RIPEMD320 generator
What Is RIPEMD-320?
RIPEMD-320 is the 320-bit big sibling of RIPEMD-160 — five parallel lines producing an 80-hex-character digest. Same design philosophy as RIPEMD-160, scaled up for a larger security margin.
Security Status
Like RIPEMD-256, it is unbroken but under-studied compared to mainstream hashes. Its larger state gives a comfortable margin against collision attacks in principle; in practice, almost nobody deploys it, so real-world confidence is limited.
When You Would Use It
Essentially only when a specification or legacy system requires it verbatim. New applications should prefer SHA-256, SHA-512, or the SHA-3 family.
How to Use the RIPEMD-320 Hash Generator
RIPEMD-320 is the largest member of the RIPEMD family, producing a 320-bit digest through five parallel computation lines for the maximum security margin the family offers.
- Enter the text to hash with RIPEMD-320 — the largest RIPEMD digest at 320 bits.
- Click the hash button to compute the 320-bit RIPEMD digest.
- Copy the 80-character hexadecimal result for research, standards study or high-margin digest experiments.
Example
Hashing the word hello with RIPEMD-320 always produces the same 80-character hexadecimal result — noticeably longer than the 64 characters of the 256-bit hashes, and completely unique to this algorithm.
Frequently Asked Questions
Why does a 320-bit RIPEMD exist?
It was designed alongside RIPEMD-256 as the family maximum-strength option — 160-bit collision resistance — for applications wanting a margin well beyond the 256-bit level.
Where is RIPEMD-320 actually deployed?
Hardly anywhere in practice; it lives mainly in cryptographic libraries and academic references. Its sibling RIPEMD-160 got all the real-world adoption through Bitcoin.
Does the odd digest size cause problems?
It can — many protocols expect 128, 160, 256 or 512-bit digests, so the 80-character output sometimes needs special handling in fixed-field formats.