    Sebagian besar alat diperbarui secara langsung saat Anda mengetik; beberapa menggunakan satu tombol tindakan.

  3. Gunakan hasil Anda

    Salin, unduh, atau bagikan hasil yang dihasilkan — Anda selalu memiliki kendali penuh atas data Anda.

Privasi dan pemrosesan data — Berjalan secara lokal di browser Anda. Alat ini tidak mengunggah data Anda.

Apa itu Pengonversi Teks ke Biner?

Encode text as binary octets, or decode binary back into text, using standard UTF-8 byte encoding.

PAHAMI CARA KERJA ALAT

How to convert text to binary (and back)

How the encoding works

Text is first encoded as UTF-8 bytes, then each byte is shown as an 8-digit binary number, separated by spaces. This means any Unicode text — accented letters, emoji, non-Latin scripts — round-trips correctly, since it works at the byte level rather than assuming plain ASCII.

How to use it

  • Choose "Text to Binary" or "Binary to Text".
  • Type text, or paste binary octets separated by spaces.
  • Copy the result once it looks right.

Common uses

Useful for teaching how computers represent characters, checking byte-level encoding of a short string, or decoding binary snippets found in puzzles, homework, or low-level debugging output.

UTF-8 byte example

Octet display
each UTF-8 byte -> 8-bit binary

Letter A

The character A is byte 65 in UTF-8, shown as one 8-bit group.

A -> 01000001

UTF-8 conversion notes

The converter turns text into UTF-8 bytes and binary octets in the browser; pasted content stays visible until you clear it or leave the page.

Pertanyaan yang Sering Diajukan (FAQ)

Why 8 digits per character?

Because text is encoded as UTF-8 bytes first, and a byte is always 8 bits — this is standard binary/ASCII-style representation.

Does it support accents and emoji?

Yes. Since encoding works on UTF-8 bytes rather than assuming one byte per character, any Unicode character round-trips correctly (some, like emoji, take more than one byte).

What happens if I paste invalid binary?

Any group that isn't made only of 0s and 1s (up to 8 digits) is reported as invalid instead of silently producing a wrong or partial result.

Why do emoji produce several binary groups?

Emoji and many non-Latin characters take multiple UTF-8 bytes, and each byte is shown as its own 8-bit binary group.

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