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Compare and Analyze Hexadecimal Data Sets
A powerful tool for comparing two HEX data sets with byte-by-byte analysis. Visualize differences, track changes, and analyze hex data for debugging, reverse engineering, and data verification.
The HEX Data Comparison Tool allows you to compare two hexadecimal data sets and visualize the differences. Whether you are debugging binary files, comparing firmware versions, or analyzing data transfers, this tool provides a clear visual comparison.
Tip: The tool automatically normalizes your HEX input by removing spaces and formatting characters, making it easy to paste data from various sources.
The tool accepts hexadecimal data in various formats. You can paste data with or without spaces, with common prefixes like "0x", or in formatted blocks.
48656C6C6F20576F726C6448 65 6C 6C 6F 20 57 6F 72 6C 640x48656C6C6F20576F726C6448 65 6C 6C 6F 20
57 6F 72 6C 64After comparing two HEX data sets, the tool displays the results in a clear, visual format showing each byte side by side with color-coded highlighting.
In the example above, byte "7A" in Data Set 1 differs from "6C" in Data Set 2, highlighted in red to show the difference.
The comparison tool categorizes each byte position into one of four types, helping you quickly identify what has changed between your data sets.
Bytes that are identical in both data sets. These are highlighted in green and indicate unchanged data.
Bytes that exist in both data sets but have different values. These are highlighted in red and indicate modified data.
Bytes that exist only in the second data set. These are highlighted in blue and indicate newly added data.
Bytes that exist only in the first data set. These are highlighted in gray and indicate deleted data.
The comparison results use a consistent color coding system to make it easy to scan and identify different types of differences.
Bytes that are identical
Bytes with different values
Bytes only in Data Set 2
Bytes only in Data Set 1
The tool provides a summary of your comparison, showing the total number of bytes compared and the count of each result type.
Compare firmware versions to identify what has changed between releases. Useful for security audits and understanding update contents.
Verify that data transmitted over networks or stored in files matches the original. Detect corruption or truncation issues.
Compare executable files, images, or other binary formats to identify modifications or version differences.
Analyze hex dumps to understand file formats, protocol data, or encrypted content by comparing known good vs. modified samples.