Encoders & Converters

Text to Unicode

Convert text into Unicode escape sequences, or decode pasted braced Unicode code-point escapes and uFFFF escapes back into characters.

Free to use No sign-up Runs in your browser

Tool workspace

What Is a Text to Unicode Tool?

A text to Unicode tool helps you move between visible characters and escaped Unicode representations that are convenient in code samples, JSON fragments, and test fixtures. This implementation works in two directions: if the input contains braced Unicode code-point escapes or uFFFF escape sequences, it decodes those escapes back into characters; otherwise, it encodes every character in the input as an uppercase hexadecimal braced Unicode code-point escape. It does not parse U+ notation, HTML entities, or every other escape convention you may see on the web.

How to Use the Text to Unicode Tool

  1. 1Paste plain text into the Input box when you want Unicode escape sequences, or paste braced \u-style escapes when you want decoded characters back.
  2. 2Read the Output box for the converted result, noting that the encoder always writes code points in the braced Unicode code-point style.
  3. 3Reuse the escaped or decoded text in your source code, tests, or documentation after confirming that the target format expects this style of Unicode notation.

Common Text and Unicode Conversion Use Cases

Preparing source code examples

Turn emoji, symbols, or non-Latin text into explicit Unicode escapes before you paste examples into documentation or code snippets.

Inspecting escaped payloads

Decode Unicode escape sequences from logs, JSON, or fixtures so you can see the actual characters without writing a quick script first.

Comparing code points in tests

Generate stable escape output for unit tests when you want exact code-point notation rather than relying on keyboard input or copy-paste fidelity.

Frequently asked questions

Can it decode mixed text that contains only a few Unicode escapes?

Yes. When the input includes recognized braced Unicode code-point or uFFFF patterns, the tool replaces those escapes and leaves the rest of the text as-is.

Why does the encoder use the braced Unicode code-point form?

That is the single output style implemented here because it works cleanly for both basic multilingual plane characters and larger code points such as emoji.