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IRIGtimeM supports time distribution using the IRIG-B protocol, an essential aspect for systems in need of reliable time code transmission over various mediums. Used widely in telemetry, broadcasting, and testing environments, this core guarantees accurate time dissemination throughout interconnected systems, ensuring operational synchronicity and coordination critical for mission-sensitive applications.
The MultiSync Core offers robust synchronization solutions for distributed systems, capable of aligning time-sensitive operations across a network. This IP is adept at handling synchronization for control and measurement systems where timing precision is critical. By managing time alignment effectively, it ensures that all components within a network operate in harmony, minimizing delays and increasing overall system efficiency.
The Managed Ethernet Switch Core by Concurrent EDA allows for the centralized control and management of network traffic, ensuring that data packets are transmitted smoothly and efficiently across network nodes. It supports advanced features like VLANs, QoS, and network monitoring to provide enhanced flexibility and performance. This core is an excellent choice for IT administrators seeking to optimize network performance while maintaining control over network operations.
1588Tiny is designed as a streamlined solution for precise time protocol (PTP) synchronization, operating solely as a slave-only core. It delivers accurate time alignment in systems relying on IEEE 1588, ensuring all connected devices are synchronized to a precise standard. This minimalist design makes it perfect for systems requiring level synchronization without the complexities of master configuration.
The IRIGtimeS core delivers robust solutions for systems requiring synchronization over network environments using the IRIG standard. By providing consistent and precise time references, this core supports complex setups where temporal coordination is essential. Its implementation is valuable across industries including telecom and energy where synchronization forms the backbone of efficient system operations.
The HSR-PRP Switch Core enhances network reliability through seamless redundancy capabilities. It integrates the High-availability Seamless Redundancy (HSR) and Parallel Redundancy Protocol (PRP) to ensure continuous network operations by offering zero recovery time in case of device or network link failures. This core is particularly beneficial for critical applications that cannot afford any downtime, such as industrial networks and infrastructure systems.
Concurrent EDA's PreciseTimeBasic Core provides fundamental timing and synchronization services suitable for various network applications. This core aims to enhance the precision of timekeeping within networked systems, facilitating coordinated performance across nodes. It is an ideal choice for basic synchronization needs where accuracy is essential but where advanced features may not be required.
This Managed Redundant Switch Core is designed to maintain high network availability by implementing redundancy strategies that prevent data loss during failures. This IP efficiently manages network resources and routing to optimize performance, making it ideal for environments where operational continuity is paramount. It ensures that even under challenging conditions, connectivity is not compromised, offering peace of mind to those relying on its robust functionalities.
Designed for simplicity and ease of use, the Unmanaged Ethernet Switch Core offers a plug-and-play solution for basic network connectivity. It is ideal for small to medium-sized networks where the complexity of a managed solution is not necessary. This core provides reliable data transfer capabilities without the need for extensive configuration, making it a cost-effective choice for straightforward networking tasks.
The Multiport Time Sensitive Networking (TSN) Switch Core is tailored for supporting precise time synchronization across networks, critical for applications requiring deterministic latency and high reliability. By enhancing Ethernet networks with time-aware scheduling and low latency features, this core is particularly suitable for industrial and automotive applications where precise timing and seamless communications are essential.
The Cryptographic COEsec core is pivotal for substation automation systems requiring robust security measures. This core integrates advanced cryptographic techniques to safeguard communications and data integrity within critical infrastructure networks. Ensuring secure and trusted data exchanges makes it indispensable for environments where maintaining confidentiality and integrity is non-negotiable, such as power and utility sectors.
The FPGA Image Processing Core by Concurrent EDA is engineered to maximize the efficiency of video and image processing tasks. Optimized for high-speed data throughput, this core excels in applications where real-time image analysis is crucial, such as surveillance systems and medical imaging. Its customizable settings enable adaptation to specific project requirements, ensuring tailored performance and effective deployment.
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