Convert IP addresses between decimal, binary, hexadecimal, and integer formats for IPv4 and IPv6.
Translate a literal IPv4 or IPv6 address into its equivalent dotted or colon notation, bit string, hexadecimal value, and unsigned integer. The conversion preserves the address bits; it does not look up a hostname, identify an owner, or test whether the address is reachable. For IPv4, four decimal octets represent 32 bits. For IPv6, hexadecimal groups represent 128 bits and may have compressed zero runs. The common surprise is that multiple IPv6 spellings can encode the same value, while an integer result is one large number with no separators.
A concrete input and expected output from the current implementation.
Input
1.2.3.4
Expected output
Decimal: 1.2.3.4 Binary: 00000001000000100000001100000100 Hexadecimal: 01020304 Integer: 16909060
The four octets become 01, 02, 03, and 04 in hexadecimal, with each octet occupying eight binary bits. Reading the 32 bits in network order gives 1 * 16777216 + 2 * 65536 + 3 * 256 + 4 = 16909060.
An IPv4 address contains four 8-bit octets. Dotted decimal shows each octet separately, binary shows each as eight bits, and hexadecimal shows each octet as two digits. The integer view concatenates all 32 bits, with the first octet as the most significant. Leading zeroes make binary and hexadecimal boundaries visible, even though they do not change the numeric value.
An IPv6 address represents eight 16-bit groups. A double colon can stand for one or more all-zero groups, but it may appear only once in an address. Conversion treats the text as a full 128-bit value and expresses the same bits in each requested base. Hexadecimal letter case and omitted leading zeroes do not alter the value, so a normalized display may differ from the input.
No, not as an address conversion. This tool is for literal IPv4 and IPv6 values, not DNS resolution or URL parsing. A URL may include a scheme, port, path, or brackets around an IPv6 literal. Those components are not part of the address bits, so enter the address itself.
Not necessarily. Leading zeroes inside a 16-bit group may be omitted, hexadecimal letters are case-insensitive, and one run of zero groups may be shortened with ::. Those changes preserve the same 128 bits. Compare the expanded hexadecimal or integer value, not the surface spelling alone. A genuinely different bit value is a different address.
The example and behavioral notes were checked against the browser implementation. Standards and primary references below define the relevant format, formula, or platform behavior.
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