Formula & Calculator
Text to Unicode Converter
The Text to Unicode Converter takes any text and shows you the Unicode code points for each character. This is the opposite of the previous tool – it encodes your text into the numeric identifiers that Unicode uses. For instance, the letter 'A' becomes U+0041, and the emoji '😊' becomes U+1F60A. This is useful for developers who need to know the exact encoding of text, for debugging, or for understanding how characters are represented in different systems. You can enter a word, a sentence, or even a whole paragraph, and the tool will output the corresponding code points. It supports all Unicode characters, including rare scripts and symbols.
Text to UnicodeUnicode EncoderUnicode ConverterCode PointsCharacter EncodingInternationalizationData Encoding
Text to Unicode Converter
Find Code Points for Any Text
Unicode = EncodeText( Text )
Convert any text to Unicode code points. See the numeric identifier for every character — letters, numbers, symbols, emojis, and more.
Presets:
0 chars
0 code points
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Character Breakdown
0 characters| # | Character | Code Point | Decimal |
|---|---|---|---|
| Enter text to see the breakdown | |||
Common Unicode Reference
Characters & their code points
| Char | Code Point | Char | Code Point | Char | Code Point |
|---|
Every character has a unique Unicode code point · U+XXXX format · Supports all Unicode characters
Unicode = EncodeText(Text)
Text to Unicode Converter
Variables
| Symbol | Quantity | Unit |
|---|---|---|
| Text Input | Text | String |
| Unicode Output | Unicode Code Points | U+XXXX |
What it means
Text to Unicode conversion is the process of taking each character and finding its unique Unicode code point. This is how computers represent text in a standardized way.
Worked example
Example 1 – Convert English Text to Unicode
Educational ExampleScenario: A computer science student is studying character encoding and wants to understand how simple English letters are represented in Unicode. They enter the word "Hello" into the converter to examine the Unicode code point assigned to each character and learn how text is stored internally in software applications.
| Parameter | Value |
|---|---|
| Input Text | Hello |
| Unicode Standard | Unicode |
| Characters | 5 |
1Enter the text into the converter.
2The tool identifies the Unicode code point of each character.
3Display the Unicode values in hexadecimal format.
ResultU+0048 U+0065 U+006C U+006C U+006F✓ Successfully converted the text into Unicode code points.
Example 2 – Convert Emoji Characters to Unicode
Unicode ExampleScenario: A mobile application developer is implementing emoji support in a messaging platform. To ensure that emojis are stored and transmitted correctly across different devices and operating systems, they use the converter to determine the Unicode code points of the emojis included in user messages.
| Parameter | Value |
|---|---|
| Input Text | 😊❤️ |
| Unicode Category | Emoji Characters |
| Encoding Method | Unicode Code Points |
1Identify each emoji character separately.
2Retrieve its Unicode representation.
3Display the corresponding Unicode values.
ResultU+1F60A U+2764 U+FE0F✓ Emoji characters converted successfully into Unicode code points.
Example 3 – Convert Multilingual Text for International Applications
Real-World ExampleScenario: A software engineer is developing an international e-commerce platform that supports customers from different countries and languages. Before storing customer names and product descriptions in the database, they use the Text to Unicode Converter to verify that every character can be correctly represented and processed regardless of language or script.
| Parameter | Value |
|---|---|
| Input Text | Hello 世界 |
| Supported Characters | Latin and Chinese |
| Unicode Support | Full Unicode |
1Analyze every character in the multilingual text.
2Convert each character into its Unicode code point.
3Verify compatibility across systems and databases.
ResultUnicode code points generated successfully.✓ The multilingual text is fully compatible with Unicode standards.
Common mistakes
- Assuming that all characters are ASCII – Unicode covers many more.
- Forgetting that some characters require multiple code units (like emojis).
- Using the wrong output format – the tool typically uses U+XXXX notation.
- Not handling leading zeros in code point representation.
- Confusing code points with UTF‑8 or UTF‑16 byte sequences.
- Entering text with invisible characters that may appear as spaces.
Applications
- Encode text for programming and data storage.
- Understand the numeric representation of characters.
- Work with international text and emojis.
- Debug character encoding problems.
- Learn about Unicode and character sets.
- Prepare data for systems that require code points.