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The PRACH IP Suite by Electra IC is a comprehensive solution for optimizing 5G NR O-RAN Split 7.2X designs. It includes a complete MATLAB model, an RTL implementation, and a detailed verification environment tailored for precise simulation and testing. This suite is engineered for smooth integration into existing frameworks and aims to streamline the development process, boasting full compatibility with 5G NR standards. With capabilities to support various PRACH formats and configuration indexes, the suite offers flexibility and efficiency, perfect for cutting-edge wireless communication projects.
The ARINC429 Interface is a flexible IP solution that adheres to the ARINC 429 specification. It features dedicated Rx and Tx Processing Blocks, a Controller Block, Internal Memory, and External Memory Interfaces, making it a robust choice for aerospace communication systems. Integration with a CPU is facilitated through the AXI interface, ensuring efficient data handling and processing. This IP can effectively handle ARINC 429 bus communication requirements, offering reliable performance in avionics applications.
The ECDSA core is designed to facilitate secure digital signature generation and verification, compliant with the ECDSA standards outlined in FIPS 186. This core helps in authenticating and verifying digital messages within complex systems, ensuring data integrity and authenticity. It is an essential component in systems requiring robust security and cryptographic assurance.
Electra IC’s RSA core focuses on efficient cryptographic operations for digital signature generation and verification as per the RSA algorithm defined in FIPS 186. It offers high-speed processing and flexible integration options, making it ideal for systems that require secure communications and data protection. It ensures system integrity through its robust encryption methodologies.
Electra IC's AES core is a high-performance cryptographic IP that implements the Advanced Encryption Standard (AES) as detailed in FIPS 197. It supports various AES operation modes to ensure data confidentiality and security in digital communications. The AES core is highly configurable to meet diverse security requirements, making it suitable for applications demanding robust encryption mechanisms.
The RSA Keygen core specializes in generating secure RSA key pairs in accordance with FIPS 186 specifications. This core is integral for cryptographic systems that demand high standards of security for key management and encryption processes, assuring users of reliable performance and secure operations across various applications.
The SHA3 core by Electra IC is crafted to execute cryptographic hashing as per the SHA-3 standard specified in FIPS 202. This core enhances security systems by offering comprehensive hashing capabilities, providing a strong tool for ensuring data integrity. It is essential for operations requiring secure data encryption and hashing.
Electra IC's TRNG core is a highly dependable solution for true random number generation, aligning with NIST SP 800-90B guidelines. This core is crucial in creating secure cryptographic keys and is indispensable in environments demanding high-quality random number streams for encryption, crucial for secure communication protocols.
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