“៩” U+17E9: Khmer Digit Nine

U+17E9: Technical Profile of the Khmer Digit Nine

The Khmer Digit Nine (“៩” U+17E9) represents the highest single-digit value in the traditional numeric system of Cambodia. For global developers and typography specialists visiting iloveunicode.com, this resource details the specific encoding properties and cross-platform conversion data required to implement this character accurately in digital environments.

U+17E9 Technical Character Specifications

The Unicode codepoint U+17E9 represents the character Khmer Digit Nine. It functions as a standard decimal number within the Khmer script, widely used for official documentation and localized software interfaces. This digit was integrated into the Unicode Standard in version 3.0 (September, 1999). It resides within the Khmer block of the Basic Multilingual Plane, ensuring it is accessible across all modern web and mobile operating systems.

Main Unicode Properties
Name Khmer Digit Nine
Unicode Codepoint U+17E9
Unicode Version 3.0 (September, 1999)
Block Khmer
Plane Basic Multilingual Plane

Bidirectional & Structural Data

Bidirectional class Left To Right (L)
Is mirrored? No

Other Unicode Classification

Category Decimal Number
Script Khmer
Combining Class Not Reordered

U+17E9 Coding & Conversion Data

HTML (decimal)
HTML (hex)
URL Escape Code %E1%9F%A9
CSS 017E9

Developer Copy-Ready Snippets

JavaScript/JSON: \u17E9C, C++, Java: \u17E9

Python: \u17E9

Rust: \u{17E9}

Ruby: \u17E9

Encoding Formats

UTF-8 (hex) 0xE1 0x9F 0xA9
UTF-16 (hex) 0x17E9
UTF-32 (hex) 0x000017E9

How to type “៩”

  • Windows: Hold Alt, then type 1 7 E 9. Release Alt.
  • Mac: Hold Alt ⌥, then type 1 7 E 9. Release Alt.

Conclusion: Advancing Your Unicode Knowledge

Understanding the specific properties of the Khmer Digit Nine is essential for localized data processing and typography. Whether you are building an application for the Cambodian market or managing diverse string sets, the U+17E9 codepoint is a fundamental building block. With precise technical knowledge from iloveunicode.com, developers can achieve robust implementations and avoid common encoding pitfalls.

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