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The DES/3DES Ultra-Compact Core implements the Data Encryption Standard and Triple DES with stringent compliance to NIST standards. It's designed for both encryption and decryption of 64-bit blocks, utilizing one to three 56-bit keys. Size efficiency is a priority, as it only requires 3,000 gates for the Triple DES version, ensuring enhanced performance for mobile phones to smart cards.
Designed for compactness and compliance with the NIST Advanced Encryption Standard, the AES IP Core conducts Rijndael cipher encoding and decoding. It supports 128-bit and 256-bit data blocks, and various encryption/decryption modes, including ECB, CBC, OFB, CFB, and CTR. This core prioritizes small size with less than 3,000 gates, making it highly efficient and minimal in size.
The True Random Number Generator Core generates random numbers passing tests like NIST SP 800-22 and Diehard. With compliance to FIPS 140-2 Annex C, the TRNG core blends true random generation with pseudo-random parts for security systems seeking high randomness assurance. It ensures integrity by automatically re-seeding and consistently providing entropy-driven data.
The SNOW 3G LTE Encryption Core generates a keystream for 3GPP LTE's UEA2 and UIA2 algorithms as per ETSI SAGE standards. Known for its compact deployment (around 7,500 gates), it ensures secure mobile communications at high data rates by being self-contained and not needing external memory.
The Ultra-Compact Kasumi Cipher Core implements the ETSI SAGE-compliant Kasumi algorithm, focused on encrypting 64-bit blocks. With a 128-bit key support framework, this core ensures high throughput, ideally balancing size and performance. Supporting various cipher modes, it’s designed for integration into secure communications systems without external dependencies.
The Cryptographically Secure Pseudo Random Generator Core is designed to produce high-security random numbers through the CTR_DRBG algorithm adhering to NIST SP800-90. It outputs 128-bit blocks while offering flexibility in interface width. This core drives encryption activities by ensuring a source of randomness without reliant on external data storage.
The NIST AES Key Wrap/Unwrap Core provides secure key management mechanisms following NIST specifications. Supporting both 128 and 256-bit Key Encryption Keys (KEK), this core reliably encloses and unveils cryptographic keys securely. This synthesis-friendly design allows for seamless integration into secure management systems, enhancing encryption security by bypassing external memory dependencies.
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