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The IRIGtimeM Core facilitates precise time synchronization compliant with the IRIG 200-04 standard, operating as a master on FPGA devices. This core provides robust timekeeping capabilities ideal for synchronization tasks within high-precision applications, such as broadcasting, power grids, and other time-critical environments.
The Managed Ethernet Switch IP is tailored for applications requiring efficient data handling and management in Ethernet networks. Its design includes a scalable crossbar switch model and the ability to manage data across various Ethernet ports, making it suitable for high-density networking environments requiring reliable and streamlined communication.
Tailored for use in Xilinx FPGAs, 1588Tiny is a IEEE1588-2008 V2 Slave Only core offering streamlined clock synchronization. Its lightweight design is adept for applications that require only slave functionality, ensuring compliance with precision timing standards in networked systems.
MultiSync Core is engineered to deliver high precision, multi-protocol time synchronization suitable for a broad array of networked systems. By offering sub-microsecond synchronization, this core is highly adaptable to various deployment scenarios that demand rigorous time accuracy, such as telecommunications and industrial controls.
The Managed Redundant Switch Core combines advanced networking capabilities with redundancy features, ensuring robust connectivity and uninterrupted data flow. Integrated within FPGA, this core is optimal for systems where reliability and network integrity is vital, featuring a non-blocking crossbar matrix architecture to enable continuous data transfer across all ports.
Built for precision, the PreciseTimeBasic Core adheres to IEEE1588-2008 specifications for time synchronization, which is vital for networked systems requiring coordinated timing. It is optimally suited for deployment within Xilinx FPGAs, providing exceptional timing precision for environments such as network operations and system synchronization applications.
Designed for FPGA devices, the IRIGtimeS Core implements slave functionality for IRIG 200-04 compliant time synchronization. This makes it adept for situations demanding precise slave role execution, ensuring alignment of timing across distributed networked systems.
The HSR-PRP Switch Core is designed to provide seamless redundancy in Ethernet networks by implementing a High-availability Seamless Redundancy (HSR) and Parallel Redundancy Protocol (PRP). This IP core ensures zero data loss and immediate network recovery after failure, crucial for mission-critical applications where uninterrupted communication is necessary.
This Unmanaged Ethernet Switch core offers plug-and-play capabilities with a focus on straightforward deployment and maintenance. Ideal for applications that require robust network connections without the overhead of managed services, it offers reliable Ethernet switch capabilities efficiently embedded on FPGA platforms.
The Multiport Time Sensitive Networking (TSN) Switch Core provides precision time synchronization across multiple network nodes, adhering to stringent time-sensitive networking standards. This IP core offers seamless integration with both hardware and software offerings, ensuring accurate data timing in applications such as industrial and vehicular networks.
The COEsec core is specifically designed to secure real-time communications within Substation Automation Systems. By utilizing state-of-the-art cryptographic protocols, this core ensures the confidentiality, integrity, and authenticity of data transfers in smart grid and industrial network environments.
FPGA Image Processing Cores offered by Concurrent EDA specialize in high-speed image manipulation, leveraging FPGA's parallel computing capabilities. These cores execute complex operations like convolution, Gaussian blur, and image sharpening at substantial computational speeds, facilitating enhanced real-time image analysis for applications in security, medical imaging, and machine vision.
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