What encoding is this based on?

It's based on UTF-8 bytes, with each byte shown as 8-bit binary.

What if I enter a value that isn't 8 bits?

Each group is treated as 1-8 binary digits; invalid values are reported as an error.

No. Conversion happens entirely in your browser.

UTF-8 encodes Korean syllables in 3 bytes: 8 × 3 = 24 bits.

It is decoded in 8-bit chunks — space-separated input is recommended.

Convert text to UTF-8 byte binary values (space-separated), or the reverse.

Input

Result

Input

Hi!

Output

01001000 01101001 00100001

Encoding the text Hi! as UTF-8 yields three bytes — H (0x48), i (0x69) and ! (0x21) — each shown as an 8-bit binary value.

The tool encodes characters into UTF-8 bytes, then shows each byte as 8-bit binary.

Concept	Details
UTF-8 bytes	Byte sequence storing a character — 1 byte for ASCII, 3 for Korean
Output format	8-bit groups separated by spaces (e.g. `01000001`)
Example	`A` → 65 → `01000001`; `가` → EA B0 80 → 24 bits
Reverse	Paste binary values to decode them as UTF-8 text

What encoding is this based on?: It's based on UTF-8 bytes, with each byte shown as 8-bit binary.
What if I enter a value that isn't 8 bits?: Each group is treated as 1-8 binary digits; invalid values are reported as an error.
Is my text sent to a server?: No. Conversion happens entirely in your browser.
Why is one Korean character 24 bits?: UTF-8 encodes Korean syllables in 3 bytes: 8 × 3 = 24 bits.
Does unspaced binary work?: It is decoded in 8-bit chunks — space-separated input is recommended.