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Canopy - OpenBMC

An upstream-first OpenBMC distribution focused on stability, long-term maintenance, testing, and developer enablement.

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Catalyzr™ Security Risk Assessment (SW)

Catalyzr leverage a tool-based approach to guide the correct usage of crypto-APIs, then developers can benefit from the expertise and experience of cryptographic specialists, ensuring more robust and secure implementations of cryptographic functionality within their applications

CCSDS 231.0 LDPC Encoder and Decoder

The CCSDS 231.0 LDPC IP core supports the LDPC coding schemes and is an ideal fit for further applications with highest demands on forward error correction.

CCSDS LDPC Encoder and Decoder

The Creonic CCSDS LDPC IP cores support the LDPC coding scheme as defined by the CCSDS standard.

CCSDS SCCC Turbo Encoder and Decoder

The Creonic CCSDS SCCC Turbo IP core the ideal fit for further applications where high throughput and high spectral efficiency is key for operation.

CDC - Customizable Display Controller IP Core Family

Highly customizable MIPI-DPI compliant display controller supporting on-the-fly image composition from several input sources (images in memory or AXI4 Stream) with a powerful set of image processing features.

ChaCha20-Poly1305 IP core

ChaCha20-Poly1305 IP core implements the ChaCha20 stream cipher together with the Poly1305 message authentication code (MAC), following the IETF standard for Authenticated Encryption with Associated Data (AEAD).

ChevinID

ChevinID is a silicon‑rooted authentication and protection solution designed to secure FPGA, ASIC, and embedded systems across the entire lifecycle. Built on Physically Unclonable Function (PUF) technology, ChevinID assigns each device a unique, intrinsic identity that cannot be copied or transferred, enabling strong, hardware‑level trust without external secure elements. The solution protects valuable intellectual property—including FPGA bitstreams, RTL designs, and embedded software—by binding execution and access to authenticated hardware. Cryptographic keys are securely contained within encrypted envelopes, ensuring they are never exposed during operation. This approach safeguards against cloning, reverse engineering, and unauthorized deployment. ChevinID also enables flexible, hardware‑based licensing models, allowing vendors to control feature activation, enforce usage policies, and create new revenue streams. For Intel/Altera FPGA users, ChevinID integrates seamlessly with exist

CIC FPGA IP Core

The CIC FPGA IP core offers computationally efficient cores for extracting baseband signals.