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The Video Wall management system is crafted to transform a single video input into multiple display outputs, tailored for applications such as digital signage and event displays. Capable of handling HDMI or DisplayPort inputs with resolutions up to 3840x2400p60, it processes signals for display across a variety of output configurations. Each output supports configurations up to 1920x1200p60 across up to four distinct displays, incorporating bezel compensation and EDID compatibility for streamlined operation. This versatile system is engineered for easy extension and customization, making it a formidable tool for sophisticated display setups.
The SMPTE 2059-2 solution by Korusys integrates accurately with video and audio signal alignment requirements using a precision PTP time source. This system is optimized for professional broadcast applications, offering high accuracy and low latency for aligning audio and visual content. The FPGA-based module comes complete with software-driven algorithms and timestamping capabilities, ensuring efficient deployment and integration. With a configurable and simple interface, the solution is tailored for seamless broadcast operations.
The H.265 HEVC Decoder System provides an ultra-low latency and standards-compliant solution for decoding high-efficiency video coding on FPGA. This system is optimized to handle 4K UHD content across various industries ranging from broadcast to medical imaging. Built around Korusys's robust codec architecture, this IP is highly configurable and offers comprehensive support for different bit depths and chroma subsampling options, ensuring flexibility for a wide range of applications. The system's high performance and adaptability help meet the demands of modern video processing needs efficiently.
Designed to handle significant video data with efficiency, the 12G-SDI Playback and Capture System utilizes FPGA technology to manage pattern generation, data capture, and playback through 12G-SDI interfaces. This capability is essential for audio-visual setups that require robust data handling and flexibility. The system incorporates PCIe interfacing to enable high-speed data transfer between the FPGA and host systems. Offered with associated Linux-based software, this system is particularly beneficial for video editing and broadcasting environments where high-resolution video data management is critical.
The Korusync IEEE1588 PCIe Card elevates timing precision in servers, primarily aimed at sectors like telecoms and high-frequency trading. Utilizing the IEEE1588-2008 protocol, it ensures highly accurate time synchronization. The card includes advanced timing recovery algorithms and offers a robust suite of applications to enhance system time management, reducing timing errors significantly. This PCIe card not only adheres to telecom profile standards for synchronization but also integrates easily with server environments for top-tier time management capabilities.
The High Performance FPGA PCIe Accelerator Card is a compact solution designed to enhance server capabilities through efficient and rapid data processing. Featuring the Intel Arria 10 FPGA, it supports acceleration of computation-heavy tasks and can interface seamlessly with low-power systems, providing substantial throughput improvements in processing video and data. Equipped with multiple DDR3 memory banks and a PCIe x8 Gen3 interface, this card excels in applications ranging from video encoding and decoding to scientific computations and algorithmic trading. The versatility of the card makes it suitable for a variety of scenarios requiring high-density and cost-effective FPGA solutions.
Korusys IEEE1588 Precision Time Protocol (PTP) solution adheres to IEEE1588v2 standards, designed for network synchronization. The module includes a line rate master supporting up to 4000 slaves without performance drop, ensuring reliable timing for complex network setups. It offers versatile integration with a full network stack and simulator to optimize and validate synchronization algorithms under varied conditions. This adaptability makes it ideal for high precision networking requirements in telecom and industrial areas.
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