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The AES Encrypt/Decrypt solution by Secantec supports encryption and decryption with 128/192/256-bit keys, optimized for low latency and minimal footprint operations. It leverages Galois Field arithmetic to streamline the encryption processes, executing key calculations and data encryption in parallel to save processing time. This modular approach allows for runtime programmability of operations, and its ability to reduce encryption and decryption cycles to one clock makes it a highly efficient solution for secure communications. AES technology addresses applications requiring strong data protection, ensuring that highly sensitive information remains secure from unauthorized access.
Secantec's BCH Error Correcting Code is crafted to deliver low latency and power efficiency in data correction. Employing asynchronous operation with no clocks or storage use, this IP harnesses combinatorial logic to efficiently address error correction challenges. BCH codes are particularly adept at correcting bit-level errors, making them ideal for a range of communications, from high-speed networks to memory reliability enhancements in ASICs. The IP is remarkably adaptable, featuring configurable parameters that dictate its error correction capabilities, such as the number of correctable errors. By employing BCH codes, Secantec’s IP ensures robust data integrity essential for applications like SSD controllers and high-speed communications, where error resilience is critical.
The Reed Solomon Error Correcting Code (ECC) by Secantec is engineered to provide zero-latency, high-efficiency error correction, ensuring data reliability in communication systems. Featuring asynchronous operations without the necessity for clocks or storage, the IP translates sophisticated error correction mechanisms into simple combinatorial logic, making it highly efficient for quick rectification of data discrepancies. The IP allows for advanced parameter configurability, including symbol size and polynomial degree, offering flexibility and scalability in addressing varying error correction needs. It is particularly suited for high-speed communication channels and memory repair in hardware solutions like ASICs and SRAM, where reliability is paramount. Its applications extend to optical and space communications, making it a versatile tool for maintaining data integrity even in challenging environments.
The Reed Solomon Erasure Code developed by Secantec is a specialized error correction technology that operates asynchronously, purely using combinatorial logic, thereby achieving zero-latency processing. It is strategically designed to accommodate varying sizes of symbols in Galois Field operations while providing efficient error correction capabilities. The IP is notable for not requiring clocks, storage elements, or iterative feedback mechanisms during its operations. It is particularly useful in RAID systems for data recovery and can correct maximum error symbols defined by its parameters. With a highly configurable RTL, it supports various degrees of polynomial operations and erasure positions, making it adaptable to different application needs, such as data protection in data centers and storage solutions.
The Hamming Code provided by Secantec provides a robust form of data error detection and correction, capable of correcting single-bit errors and detecting double-bit errors in data transmissions. As an asynchronous design, this IP does not rely on clocks, utilizing entirely combinatorial logic for its operations. It is highly efficient for ensuring data integrity in memory systems like SRAMs and ROMs within ASIC and FPGA devices. By offering configurable message bit protection, Secantec's Hamming Code supports a wide range of applications where error-free data storage and retrieval are essential, making it a critical component in digital systems demanding high reliability.
Secantec's GCM Mode for AES enhances cryptographic security by utilizing efficient Galois Counter Mode operations, offering authentication alongside encryption. This IP is tailored for high-speed applications where minimizing processing latency without compromising security is crucial. It supports instant integration with AES encryption processes, facilitating secure communications with added layers of data integrity checks. The GCM mode is ideal for environments requiring quick, reliable encryption and decryption operations, catering to industries that handle sensitive data transfers like financial transactions and secure communication networks.
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