Karnaugh Map Solver

Karnaugh Map Solver
Karnaugh Map Solver
Developer: Xortalius
Category: Education
8.6K installs
Ratings not yet available
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Monthly +1.4K
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Karnaugh Map Solver Summary

Karnaugh Map Solver is a mobile Android app in Education by Xortalius. Released in Dec 2024 (1 year ago). It has about 8.6K+ installs Store metadata: updated Mar 17, 2026.

Recent activity: -2829 installs this week (1.4K over 4 weeks) showing exceptional growth View trends →

Store info: Last updated on Google Play on Mar 17, 2026 .


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App Description

Fast and intuitive tool to solve Karnaugh maps effectively.

The Karnaugh Map Solver app, also known as KMap Solver, is a comprehensive tool designed to simplify Karnaugh maps with up to 5 variables, streamline Boolean functions, and analyze their behavior in various representations. With its user-friendly interface, this app guides you step-by-step through the entire process.
How to Use Karnaugh Map Solver:

Select the canonical form: Choose how you want to represent the Boolean function:
Sum of Products (minterms): Highlights combinations where the output is 1.
Product of Sums (maxterms): Focuses on combinations where the output is 0.

Specify the number of variables: Define the number of variables in your Boolean function. The app supports Karnaugh maps from 2 to 5 variables.

Customize variable names: Assign custom names to your variables. By default, the variables are labeled [A, B, C, D, E], but you can personalize them as needed.

Configure values in the map: In the generated grid, click on the squares to toggle values between 0, 1, and X as required. Once you’ve set all the combinations, the simplified Boolean function will automatically display at the top.

Access the truth table: Use the "Truth Table" tab to view and edit all possible variable combinations. Changes made here will automatically update the Karnaugh map and the Boolean function.

Generate the logic circuit: In the "Circuit" tab, visualize the digital circuit representing the simplified Boolean function. Adjust the input variable values and observe how the output changes in real-time.