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The USB3 Vision Device Core by Euresys enhances imaging applications by utilizing the USB3 Vision standard for high-speed data transfer. This core is designed for integration into FPGA devices and aids in implementing USB3 Vision functionalities, allowing for efficient data handling in various industrial and medical imaging applications. Compatible with leading FPGA platforms, the USB3 Vision Device Core ensures seamless integration and operation across diverse systems. It supports high-bandwidth data transfer, making it suitable for environments where rapid and reliable image data processing is essential. The core is customizable and compact, making it an adaptable solution for developers looking to deploy it in space-constrained devices. Delivered as a working reference design, this core facilitates an expedited development process, reducing the complexity typically associated with USB3 Vision implementation. Industries such as medical imaging, food inspection, and electronics manufacturing can benefit from the streamlined data capture and processing capabilities the USB3 Vision Device Core offers, enhancing operational efficiencies and improving output quality.
The GigE Vision Device Core from Euresys supports GigE Vision standards and is tailored for use with FPGAs. This core provides a robust solution for implementing GigE Vision capabilities within FPGA devices, enabling high-speed data transmission for industrial and medical imaging applications. The core is compatible with major FPGA platforms, ensuring developers can integrate it seamlessly into diverse systems. With a focus on efficiency and ease of use, the GigE Vision Device Core is designed to be compact and customizable to meet specific project requirements. It comes as a working reference design, simplifying the development process and reducing time to market. Additionally, this core supports an array of image sensors and is engineered to handle high-bandwidth data transmission efficiently, making it ideal for applications requiring fast and reliable image capture. This product not only serves industries such as electronics manufacturing and printing but is also well-suited for applications involving food inspection and medical imaging. The core's robust design allows it to operate effectively in various industrial conditions, delivering reliable performance and helping organizations optimize their vision systems for better productivity and precision.
The CoaXPress Device Core from Euresys is a powerful IP core designed for high-speed data acquisition using the CoaXPress standard. It supports throughput requirements for demanding applications like real-time industrial inspection and medical imaging. This core is ideal for developers needing to implement CoaXPress in FPGA-based systems for robust data handling. As an element of their Vision Standard IP Cores, the CoaXPress Device Core leverages the benefits of CoaXPress technology to facilitate fast, reliable data transfers over coaxial cables. It is compatible with multiple FPGA platforms, allowing for flexible integration across different systems. The core is delivered as a complete reference design, which aids developers in streamlining the implementation process and ensures compatibility with high-speed cameras. The CoaXPress Device Core is particularly suited for applications requiring quick image data processing and automated inspection. Euresys ensures that the core meets the high standards of the CoaXPress protocol, which is renowned for its high data rates and long-distance data transmission capabilities. This IP is essential for developers looking to enhance their system’s speed and efficiency, particularly in industries where real-time processing is a critical demand.
The IMX Pregius Sub-LVDS Core is a specialized component designed for seamless integration with Sony Pregius image sensors featuring Sub-LVDS interfaces. Euresys has developed this core to cater to the growing need for efficient image data capture and processing within FPGA systems used across multiple sectors. Integrating this core allows seamless deserialization and decoding of image sensor data, ensuring reliable operation and high-quality image acquisition. The IMX Pregius Sub-LVDS Core is particularly beneficial for developers incorporating Sony sensors into systems requiring efficient data handling for industrial automation and precision imaging tasks. Engineered to be compatible with AMD FPGAs, this IP core is delivered as a complete reference design, offering streamlined integration and reduced time-to-market for developers. Applications in sectors such as factory automation, where capturing detailed imagery swiftly is critical, stand to gain significantly from the advanced capabilities presented by the IMX Pregius Sub-LVDS Core.
The MIPI CSI-2 Receiver Core from Euresys is designed to support the MIPI CSI-2 interface, widely recognized for its utility in transmitting high-speed image data between cameras and processors. This core enhances the capturing and processing of image data within FPGA devices, making it pivotal for projects involving high-resolution image acquisition. Euresys provides this core as a customizable and compact solution, ensuring it can adapt to a variety of system requirements while delivering robust performance. Compatible with leading FPGA architectures, the MIPI CSI-2 Receiver Core supports the efficient transfer and management of image data, enabling smooth operations in environments needing precise image capture and processing. With applications that extend into domains such as industrial automation and advanced surveillance systems, this core assists developers in achieving superior data integrity and transfer speeds needed in modern imaging systems. By delivering the core as a working reference design, Euresys simplifies the integration process and accelerates project timelines for developers and engineers working with advanced imaging technologies.
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