XOR Calculator Online

  • Enter your binary numbers in the input fields.
  • Click "Clear Results" to reset the input and output.
  • Click "Copy Results" to copy the XOR result to the clipboard.
  • View the detailed calculation and explanation in the "Detailed Calculation" section.
  • Your calculation history will be displayed in the "Calculation History" section.

XOR Calculator

Calculation History

    What is XOR Calculator?

    The XOR calculator, or Exclusive OR calculator, is a digital tool designed to perform the Exclusive OR operation on binary inputs. XOR is a logical operation that takes two binary inputs and produces an output based on specific rules. If both inputs are 0, the output is 0. If one input is 1 and the other is 0, the output is 1. If one input is 0 and the other is 1, the output is 1. If both inputs are 1, the output is 0. This operation is particularly useful for bitwise operations in computer science, cryptography, and digital communication.

    Formulae for XOR Calculator

    The XOR operation is represented by the formula A XOR B, where A and B are binary inputs. To perform XOR on individual bits, you can use the following truth table:

    0 XOR 0: 0

    0 XOR 1: 1

    1 XOR 0: 1

    1 XOR 1: 0

    For example, if you have binary inputs A = 1010 and B = 1100, the XOR result (A XOR B) would be 0110.

    Benefits of Using the XOR Calculator

    1. Efficient Bitwise Operations: XOR is commonly used in computer programming for bitwise operations. It efficiently toggles bits, swaps values, and checks for differences between two binary numbers.
    2. Cryptography: XOR is fundamental in cryptography, used in encryption algorithms to enhance security. XORing a message with a key produces ciphertext, and XORing the ciphertext with the same key decrypts it, a crucial component in symmetric-key cryptography.
    3. Error Detection and Correction: XOR is employed in error-detecting codes and checksums. XORing bits of a message or data block generates a checksum, allowing detection of errors in the data.
    4. Data Compression: XOR is used in some data compression algorithms. XORing repeated sequences of data can lead to a more compact representation, reducing storage or bandwidth requirements.
    5. Digital Communication: XOR is used in digital communication protocols, modulation techniques, and error correction schemes, contributing to reliable data transmission.

    Interesting Facts About XOR Calculator

    1. XOR Swapping in Programming: XOR is often used for swapping values without using a temporary variable in programming. Swapping values a and b can be done as follows: a = a XOR b b = a XOR b a = a XOR b. This exploits the XOR property that A XOR B XOR B = A.
    2. XOR as a Reversible Operation: XOR is reversible. XORing a value with another, and then XORing the result with the same value again, yields the original value.
    3. XOR in Parity Checking: XOR is used in parity checking in computer memory systems to detect errors. Adding a parity bit (XOR of all data bits) allows identification and correction of single-bit errors.
    4. XOR in Pseudo-Random Number Generation: XOR operations are used in certain algorithms for generating pseudo-random numbers. XORing bits of a seed value with a constant produces a sequence of seemingly random numbers.


    1. Smith, J. (2010). Digital Computer Basics and the Arithmetic-Logic Unit. Academic Press.
    2. Rivest, R. L., Shamir, A., & Adleman, L. (1978). A Method for Obtaining Digital Signatures and Public-Key Cryptosystems. Communications of the ACM, 21(2), 120-126.
    3. Tanenbaum, A. S., & Austin, T. M. (2015). Structured Computer Organization. Pearson Education.

    Last Updated : 08 March, 2024

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