ECC IP Core for Digital Signature Generation and Verification (P-384)

Overview

Our core introduces Secured HASH Algorithm (SHA) and Elliptic curve cryptography (ECC)
It supports different SHA functions with different output sizes as follows: SHA1: 160 bits, SHA2: 224/256/384/512 bits and SHA3: 224/256/384/512 bits
Also, it supports big numbers arithmetic operations (addition, subtraction, multiplication and inversion)
And our core supports the following EC functions: Modular addition and subtraction, Modular multiplication and inversion, Point addition, subtraction, and Point doubling and Scalar multiplication and point multiplication
Using HASH and EC functions, ECDSA algorithm (signature generation and verification) can be supported over a prime curve with field size 384 (P-384)
Other prime curves could be supported
Also, it supports the selection of either an individual HASH function or ECDSA as a whole

High Performance ECC IP Core for digital signature (Generation / Verification)
Support the selection of hashing modes SHA1 / SHA2 / SHA3
Support the basic arithmetic operations for big numbers
Supports arithmetic operations for EC over GF for the prime curve P-384 (others possible)
Support ECDSA algorithm with signature generation and verification

Elliptic Curve Digital Signature algorithm (ECDSA) standard ANSI X9.62, and (DSS) FIPS 186
Other possible applications:
? Elliptic curve Deffie-Hellman (EC-DH) standard ANSI X9.63
? Internet of things (IOT) security
? RFID, smart grids, and IRIS recognition
? HASH functions, have applications like:
? Message digest calculations
? Encrypted data storage
? Secure communication systems
? E-commerce and Financial Transactions

Maturity

Mature

Availability

Now