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The logiSPI core is engineered to bridge SPI and AXI4 protocols, accommodating streamlined inter-chip communication between microcontrollers and AMD FPGA or Zynq 7000 SoC environments. Its compatibility with the Serial Peripheral Interface (SPI) bus makes it a versatile tool in achieving efficient data exchange and processing. Ideal for applications demanding precise board-level communication, logiSPI supports various operational environments, enabling developers to customize interfaces according to project needs. This core excels in promoting synchronized data exchanges, reducing bottlenecks, and enhancing overall system performance. By leveraging Xylon's suite of support and integration, the logiSPI core ensures easy adoption, providing scalability and reliability across multifaceted design initiatives. It proves invaluable in projects where robust interfacing between distinct hardware components is critical for success.
The logiREF-ACAP-VDF is a comprehensive framework designed to simplify the development of multi-camera vision applications using the AMD Versal Adaptive SoC VCK190 Evaluation Kit. It provides a robust design package that includes pre-verified reference designs, facilitating efficient project development and reducing the complexities involved in integrated camera applications. Particularly useful in applications such as advanced driver assistance systems (ADAS) and machine vision, this framework supports the rapid prototyping and deployment of sophisticated camera systems, enabling developers to focus on enhancing application-specific functionalities. Its integration capabilities ensure compatibility with camera-to-display setups and LIDAR visualization sequences, expanding its utility across varied industrial domains. Built on the robust Versal Adaptive SoC platform, the logiREF-ACAP-VDF framework promises unmatched performance and ease of use, making it a valuable asset for developers seeking to reduce design cycles and enhance project outcomes.
Designed for use with Xylon's logiVID-ZU Vision Development Kit, the logiADAK-VDF-ZU IP framework offers a comprehensive solution for developing multi-camera vision applications based on AMD Zynq UltraScale+ MPSoC. This framework accelerates development by providing pre-verified camera-to-display reference designs, essential for creating advanced vision systems for AD/ADAS applications, machine vision, and more. The framework effectively reduces design complexity, allowing developers to focus on application-specific improvements rather than base-level integration challenges. Its alignment with AMD's MPSoC architecture ensures that deployments are quick, efficient, and scalable across various projects demanding sophisticated visual outputs. By offering detailed pathways for development and integration, the logiADAK-VDF-ZU framework enhances productivity and innovation within vision application domains, supporting a wide array of potential use cases in rapidly advancing technological environments.
logiISP-UHD is an ultra-high-definition image signal processing pipeline designed for advanced video inputs in embedded systems based on AMD SoC and FPGA platforms. This core delivers stellar performance for UHD video, including 4K2Kp60, ensuring superior image quality enhancements for demanding video applications. This IP core is especially suited for applications requiring precise digital signal processing, such as broadcasting, security cameras, and advanced driver assistance systems. By supporting various AMD platforms, it ensures compatibility and ease of integration, facilitating rapid development cycles while maintaining high-quality video processing standards. Developers benefit from logiISP-UHD's comprehensive SDKs and support, enabling them to push the boundaries of video processing technology effortlessly. Its design ensures streamlined pipelines capable of handling intensive video tasks with minimal lag, offering scalability across a broad range of industries and applications.
The logiMEM is a flexible, parametric, and synthesizable DDR3 SDRAM memory controller designed specifically for AMD Series 7 FPGAs and SoCs. This IP core facilitates effective memory management and supports industry-standard DDR3 SDRAMs, making it ideal for complex FPGA projects that require refined memory control. Its flexibility allows developers to customize the memory controller according to project specifications, ensuring optimal resource utilization. Whether in data-intensive applications or projects needing reliable memory performance, logiMEM addresses these needs with exemplary efficiency and reliability. The logiMEM core comes equipped with extensive technical support and documentation to assist in its integration and use. Its adaptable design ensures compatibility with different FPGA configurations, reinforcing its versatility across projects that leverage AMD's programmable devices for advanced memory solutions.
Specially designed for AMD Spartan 6 FPGA interfaces, the logiMEM_arb Memory Controller and Arbiter supports multiple memory ports and simultaneous accesses, making it essential for designs requiring flexible, high-performance memory arbitration. Its integral design supports a range of on-chip bus standards, including AMBA AXI4 and AMD Cache Link, facilitating extensive interoperability across projects needing refined memory mapping and handling capabilities. The logiMEM_arb core offers substantial support through exhaustive documentation and technical aid from Xylon, ensuring developers can integrate and manage complex memory scenarios effectively. This IP core signifies the company's commitment to delivering state-of-the-art memory control solutions for advanced computing needs.
The logiBITBLT is a dedicated 2D graphics accelerator that excels in reducing CPU load and enhancing the generation of effective computer graphics through AMD FPGAs and Zynq 7000 AP SoCs. This core provides a platform for developing visually appealing graphics without overwhelming the system's processing resources. Its primary focus is on executing rapid bit block transfers, integral to producing high-quality graphics displays suitable for various applications, including gaming consoles, industrial machines, and multimedia devices. The increased efficiency offered by logiBITBLT makes it an attractive option for developers looking to optimize graphics processing. Xylon supports this IP core with comprehensive resources and integration pathways, facilitating easy adoption into existing systems and allowing for enhanced visual output with reduced system burden.
The logiCAN controller adapts the Controller Area Network (CAN) 2.0B protocol for AMD FPGAs, providing the backbone for efficient communication within various automotive and industrial networks. This core is integral in systems where robust and reliable data transmission is required. Its design caters to the demanding conditions of automotive and industrial settings, where CAN connectivity remains crucial for effective network management and data integrity. Through easily accessible development tools, logiCAN simplifies deployment across multiple applications, making it a versatile asset. A swath of licensing options provides flexibility, enabling developers to integrate logiCAN in cost-effective ways. This IP core stands as a testament to Xylon's prowess in delivering industry-standard solutions rooted in communication excellence and reliability.
Designed for AMD Zynq 7000 All Programmable SoC and FPGAs, the logiCLK Programmable Clock Generator core offers precise frequency synthesis and clock network management. It features twelve independent and configurable clock outputs, enabling sophisticated control over timing parameters and optimizing synchronizations for complex systems. This programmable clock generator is highly valuable for applications requiring dynamic frequency adjustments, reducing timing skew and jitter, and improving overall system performance. Its flexibility allows developers to create bespoke clock settings tailored to specific system requirements. With its emphasis on precision and control, logiCLK is integral in any environment where clock management is key to system efficiency, making it suitable for telecommunications, data processing, and any application relying on intricate timing architectures. It stands as a versatile tool that enhances synchronization in demanding project conditions.
Xylon's logiI2C is an IP core aligned with the I2C serial bus protocol, designed for use in AMD FPGAs and Zynq 7000 SoCs. This controller facilitates seamless communication across any I2C bus, aiding in data transmission between microcontrollers and peripheral devices effectively. This core is crucial for environments where dependable I2C interactions are necessary, such as in sensor networks, medical equipment, and consumer electronics. Its support for I2C protocols ensures it manages data reliably, providing robust solutions for various serial communication setups. The logiI2C is a fitting example of Xylon's IP offerings that simplify complex designs and improve communication pathways between integrated circuits. With flexible licensing options, developers can leverage this IP core to optimize costs and ensure effective implementation across projects requiring serial interfacing.
The logiREF-ACAP-MULTICAM-ISP is a comprehensive IP design framework tailored for multi-camera vision applications. This HDR Image Signal Processing framework optimizes the capabilities of Xylon's logiVID-ACAP-6CAM kit users, making it possible to efficiently develop sophisticated multi-camera vision systems on AMD's Versal Adaptive Compute Acceleration Platform (ACAP). Users benefit from the complete package, which includes pre-verified designs, allowing for streamlined development processes. The framework addresses both camera-to-display and LIDAR visualization, significantly reducing design time and enabling developers to concentrate on enhancing specific vision-related application areas such as AD/ADAS or machine vision. The thoughtful integration within AMD's ACAP infrastructure ensures compatibility and superior performance across a variety of vision-based applications. This framework embodies cutting-edge innovation necessary to remain competitive in fast-evolving fields reliant on multi-camera setups and high dynamic range image processing.
Optimized for the AMD Versal Adaptive SoC and AMD Zynq 7000 SoC, the logi3D Scalable 3D Graphics Accelerator provides developers with the tools needed to implement high-quality 3D graphics in their applications. It supports standard industry APIs, allowing integration into a broad range of existing systems that rely on sophisticated 3D rendering. The scalability feature of logi3D makes it adaptable for various project needs, ensuring precise and efficient graphics processing that aligns with the project's scope. Whether in gaming, simulation, or real-time visualization, this core enhances every project's graphic performance, providing unparalleled visual experiences. Backed by its compatibility with AMD development tools, the logi3D enhances the productivity of development teams by allowing them to focus on creative tasks without struggling with technical compatibility issues. This valuable IP core is an ideal choice for any project requiring outstanding 3D graphics capabilities.
The logiBAYER IP core is essential for color conversion in video processing, specifically tailored for input from CMOS camera sensors equipped with Bayer filters. It transforms the monochrome Bayer video into full-color RGB video in real-time, proving indispensable in scenarios where color fidelity is crucial. Practical applications range from consumer electronics to professional video equipment, where maintaining true-to-life color representation is essential. The logiBAYER core ensures that this complex conversion process is handled efficiently, providing high-quality color outputs swiftly. Xylon supports this core with the necessary tools and technical backing to ensure seamless adoption in various environments, making it a targeted solution for projects demanding accurate and high-speed color processing capabilities.
The logiCVC-ML is a sophisticated multilayer video controller optimized for AMD Zynq 7000 AP SoCs and FPGAs. This IP core offers advanced display control for TFT LCD displays with resolutions reaching up to 2048x2048. Its features cater to various operating systems, including Linux, Android, and Windows Embedded Compact 7, and it serves as a robust solution for embedded video applications requiring high-performance graphics capabilities. By providing versatility in its application, the logiCVC-ML facilitates seamless integration into embedded designs where visual outputs are a critical focus. Its compatibility with various AMD designs and platforms ensures it serves a wide range of functions across different projects. The availability of software drivers further simplifies its deployment, allowing developers to achieve desired outcomes with reduced complexity. Priced competitively, the logiCVC-ML provides long-term access options supporting various licensing periods, making it a practical investment for companies aiming to enhance their visual display technologies without substantial upfront costs.
Optimized for the AMD Zynq 7000 AP SoC, the logiDROWSINE is a computer vision IP core that detects driver drowsiness and distraction through facial movement analysis. It represents a critical technology within automotive safety systems, emphasizing the increasing need for improved driver assistance features in modern vehicles. While it provides robust detection capabilities, the logiDROWSINE has now been superseded by the more advanced ARTIEYE suite. Despite this transition, it remains a significant development within the embedded driver monitoring systems landscape, offering foundational technologies for tracking driver alertness. The logiDROWSINE highlights Xylon's innovative approach to automotive safety, providing the groundwork needed for evolving driver assistance systems and specialized safety features demanded by the automotive industry today.
This High Dynamic Range (HDR) pipeline enables significant image quality enhancements, particularly in extracting details from high-contrast scenes. The logiHDR core processes ultra-high-definition HDR video, achieving superior detail portrayal in images with varied lighting conditions, which is essential for applications like broadcasting, surveillance, and ADAS. By addressing the challenges of displaying both bright and dark areas simultaneously, logiHDR enhances video viewing experiences, adjusting scenes to offer impeccable clarity and sharpness. It is particularly beneficial in environments where capturing every detail can be critical, such as automotive cameras and professional video cameras. Its integration with AMD FPGA and SoC platforms allows for flexible deployment across multiple projects. Users will find the logiHDR IP core to be a valuable asset in developing systems that deliver enhanced visual quality for digital media, ensuring details are preserved without compromise.
logiHOG is an advanced object detection core based on Histogram of Oriented Gradients (HOG) and Support Vector Machine (SVM) methodologies. Developed for enhanced multi-object detection within camera-based systems, it provides comprehensive solutions for installment in surveillance, automotive safety, and intelligent robotic applications. This core is crucial where dependable, fine-tuned object detection is necessary, facilitating precise identification and classification of multiple objects in a scene, essential for automated driving systems and industrial automation. Integral to Xylon’s product offerings, logiHOG’s high-performance capabilities ensure broad applicability and adaptability across evolving technological domains. Its implementation empowers developers to overcome traditional detection challenges, delivering next-gen solutions for contemporary systems.
logiI2S is a transceiver core designed for the transmission and reception of audio through the I2S bus, crucial for connecting digital audio devices via AMD FPGAs and Zynq 7000 SoCs. By adhering to the Inter-IC Sound (I2S) standards, it enables the efficient management of audio signals, suitable for a broad range of applications from professional audio equipment to automotive infotainment systems. The core facilitates the transfer of digital audio with minimal latency and distortion, ensuring high fidelity audio outputs. Its robust structure accommodates various audio formats, making it highly adaptable for any project that requires clean and reliable audio transmission. Xylon supports logiI2S with extensive documentation and a responsive tech support team, ensuring developers can integrate audio capabilities smoothly into their designs with less complexity and higher efficiency.
The logiMLB core facilitates Media Oriented Systems Transport (MOST) connectivity for AMD FPGAs, enhancing multimedia data transport efficiency across automotive infotainment networks. By providing an efficient pathway for high-capacity media streaming, this core is a tactical enhancement for in-vehicle multimedia systems. This core's capabilities are suited to automotive applications where effective media transport is critical. Its integration ensures seamless connectivity, bolstering the quality and reliability of infotainment systems. Supported by Xylon's technical infrastructure, the logiMLB guarantees efficient data handling and interface management, empowering automotive design projects focused on delivering enriched in-car entertainment and information services.
The logiREF-DFX-IDF presents a dynamic function exchange design framework for AMD's programmable SoC/FPGA chip environments. This framework leverages DFX technology to enable feature swapping, offering developers the ability to reconfigure parts of a continuously operational chip. It provides a unique approach to the modular customization of FPGA functions, supporting advanced system capabilities without downtime. This functionality is key in evolving infrastructures where adaptability is crucial, such as aerospace systems and advanced communications, where dynamic feature adjustments can be necessary for optimized operation. logiREF-DFX-IDF allows for efficient resource management within FPGA systems, supporting the ever-changing technological landscape. As part of Xylon's strategic offerings, this framework advances the scope of FPGA design, providing developers with the tools to innovate in real-time, blending flexibility with advanced technological demands.
The logiSDHC is an SD Card Host Controller IP core that facilitates the integration of mass storage capabilities into AMD FPGA designs. With full Linux OS support and included FileSystem deliverables, it is optimized for handling extensive data sets that require stable and efficient management. This core is apt for projects where large-scale data storage and retrieval are integral, be it in data centers, embedded systems, or consumer electronics. Its smooth compatibility with AMD devices ensures that users can easily incorporate SD card functionalities without additional complexity. Xylon provides thorough technical support, ensuring seamless deployment and operation within embedded systems. The logiSDHC offers a reliable interface for developers looking to leverage SD card capabilities, ensuring stability and performance consistency across applications.
The logiSLVDS_RX is engineered to assist in interfacing Sony CMOS image sensors employing Sub-LVDS differential technology with AMD's programmable devices. This IP core facilitates the connection of ultra-high-resolution imaging sensors to processing pipelines, suitable for wide-ranging high-end applications. Ideal for projection systems, high-definition video capture, and industrial imaging, this core ensures data integrity and high throughput, crucial for processing detailed imagery. The straightforward integration with image signal processing systems emphasizes its applicability across diverse fields requiring precision imaging. Customers benefit from Xylon's robust tech support and comprehensive documentation accompanying this core, simplifying its use and ensuring successful deployment in diverse imaging environments.
The logiSTEP is an IP core specifically designed for controlling multiple stepper motors, tailored for automotive applications using AMD FPGAs. This controller supports synchronization and precise control for up to 16 motors, making it indispensable in scenarios requiring fine motor management. logiSTEP's capabilities are critical in the automotive industry, where accurate motor control influences functionality and performance outcomes in systems such as power window controls and electric vehicle components. Its scalable design assures viability across diverse automotive functions. By leveraging this core's capabilities, developers can ensure effective integration of motor control into their automotive designs, enhancing precision and functionality while reducing complexity. Supported by Xylon's comprehensive suite of services, logiSTEP proves to be a reliable partner for motor control applications.
The logiUART is designed as a LIN capable Universal Asynchronous Receiver-Transmitter (UART) suitable for automotive ECUs. This core allows efficient communication within vehicle networks through the Local Interconnect Network (LIN), providing a strategic interface for automotive applications requiring stable, asynchronous communications. logiUART supports a variety of automotive standards and is optimized for use within AMD's range of FPGAs. This capability ensures seamless communication across diverse automotive interfaces, enhancing both internal and external vehicle communication systems. A vital component for automotive designs, the logiUART underscores Xylon's commitment to extending its portfolio of IP cores that align with the specialized needs of the automotive industry. Its efficient design and easy implementation provide automotive engineers with enhanced options for in-vehicle data management and communication.
The logiVIEW MultiView 3D Video Transformation Engine is a sophisticated video and image processing IP core designed to handle a range of complex visual effects. This core addresses the compensation of fisheye lens distortions, performs arbitrary homographic transformations, and textures videos on curved surfaces, making it invaluable for advanced video and graphics projects. Ideal for applications requiring precise image adjustments, logiVIEW also offers capabilities for stitching images from multiple video sources, enhancing its utility across various fields such as automotive, surveillance, and entertainment sectors. Its comprehensive functionalities facilitate high-quality visual transformations essential for modern multimedia applications. As part of Xylon's logicBRICKS offerings, the logiVIEW core is supported by extensive documentation and support, enabling quick integration and efficient use within embedded systems. This robust IP core is tailored to deliver versatile video processing across AMD's FPGA and SoC product lines, providing unmatched flexibility and performance.
The logiAIR was a cutting-edge IP core that facilitated IR wireless stereo audio broadcasts, serving as a pioneer in audio modulation for consumer electronics. Though now obsolete, it enabled infrared transmissions compatible with standard wireless headphones, representing a breakthrough in home and portable audio systems. Its design provided a compact yet powerful solution for audio distribution, serving both personal and commercial applications that sought to eliminate wired constraints in audio dissemination. Despite its phase-out, logiAIR's innovations set a foundation for subsequent advancements within Xylon's product line, leading to more sophisticated audio and communications solutions tailored for modern demands.
This IP core, logiBMP, is tailored to fast-track bitmap operations providing optimized 2.5D graphics scenes. Designed for AMD FPGAs, it enhances operational speed through perspective correct renderings, vital for applications that require dynamic visual interactivity such as user interfaces for smart devices or advanced gaming. Its capacity for speedy and accurate rendering makes it crucial in systems where visual performance directly impacts user experiences. Developers can leverage the core’s powerful graphics manipulations to deliver high-standard graphical outputs. With the backing of Xylon’s extensive support framework, the logiBMP is easily integrated into various systems, providing dynamic rendering capabilities that enhance any project requiring sophisticated graphics solutions.
Specialized for the AMD Zynq 7000 AP SoC, the logiFDT is a face tracking engine that identifies and follows facial features within video sequences in real-time. It offers a comprehensive range of data including full 3D head pose, gaze direction, and facial expressions, valuable for dynamic video-based monitoring applications. This IP core is essential in developing advanced augmented reality applications, interactive gaming environments, and security systems where facial analysis is pivotal. Its real-time processing capabilities ensure that systems built around it are both responsive and accurate in data capture. Although the logiFDT has been succeeded by the ARTIEYE suite, it represents a key component within Xylon's portfolio that addresses face tracking and detection needs, laying the groundwork for further innovations in visual data analysis.
Supporting Infineon's High Speed Serial Link (HSSL), the logiHSSL Slave HSSL Controller enables developers to harness both the security of Infineon's AURIX microcontrollers and the adaptability of AMD FPGA devices. This IP core offers seamless connectivity and integration, ensuring that safety-critical applications can efficiently utilize the capabilities provided by both hardware ecosystems. In environments that demand enhanced safety and secure communication, such as automotive systems and industrial automation, logiHSSL provides the necessary bridge between trusted microcontrollers and flexible SoC architectures. Its robust design facilitates efficient serial communications crucial in high-stakes settings. Xylon's integration of logiHSSL within their product line underscores the IP core's reliability and effectiveness in managing serial link communications. This core is an integral component for projects that require enhanced security measures and secure, high-speed data transmissions.
The logiJPGD is a multi-channel MJPEG Decoder crafted for applications encompassing video-over-IP setups, employing JPEG baseline DCT standards. This IP core is capable of processing up to four HD video inputs concurrently, making it suitable for multi-input video processing environments where high-throughput and image processing speeds are crucial. It empowers developers to manage and utilize video resources efficiently, significantly enhancing the capacity to deliver fast, reliable visual data across diverse networks. Its inherent flexibility supports diverse applications, from surveillance systems to broadcasting solutions where multi-source video feeds are regular. Xylon's robust support network ensures that this IP core smoothly integrates into existing systems and provides a competitive edge in complex video processing scenarios. The logiJPGD facilitates top-tier visual processing capabilities, addressing the nuanced needs of today's multimedia infrastructures.
The logiJPGD-LS is a lossless Motion JPEG (MJPEG) Decoder that complies with the "Annex H of the ISO/IEC 10918-1 JPEG" standard, specifically developed for AMD MPSoC, SoC, and FPGA devices. It supports high-quality still image and video decompression, thus enabling precise visual renditions. Ideal for applications demanding fidelity in image quality, the logiJPGD-LS ensures that no data is lost during the decompression process. This is particularly beneficial in industries where image accuracy is paramount, such as medical imaging and broadcast media. Xylon has optimized this MJPEG decoder for seamless compatibility with AMD platforms, ensuring ease of integration and reliable performance in any project that requires lossless image processing. Its robust technological infrastructure offers a decisive advantage for developers prioritizing pristine image clarity and detail conservation.
Complementing the logiJPGD, the logiJPGE is a Motion JPEG Encoder designed according to JPEG standard baseline DCT compliant protocols for AMD's All Programmable SoC and FPGA devices. It accurately encodes images and video sequences, ensuring top-notch quality for IP-based video applications. Benefits of incorporating the logiJPGE within visual data projects include substantial video compression without compromising on image clarity, ideal for cases where data integrity is crucial. This IP core is pivotal for applications needing high standard video compression, particularly in broadcast and surveillance industries. Developers utilizing AMD platforms will find the logiJPGE invaluable, thanks to its streamlined integration and comprehensive support. The core serves as a powerful tool in the encoding process, driving efficiency and ensuring optimal video quality throughout various stages of media handling.
Serving as a complement to its decoder counterpart, the logiJPGE-LS is a lossless Motion JPEG Encoder following the "Annex H of the ISO/IEC 10918-1 JPEG" standards. By facilitating high-quality compression without loss, it supports a wide range of applications on AMD MPSoC, SoC, and FPGA platforms requiring efficient image processing. Applications that benefit from logiJPGE-LS include video production, archiving, and any field where maintaining image integrity post-compression is critical. The encoder efficiently compresses visual data, ensuring high-performance outputs with reduced bandwidth and storage requirements. This core exemplifies Xylon's commitment to delivering superior image processing solutions, with its integration into advanced systems allowing developers to maximize the capabilities of AMD's distinguished platforms for enhanced visual data management and transmission.
Based on advanced HOG/SVM object classification technology, logiPDET was a core developed for pedestrian detection systems, crucial for safety applications within urban environments and automotive settings. It provided object recognition and tracking capabilities essential for next-generation traffic and pedestrian management solutions. Despite being obsolete, logiPDET laid the groundwork for further innovations in pedestrian monitoring, enhancing security features in public transport, automotive safety, and pedestrian crossings. While Xylon has since advanced to more sophisticated solutions, logiPDET's contributions significantly influenced the path of safety systems designed to protect human lives in complex urban landscapes.
Originally conceived as a remote controller receiver IP core for AMD FPGAs, logiRC supported standard IR remote controllers, simplifying man-machine interfaces across various consumer electronics. Its introduction marked a substantial leap in remote control technology, providing a bridge between human interactions and device operations. Although now obsolete, this core served as an instrumental driver in electronic interfacing, offering reliable communication channels without requiring extensive additional hardware components. The legacy of logiRC lives on through enhanced interfaces inspired by its design, underscoring Xylon’s ongoing commitment to enriching digital communications and control strategies.
The logiREF-MULTICAM-ISP is an impactful HDR ISP framework that enables the simultaneous processing of multiple UHD video inputs with different AMD devices, ranging from AMD Artix FPGAs to the latest Versal Adaptive Computing devices. This framework supports modern multi-camera applications requiring high-definition video quality and swift processing. In sectors like security, automotive, and broadcast, where the rapid analysis and high quality of video feeds are critical, this framework enhances the value by providing robust, parallel video data processing. Its scalability allows adaptability for projects of different scopes, ensuring high performance across AMD's varied FPGA and SoC devices. This framework comes with reliable tech support and comprehensive documentation, making it a go-to resource for developers working with advanced video processing technologies. It empowers highly efficient, multi-camera setups, meeting the demanding visual requirements of contemporary applications.
Designed for camera-based video systems, the logiVDET is an advanced object classification core for vehicle detection, integral for automated systems requiring precise vehicle identification capabilities. It's a pivotal component in traffic management, surveillance systems, and automotive applications focused on safety and efficiency. The core functions by analyzing video feeds to detect and classify vehicles, thus aiding in the development of systems capable of handling extensive data inputs and providing real-time analytics crucial for decision-making. Aligned with modern vehicular technology needs, logiVDET underscores Xylon’s commitment to advancing intelligent video processing, supporting applications demanding intricate environmental awareness and responsive action frameworks.
logiWIN is designed to facilitate the easy implementation of high-performance frame grabbers on AMD FPGA platforms. This IP core excels in real-time video processing, ensuring delivery of high-quality picture outputs, making it suitable for a variety of video applications. Its adaptability and effectiveness extend the capabilities of AMD FPGA in handling complex video inputs, ensuring minimal latency and optimal performance. Whether for professional video production or security monitoring systems, logiWIN provides the infrastructure needed for processing multiple video feeds efficiently. Its robust design ensures compatibility with a wide range of video formats, supporting seamless integration into any professional video workflow. Cost-effective licensing options make logiWIN accessible for both short-term projects and extended use, allowing developers to incorporate it into their systems with ease. This IP solution guarantees a swift setup, reducing time-to-market and delivering exceptional video quality across applications.
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