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The 12G-SDI Playback and Capture System by Korusys is designed to manage video data efficiently using an advanced set of FPGA images. It facilitates the capture and playback of high-definition video through Quad 3G-SDI interfaces, providing an essential solution for broadcast and media processing applications where high-speed data transfer and precise video handling are crucial. The system features a test pattern generator, comprehensive data capture from SDI input, and seamless playback over SDI, with optional PCIe transfer compatibility. This modularity enables flexible deployment and integration with host systems using Linux-based drivers and software, ensuring compatibility with standard industry protocols. Ideal for scenarios requiring rapid data transfer and precise synchronization, the 12G-SDI System provides a robust solution that balances straightforward operation with the sophisticated capability. Its integration into professional environments supports seamless video processing and enhances media delivery performance.
The H.265 HEVC Decoder System from Korusys is a complete FPGA-based solution designed to meet the rigorous demands of high-throughput video decoding. With its ultra-low latency and compliance with ITU-T H.265 standards, this system can efficiently handle high-definition content, making it suitable for a range of industries from broadcast to medical applications. Packed with error concealment features and designed for robust performance, the decoder is capable of processing high dynamic range video and supporting a multitude of resolution profiles, including 4K and beyond. It seamlessly integrates into existing systems as a standalone core or as part of an extensive design service, offering flexibility and scalability to match customer specifications. Pre-packaged with support for Intel FPGAs, this solution not only facilitates rapid deployment but also provides an adaptable framework for ongoing development and integration. Its compatibility with various tools and environments ensures it can be tailored precisely to the demands of diverse media processing tasks.
Korusys' Video Wall Display Management System is engineered to process and display video content across an array of monitors with high precision and flexibility. Utilizing both Display Port and HDMI inputs, the system allows the presentation of video on multiple screens, supporting configurations up to 4 outputs. This capability is particularly beneficial for digital signage and large-scale public displays. The solution offers several configuration options, including cloning, stretching and bezel compensation, to tailor the video output according to specific display arrangements. It supports high resolutions up to 3840x2400p60, ensuring sharp and clear visual presentations. Ease of use is further enhanced through a user interface that facilitates easy control and configuration. By leveraging FPGA technology, the Video Wall Display Management System exhibits low latency and reliable performance crucial for real-time display applications. Whether in commercial or public settings, such as conferences or exhibitions, this system ensures seamless synchronization across multiple screens, improving the visual experience significantly.
The SMPTE 2059-2 Synchronization Solution from Korusys integrates sophisticated FPGA logic to align video and audio signals precisely using a reference PTP time source. Designed with the professional broadcast industry in mind, this solution uses the IEEE1588v2 protocol to provide low-latency synchronization essential for modern AV systems. The integration is further simplified by an intuitive management interface that allows users to configure and manage the system with ease. Featuring software-driven algorithms and precise FPGA timestamping, the product ensures accurate video and audio alignment across IP networks. Engineers can deploy this technology seamlessly, benefiting from its flexibility and customization options to meet specific broadcast requirements. By adopting a modular approach, this solution becomes not only effective but also highly adaptable for a range of applications. Deployed in professional settings, the SMPTE 2059-2 Synchronization Solution facilitates the handling of AV content with high accuracy, making it invaluable in environments where precise timing of media content is critical. Whether for live broadcasts or other broadcast media, this powerful tool optimizes synchronization every step of the way.
The Korusync IEEE1588 PCIe Card offers precision timing solutions essential for high-frequency trading, telecoms, and industrial applications. Utilizing cutting-edge IEEE1588v2 synchronization technology, the card delivers unparalleled time accuracy to server environments, crucial for sectors requiring stringent timing specifications. Supported by a suite of software tools, the card replaces the standard system clock with a sophisticated, low-latency alternative, enhancing the performance and timing precision of server-based applications. Its oven-controlled oscillator and specialized algorithms ensure robust time accuracy, even in high network load scenarios, achieving precision within 100 nanoseconds. Designed for integration in both Linux and other server architectures, the card's single-slot, full-height PCIe configuration facilitates straightforward deployment. Its capabilities extend to providing accurate timestamps for system events, thus allowing for effective monitoring and performance optimization in trading and other time-sensitive operations.
The IEEE1588 Precision Time Protocol Solution by Korusys offers a robust and adaptable implementation of the IEEE1588v2 standard. This product comprises multiple plug-and-play interfaces, including a high-performance line rate master capable of supporting up to 4000 subordinate devices. Its architecture is designed to integrate seamlessly with existing network infrastructures, making it a versatile choice for precision time dissemination. Capable of managing extensive networks with high data throughput, the solution employs sophisticated timing recovery algorithms for superior performance. Users also have access to simulation tools for network and algorithm testing, enabling the evaluation of real-world network scenarios. With comprehensive support for simulation and deployment, it ensures that timing precision is maintained even under heavy network load. Korusys' solution is customizable, allowing for tailoring to the specific needs of various industries. The combination of advanced PTP capabilities with simulation features makes it ideal for telecommunications and data networks where accurate time synchronization is paramount. This finely-tuned offering ensures enterprises can achieve precise coordination across networked devices.
Korusys presents the High Performance FPGA PCIe Accelerator Card, a versatile and powerful solution designed for acceleration tasks within server environments. Incorporating Intel Arria 10 FPGA technology, this card is engineered to boost the computational power of lower performance processors, particularly in video processing and high-density compute scenarios. The card houses dual 2GB DDR3 memory banks and PCIe Gen3 x8 interface for high-speed data transfers, making it adept at managing intensive computing tasks. It caters exceptionally well to video applications with its Quad 3G-SDI capabilities, offering genlock support for 4K UHD content processing. Such features make it ideal for tasks like video editing, encoding, and transcoding. With passive cooling and a low-profile PCIe form factor, the card optimizes server resources and enhances operational efficiencies when integrated with existing systems. It can also replace traditional GPU solutions, offering a compact, energy-efficient alternative for demanding computational processes.
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