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Unicode is a way to assign unique numbers (called code points) to almost every character that is in active use today. This includes characters from nearly all languages plus many other characters such as mathematical symbols. There are many ways to encode Unicode strings as bytes, such as UTF-8 and UTF-16.

ASCII assigns values only to 128 characters (a-z, A-Z, 0-9, space, some punctuation, and some control characters). As such it has a very limited use.

For every character that has an ASCII value, the Unicode code point and the ASCII value of that character are the same.

In most modern applications you should prefer to use Unicode strings rather than ASCII. This will for example allow you to have users with accented characters in their name or address, and to localize your interface to languages other than English.

Unicode is a way to assign unique numbers (called code points) to characters from nearly all languages in active use today, plus many other characters such as mathematical symbols. There are many ways to encode Unicode strings as bytes, such as UTF-8 and UTF-16.

ASCII assigns values only to 128 characters (a-z, A-Z, 0-9, space, some punctuation, and some control characters).

For every character that has an ASCII value, the Unicode code point and the ASCII value of that character are the same.

In most modern applications you should prefer to use Unicode strings rather than ASCII. This will for example allow you to have users with accented characters in their name or address, and to localize your interface to languages other than English.

Unicode is a way to assign unique numbers (called code points) to almost every character that is in active use today. This includes characters from nearly all languages plus many other characters such as mathematical symbols. There are many ways to encode Unicode strings as bytes, such as UTF-8 and UTF-16.

ASCII assigns values only to 128 characters (a-z, A-Z, 0-9, space, some punctuation, and some control characters). As such it has a very limited use.

In most modern applications you should prefer to use Unicode strings rather than ASCII. This will for example allow you to have users with accented characters in their name or address, and to localize your interface to languages other than English.

Unicode is a way to assign unique numbers (called code points) to almost every character that is in active use today. This includes characters from nearly all languages plus many other characters such as mathematical symbols. There are many ways to encode Unicode strings as bytes, such as UTF-8 and UTF-16.

ASCII assigns values only to 128 characters (a-z, A-Z, 0-9, space, some punctuation, and some control characters). As such it has a very limited use.

For every character that has an ASCII value, the Unicode code point and the ASCII value of that character are the same.

In most modern applications you should prefer to use Unicode strings rather than ASCII. This will for example allow you to have users with accented characters in their name or address, and to localize your interface to languages other than English.

Unicode is a way to assign unique numbers (called code points) to almost every character that is in active use today. This includes characters from nearly all languages plus many other characters such as mathematical symbols. There are many ways to encode Unicode strings as bytes, such as UTF-8 and UTF-16.

ASCII assigns values only to 128 characters (a-z, A-Z, 0-9, space, some punctuation, and some control characters). As such it has a very limited use.

In most modern applications you should prefer to use Unicode strings rather than ASCII. This will for example allow you to ahve users with accented characters in their name or address, and to localize your interface to languages other than English.

Unicode is a way to assign unique numbers (called code points) to almost every character that is in active use today. This includes characters from nearly all languages plus many other characters such as mathematical symbols. There are many ways to encode Unicode strings as bytes, such as UTF-8 and UTF-16.

ASCII assigns values only to 128 characters (a-z, A-Z, 0-9, space, some punctuation, and some control characters). As such it has a very limited use.

In most modern applications you should prefer to use Unicode strings rather than ASCII. This will for example allow you to have users with accented characters in their name or address, and to localize your interface to languages other than English.