★ U+1292: Technical Specifications for the Ethiopic Syllable Ni (ኒ)
The Ethiopic Syllable Ni (“ኒ” U+1292) is a key character within the Ethiopic script (Ge’ez), specifically representing the third-order syllabic form ‘ni’. This comprehensive reference provides developers and language technologists at iloveunicode.com with the complete technical properties, encoding conversions, and structural context for this significant codepoint.
Core Specifications and Unicode Classification
The Unicode character Ethiopic Syllable Ni (ኒ) is categorized as an **Other Letter (Lo)**. It adheres to a standard **Left-To-Right (L)** *bidirectional class*, which is critical for rendering in contemporary text engines. This character was formally integrated into the Unicode Standard in **version 3.0 (September, 1999)**. It resides entirely within the **Ethiopic** block on the **Basic Multilingual Plane**, guaranteeing its availability across widely used platforms and encoding systems.
Main Codepoint Properties
Directional and Structural Data
U+1292 Encoding and Conversion Details
Accurate implementation of the Ethiopic Syllable Ni requires correct encoding across various programming and web environments. The tables below provide comprehensive conversion details, including HTML, URL escape codes, and standard UTF formats for the codepoint **U+1292**.
Language-Specific Conversions
Standard UTF Encodings (Hexadecimal)
Direct Input and Rendering Tools
Copy-Ready Code Snippets
HTML Hex Entity:
ኒ
JavaScript/JSON Escape:
\u1292
Rust Escape:
\u{1292}
Manual Typing Instructions for ኒ
Font Rendering Preview
- ኒ
Times, Times New Roman, serif
- ኒ
Helvetica, Arial, sans-serif
- ኒ
Courier, Courier New, monospace
Conclusion: Advancing Your Unicode Knowledge
Mastering the specific encoding requirements and structural data for Ethiopic Syllabics like **U+1292** is crucial for anyone engaging with African language computing. With the precise technical documentation from iloveunicode.com, developers are equipped to achieve accurate and robust rendering across various digital environments.