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This core provides a full hardware stack implementation for FC-AE-ASM, featuring hardware-based label lookup and message chain processing. Designed for advanced defense communication systems, this core enhances real-time messaging capabilities within secure networks. It supports protocol-specific operations, providing robust, high-performance data handling tailored to demanding military standards.
The Ethernet Real-Time Publish-Subscribe Core provides robust support for RTPS implementations, essential for applications requiring high-speed, real-time data exchange across complex networked environments. It is specifically designed to enhance Ethernet-based systems by enabling deterministic data handling, crucial for applications in aerospace and defense sectors that demand precision and reliability.
The ARINC 818 Streaming Core is designed for real-time video and data streaming, converting between pixel bus formats and ARINC 818 formatted data streams. Tailored for aerospace applications, it facilitates the seamless transmission of high-resolution video and data over ruggedized avionic networks. This core supports both encoding and decoding processes, ensuring smooth integration with existing systems and providing a reliable pipeline for critical avionics and defense systems requiring real-time data handling and processing.
The Mil1394 AS5643 Link Layer Controller Core implements a full hardware stack for AS5643 standards, offering robust label lookup and message chain capabilities. It is particularly useful for defense applications requiring compliance with the Mil1394 standard, providing efficient data handling and reliable network communication in avionics systems. This IP core ensures seamless integration and interaction with complex military network infrastructures.
The ARINC 818 DMA Core efficiently manages the transmission and receipt of data for ARINC 818 communications, streamlining the process through hardware offloading. Built for embedded applications, this core focuses on optimizing the management of formatting, timing, and buffer resources, crucial for consistent and predictable performance in data-intensive operations. It is particularly beneficial for systems where maintaining low-latency communication is essential.
The High Speed Data Bus (HSDB) Core is a comprehensive solution that incorporates both physical and MAC layer functionalities for HSDB communications. It is crafted to provide seamless integration with existing systems, establishing efficient data connectivity. HSDB is particularly suited for applications requiring high transfer speeds and robust connectivity, offering reliable interfacing across various platforms. The design of this IP ensures full compliance with industry standards, enabling advanced signal processing capabilities in demanding environments.
The FC Link Layer IP core offers comprehensive support for the implementation of both the FC-1 and FC-2 layers. Essential for advanced data transmission and protocol management, this core facilitates secure and efficient data exchanges over Fibre Channel networks, crucial for maintaining high throughput and reliability in mission-critical applications.
The HOTLink II Core provides a full hardware implementation of Layer 2 functionality, crucial for High Speed Interconnect (HSI) applications. This IP core supports various operational rates in accordance with established standards, ensuring flexibility and broad applicability. It is engineered to integrate easily, simplifying the development process for aerospace and military applications that demand high-speed data transmission and reliable network performance.
The FC Upper Layer Core supports full hardware implementation of Fibre Channel's ULP standard, providing advanced protocol support for both FC-AE-RDMA and FC-AV deployments. Optimized for high-performance environments, this core is critical for handling high-density data processing tasks in military and aerospace systems, ensuring consistent data integrity and throughput across networks.
This IP core offers a comprehensive implementation of the GP2Lynx Link Layer, featuring a standard PHY-link interface. Designed for high-reliability environments, it supports essential protocol operations needed by military communication systems operating on the 1394 standard. The GP2Lynx core is engineered to provide high-speed data processing while maintaining compatibility with existing avionics protocols.
The Mil1394 OHCI Link Layer IP provides a comprehensive solution for IEEE 1394 connectivity, supporting integration with PCIe or embedded processors via an AXI bus. This core is integral to systems needing robust performance for avionics communication, ensuring standard compliance and high data throughput in networked environments. Its implementation facilitates broad compatibility and reliability needed in mission-critical applications.
The Serial Front Panel Data Port (sFPDP) Core offers a complete hardware solution conforming to the ANSI/VITA 17.1-2015 specification. This IP core is optimized for high-speed, full-bandwidth data transfer between embedded systems, ensuring easy integration and reliable performance. It serves as a crucial component in high-throughput environments, supporting real-time data exchange across complex network architectures.
Providing a complete PHY layer solution for 1394b communication, this IP core is essential for interfacing with various hardware configurations demanding reliable IEEE 1394b connectivity. It supports data transmission across different platforms, offering flexibility and performance for communication in rigorous settings. The design adheres to industry standards, ensuring compatibility and reliability over wide-ranging conditions.
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