DAES IP Core is a high-performance solution that accelerates AES encryption and decryption for modern secure systems. Supporting 128- and 256-bit keys across multiple modes—including ECB, CBC, CFB, OFB, and CTR—DAES delivers ultra-fast throughput and easy integration.
Bytom, Poland – December 4, 2025. Designed for hardware acceleration, DAES automatically handles data flow and key expansion, letting software focus solely on I/O operations. Its flexible memory-mapped interface works seamlessly with AMBA (APB/AHB/AXI), Avalon, and OPB buses, making deployment fast and straightforward.
Performance Highlights:
- Up to 7.68 Gbit/s throughput on 128-bit AES at 1 GHz
- Optimized for Xilinx Artix-7, Virtex UltraScale+, and Intel/Altera FPGAs
- Configurable modes and key sizes to match system requirements
The DAES package includes Verilog source, testbench, reference tests, synthesis scripts, example C drivers, and full documentation, backed by expert technical support.
With DAES, system designers can accelerate AES operations without compromising flexibility, enabling faster, more secure applications in communications, data storage, and embedded systems.
Part of a Holistic Cryptography Ecosystem, the CryptOne
DAES is a key component of DCD-SEMI’s comprehensive cryptography portfolio, offering a complete ecosystem of IP cores designed for secure, high-performance applications. System designers can combine DAES with other DCD cryptography IPs to implement robust, end-to-end encryption solutions tailored for communications, storage, and embedded systems.
Learn more: https://www.dcd.pl/product-category/cryptography/
About DCD-SEMI
For over 25 years, DCD-SEMI has been delivering synthesizable IP Cores that help semiconductor companies and OEMs accelerate product development. With over 5000 successful silicon implementations, DCD-SEMI solutions power applications in automotive, industrial, and IoT markets worldwide. The company specializes in high-reliability IP Cores, offering advanced support for functional safety, security, and performance optimization.
