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Add to that the figure for ASCII-only web pages (since ASCII is a subset of UTF-8), and the figure rises to around 80%. There are three different Unicode character encodings: UTF-8, UTF-16 and UTF-32. Of these three, only UTF-8 should be used for Web content. The HTML5 specification says "Authors are encouraged to use UTF-8. Conformance ...

Les outils de création devraient utiliser par défaut l’encodage UTF-8 pour les nouveaux documents. » Remarque : en UTF-8, tous les caractères ASCII utilisent exactement les mêmes octets qu’un encodage ASCII, ce qui facilite souvent l’interopérabilité et la compatibilité descendante. Prise en compte de l’en-tête HTTP

Las herramientas de autoría deberían usar UTF-8 por defecto para los documentos recién creados" Tenga en cuenta, que todos los caracteres ASCII en UTF-8 utilizan exactamente los mismos bytes que una codificación ASCII, lo que a menudo ayuda a la interoperabilidad y a la compatibilidad con versiones anteriores. Tener en cuenta la cabecera HTTP

Furthermore, note that the letter é is also represented by two bytes in UTF-8, not the single byte used in ISO 8859-1. (Only ASCII characters are encoded with a single byte in UTF-8.) UTF-8 is the most widely used way to represent Unicode text in web pages, and you should always use UTF-8 when creating your web pages and databases.

May 1, 2009 · For example, the ASCII character set covers letters and symbols for English text, ISO-8859-6 covers letters and symbols needed for many languages based on the Arabic script, and the Unicode character set contains characters …

UTF-8 uses 1 byte to represent characters in the ASCII set, two bytes for characters in several more alphabetic blocks, and three bytes for the rest of the BMP. Supplementary characters use 4 bytes. UTF-16 uses 2 bytes for any character in the BMP, and 4 bytes for supplementary characters. UTF-32 uses 4 bytes for all characters.

Die UTF-8-Codierung ohne BOM hat die Eigenschaft, dass ein Dokument, das ausschließlich ASCII-Zeichen enthält, Byte für Byte genauso codiert ist wie dasselbe Dokument in der US-ASCII-Codierung. Solch ein Dokument kann sowohl als UTF-8-codiertes als auch als US-ASCII-codiertes verarbeitet und verstanden werden.

The BOM, when correctly used, is invisible. Before UTF-8 was introduced in early 1993, the expected way for transferring Unicode text was using 16-bit code units using an encoding called UCS-2 which was later extended to UTF-16. 16-bit code units can be expressed as bytes in two ways: the most significant byte first (big-endian) or the least significant byte first (little-endian).

If the data being encoded are mostly ASCII text, the encoded form of the data remains largely recognizable by humans. A body which is entirely ASCII may also be encoded in Quoted-Printable to ensure the integrity of the data should the message pass through a character-translating, and/or line-wrapping gateway.

In general, mail-sending software should always use the "lowest common denominator" character set possible. For example, if a body contains only US-ASCII characters, it should be marked as being in the US-ASCII character set, not ISO-8859-1, which, like all the ISO-8859 family of character sets, is a superset of US-ASCII.