NAND Integers takes a list of numbers and runs the bitwise NAND operation across them. You can choose to reduce the whole list down to a single result or apply the NAND pairwise step by step. Want to see your output in binary? There’s a toggle for that too. Everything updates live, and it all runs right in your browser.
You can paste numbers in or import a file. The output flashes when it changes so you know it worked. You can copy or export your result instantly. Simple, secure, and fast.
How to Use:
- Paste or type numbers into the Input Integers box (separated by spaces or lines).
- Or click Choose File to import a plain text file.
- Choose your mode:
- Reduce: applies NAND across the whole list, like
(((a NAND b) NAND c) ...)
- Pairwise: outputs one result per pair, like
a NAND b
,b NAND c
, etc.
- Reduce: applies NAND across the whole list, like
- Use the toggle Show binary output if you want results in base-2.
- Use Maximize output to expand the result box.
- Output updates live every time you type or switch an option.
- Click Copy Output to copy the result.
- Click Export to File to save it.
- Click Clear All to reset everything.
What NAND Integers can do:
- Perform the bitwise NAND operation on integer inputs.
- Choose between reducing all inputs into one, or pairwise output.
- Toggle between decimal and binary output formats.
- Flash output border on updates and show a live count of results.
- Accept file uploads with instant parsing.
- Keep everything client-side fast, secure, and private.
- Copy or export your output instantly.
Example:
Input:
255
170
85
240
Mode: Reduce Output (decimal):
85
Output (binary):
01010101
Mode: Pairwise Output (decimal):
85
85
15
Common Use Cases:
Use this when testing logic gates, exploring binary operations, building puzzles, or running custom bitwise math experiments. Whether you’re a dev, student, or just curious about NAND logic, this tool makes it easy to test on real inputs in seconds.
Useful Tools & Suggestions:
If you’re using NAND Integers, check out OR Integers to see how the logic shifts with a more inclusive operation. And for full bitwise exploration, XNOR Integers adds another contrast point to understand how your values interact.