XOR Bitwise Calculator

Real-time XOR operations for binary, decimal, and hexadecimal values

XOR Calculator

Enter two values in any supported format. The XOR result will be calculated in real-time.

Input 1
Input 2

XOR Result

Binary Result
1000
Decimal Result
8
Hexadecimal Result
8
Bitwise Visualization
Input 1 Bits:
1101
Input 2 Bits:
1011
XOR Result Bits:
1000

Tool Functionalities

Real-Time Calculation

Results update instantly as you type or change input values.

Multiple Number Systems

Supports binary, decimal, and hexadecimal inputs with automatic conversion.

Bitwise Visualization

Visual representation of bits showing how XOR operation works.

Copy Results

One-click copy for binary, decimal, or hexadecimal results.

Bit Length Control

Set specific bit lengths (8, 16, 32, 64) for precise calculations.

Value Swapping

Quickly swap input values with a single click.

Calculation History

Keeps track of recent calculations for reference.

Input Validation

Intelligent validation with helpful error messages.

Live Examples

Pre-loaded examples to demonstrate tool functionality.

Export Results

Export calculation results as text or CSV for documentation.

Quick Actions

Set fixed bit length for calculations
1101 XOR 1011 = 1000
No history yet
XOR Facts
  • XOR is commutative: A ⊕ B = B ⊕ A
  • XOR with itself returns 0: A ⊕ A = 0
  • XOR with 0 returns the original value: A ⊕ 0 = A
  • Used in cryptography and error detection

Understanding XOR Operations: A Comprehensive Guide

What is XOR?

XOR (Exclusive OR) is a logical operation that outputs true or 1 only when the inputs differ. In bitwise operations, XOR compares corresponding bits of two numbers and returns 1 if the bits are different, 0 if they are the same.

How to Use This XOR Calculator

  1. Enter your values: Input two numbers in binary, decimal, or hexadecimal format.
  2. Select number systems: Choose the appropriate format for each input using the radio buttons.
  3. View real-time results: The XOR result will automatically calculate and display in binary, decimal, and hexadecimal formats.
  4. Use additional features: Copy results, set bit lengths, swap values, or load examples as needed.

Practical Applications of XOR

  • Cryptography: XOR is fundamental in many encryption algorithms
  • Error Detection: Used in parity checks and RAID systems
  • Digital Logic Circuits: Essential component in computer processors
  • Data Masking: Simple method for data obfuscation
  • Graphics Programming: Used for special effects and image processing

XOR Calculation Examples

Input 1 (Binary) Input 2 (Binary) XOR Result Explanation
1101 1011 0110 Bits differ in positions 2 and 3
11110000 10101010 01011010 XOR of two 8-bit values
0xFF 0xAA 0x55 Hexadecimal XOR example
Pro Tips
  • Use the Swap Values button to quickly exchange inputs
  • Set a fixed bit length when working with specific data types (like 8-bit bytes)
  • Click on any result to copy it to your clipboard instantly
  • Use the history feature to keep track of multiple calculations