ToolzyLab
Convert integers and fractions between bases 2–36, inspect bit length and byte order, and switch between numeric and text representations.
Decimal 1 converts to binary 1.
Supports prefixes like 0b1010, 0o17, 0xFF, negative values, and fractions such as 101.101 in compatible bases.
Clean pro layout with live conversion, custom bases, text mode, byte view, history, quick examples, and fully local browser processing.
Enter any number using the selected source base. Prefixes like 0b, 0o, and 0x are automatically detected when enabled.
Live result in the destination base with grouped digits, prefix support, and clean formatting.
Convert plain text to bytes in the selected destination base, or decode integer byte values back into text.
Detailed info about the parsed number.
Useful for low-level debugging and byte order inspection.
Tap any example to load it instantly.
This tool supports more than the usual binary, octal, decimal, and hex workflow.
A number's value is independent of whether it is written in binary, octal, decimal, hexadecimal, or another positional base. Select source and target bases, optional prefix detection, fraction precision, grouping, case, and byte padding, then verify sign, digits, rounding, and whether text encoding is a separate operation.
Binary uses 0 and 1, octal 0 through 7, decimal 0 through 9, and hexadecimal adds A through F. Bases up to 36 can use letters for values above nine. Prefixes such as 0b, 0o, and 0x are notation conventions; auto-detection should be disabled when those characters are data.
A finite decimal fraction can become a repeating binary or another-base fraction. Precision controls the number of output fractional digits, not the mathematical exactness. Keep enough digits for the application and avoid floating-point conversion for financial or high-precision scientific values without a suitable numeric library.
Characters first become bytes under an encoding such as UTF-8, and each byte can then be displayed in the chosen base. Decoding must preserve byte boundaries, padding, and the same charset. A large integer converted to text is not automatically a valid or readable byte sequence.
Convert the result back to the source base and compare the intended numeric value.
It is the number of digit values used in positional notation. Each position represents a power of that base.
Base 8 has digit values zero through seven. A digit equal to or greater than the base is invalid.
They commonly mark binary, octal, and hexadecimal notation in programming contexts. The prefix is not part of the numeric value.
Some fractions repeat indefinitely in another base. The precision setting limits displayed digits and therefore rounds or truncates the expansion.
It uses digits and letters to write integers compactly, often for short identifiers. It is encoding notation, not encryption.
No. Text is first encoded into bytes, then each byte or combined sequence is represented in the base. Encoding and boundaries must match when decoding.