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The DAES XTS IP Core is a lightweight yet powerful cryptographic processor implementing the AES-XTS mode as per IEEE Std 1619. Providing support for both 128 and 256-bit key sizes, this co-processor is designed for swift memory block access and encryption processes. Its design ensures compliance with modern cryptographic requirements, making it highly suitable for secure data storage applications.
The DAES IP is a versatile cryptographic co-processor that integrates seamlessly into APB, AHB, and AXI bus systems. It implements the Rijndael algorithm to offer robust encryption with key lengths of 128 and 256 bits. Various cipher block modes such as ECB, CBC, CFB, OFB, and CTR are supported, alongside an internal key expansion module. This makes it an ideal choice for secure data processing in a variety of technological ecosystems.
The DOCD on-Chip Debugger is a comprehensive tool for debugging embedded systems, particularly designed for DCD's family of microcontrollers. It provides a complete system with hardware-assisted debugging via a USB interface, alongside robust software support. This tool is specifically built to manage various debugging formats and protocols, enhancing development productivity.
Optimized for speed, the DP80390XP is a soft core of an 8-bit embedded controller, delivering over 15 times the performance of the original 80C51 processor. It's tailored to function with both high-speed on-chip and slower off-chip memories, making it an exceptional choice for advanced embedded applications that need enhanced processing power and efficiency.
Supporting APB, AHB, and AXI connectivity, the DSHA2-384 IP core efficiently accelerates SHA2-384 hash functions. It aligns with FIPS PUB 180-4 compliance, making it a choice solution for industries looking to adopt high-level security standards. This solution supports modes of 224, 256, and 384 bits, providing substantial flexibility for security-focused applications.
The ECC IP Core offers a high-performance solution for elliptic curve cryptography, essential in modern digital signature verification and generation. Integrated with ECDSA capabilities, it is designed to meet security protocols with an impressive size/performance balance. Point multiplication is supported, boosting its utility within secure communication channels.
The DSHA2-256 IP core bridges to APB, AHB, and AXI buses, offering a universal method for accelerating the SHA2-256 hash function. Compliant with FIPS PUB 180-4 standards, it provides robust support for RFC 2104 HMAC native mode. This IP supports both 224 and 256-bit modes, delivering reliable hash function acceleration to meet various security application needs.
Capable of connecting through APB, AHB, and AXI buses, the DSHA2-512 IP core is engineered to accelerate SHA2-512 hash functions. It complies with FIPS PUB 180-4 and supports variable HMAC applications according to RFC 2104. Offering 224, 256, 384, and 512-bit modes, it provides extensive scope for security applications demanding high assurance levels.
Designed for optimal size and performance, the ECDSA Sign IP core uses elliptic curve cryptography for robust digital signatures. It supports a range of critical elliptic curves, furnishing it with the ability to provide unbreakable security, crucial for systems requiring verified authenticity.
The CryptOne 100% secure cryptographic system leverages over two decades of expertise in creating secure, reliable cryptographic solutions. It offers a minimal silicon footprint while ensuring high-speed processing capabilities. The system is designed with resistance to power and timing attacks, making it a robust choice for secure environments. As a universally applicable solution, it fulfills the demanding security requirements of both the European Commission and the US National Security Agency guidelines.
Integrating elliptic curve cryptography, the ECDSA Verify IP core is designed for validating digital signatures with exceptional efficiency. It supports a wide selection of elliptic curves, ensuring unyielding security across various application sectors. This IP core is ideal for applications where digital signature authenticity is paramount.
With a focus on maximizing code efficiency, the D32PRO IP core caters to the power and size constraints of contemporary connected devices. Its architecture promotes reduced gate count while offering impressive compute performance, reaching up to 2.67 DMIPS/MHz. As a royalty-free, silicon-validated solution, it is suitable for an array of embedded applications.
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