Unicode to utf-32 converter

This browser-based utility converts your Unicode text to UTF-32 encoding. UTF-32 encoding is a fixed-length encoding scheme that uses 4 bytes to represent each code point. The biggest advantage of UTF-32 is that any Unicode character can be represented as a single 32-bit integer (a double word). The biggest disadvantage is that this encoding wastes 11 bits on average as all 1,114,111 Unicode characters can be represented in 21 bits. This tool supports printing UTF-32 values in bases from 2 to 36. If you want to display double words in a hexadecimal (base-16), decimal (base-10), octal (base-8), or binary (base-2) number system, you can quickly select it from the bases list in the options. If you need to use any other base, then select the "Use a Custom Base" item in this list and enter the needed base value in the option below. This utility also supports Little Endian and Big Endian byte order formats. If the least significant byte (LSB) is stored or transmitted first, then it is said to be the Little Endian data format. On the other hand, if the most significant byte (MSB) is stored or transmitted first (and LSB transmitted last), then it is said to be the Big Endian data format. For example, if a UTF-32 value in the Big Endian format is AABBCCDD (in hex), then in the Little Endian format it's DDCCBBAA. This tool also allows you to add the byte order mark (BOM) at the beginning of UTF-32 data. BOM is a short byte sequence that indicates the endianness of the data. Little Endian's BOM is fffe0000 (in hex) and Big Endian's BOM is 0000feff. There are also three other options for improving the output UTF-32 data. The first one allows you to separate double words with any character. The second one adds zeros in front of shorter bytes to get the full double word length. The third one adds a base prefix at the beginning of binary, octal, and hexadecimal double words. For the hexadecimal base, this prefix is 0x, for the octal base, it's the letter o, and for the binary base it's 0b.