Text to Binary Converter

In short Text to binary converts each character into its eight-bit representation, showing the byte behind every letter. "Hi" becomes 01001000 01101001, because H is 72 and i is 105, and those are their values in ASCII and equally in UTF-8, which matches ASCII exactly for the first 128 characters. Beyond that range UTF-8 uses more than one byte per character: an accented letter takes two, most CJK characters take three, and emoji take four. So a string of five emoji produces twenty bytes and twenty groups of eight bits, which surprises people expecting five. That multi-byte behaviour is the whole reason UTF-8 works — the leading bits of each byte say how many bytes the character occupies, so a decoder never loses its place. The uses are teaching how text is stored, puzzles, and checking what a character actually encodes to when something downstream is mangling it. Reading the bytes is often the fastest way to see that a file is in the wrong encoding.