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The MIL-STD-1553-IP Core facilitates communication between a host processor and the MIL-STD-1553 bus transceiver, supporting multiple modes of operation including bus controller, remote terminal, and bus monitor. This core is particularly suited for military and aerospace sectors requiring robust and reliable data transmission standards.
The PRACH IP Suite is a sophisticated solution designed to enhance 5G NR O-RAN Split 7.2X designs. It encompasses an end-to-end MATLAB model, an RTL implementation, and a rigorous verification environment for precise simulations and tests. By providing seamless integration capabilities, this suite enables developers to expedite their product development processes effectively.
Implementing Part 7 of the ARINC664 standard, this IP Core provides a connection between aircraft Line Replaceable Units (LRUs) and the ARINC664 network. The core supports high-speed data communication requirements of the aerospace industry, facilitating efficient integration and operation of avionic systems.
Designed to provide cryptographic hashing capabilities, the SHA3 IP Core executes operations based on the SHA-3 standard as outlined in FIPS 202. This core is a crucial component in secure data authentication processes used across various IT systems to ensure data integrity.
Compliant with the Elliptic Curve Digital Signature Algorithm specifications outlined in FIPS 186, the ECDSA IP Core performs digital signature generation and verification. This core is critical for secure communication systems requiring integrity and authenticity verification of digital messages.
Specialized in generating RSA key pairs, the RSA Keygen IP Core adheres to the FIPS 186 standards. This core is essential for cryptographic applications needing reliable and secure key generation functionalities to safeguard sensitive data and communications.
The AES IP Core is designed to execute secure data encryption and decryption operations according to the Advanced Encryption Standard (AES) as defined in the FIPS 197 specification. Suitable for applications demanding strong cryptographic security, this core is optimized for performance and reliability across various platforms.
The RSA IP Core provides functionality for digital signature creation and verification using RSA algorithms as specified in FIPS 186. It's integral to systems that require robust cryptographic security for authenticating communications and protecting data integrity.
The DRBG IP Core is engineered to generate deterministic random bits following NIST SP 800-90A guidelines, ensuring high-quality random number outputs essential for cryptographic functions in secure systems. This core supports robust encryption key generation processes across diverse security applications.
The TRNG IP Core produces true random numbers in line with NIST SP 800-90B standards. This capability is vital for encryption systems where unpredictable randomness is necessary for securing cryptographic processes and maintaining system reliability.
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