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Facilitate inter-chip communication within your AMD Zynq 7000 All Programmable SoC designs with the logiSPI IP core. It serves as a bridge between the Serial Peripheral Interface (SPI) and AXI4, simplifying the integration of various MCU components into your systems. This module is indispensable for ensuring smooth, reliable interfacing between digital devices in complex circuit designs.
This sophisticated framework supports HDR ISP capabilities, prepared for AMD Versal ACAP platforms. It's crafted to handle multi-camera systems efficiently, facilitating applications requiring detailed image signal processing. The framework offers pre-verified designs to streamline development processes, focusing on enhancing camera-driven vision applications, machine vision, and robotics.
The logiISP-UHD is specially crafted for Ultra High Definition video applications, capable of processing 4K2Kp60 video inputs. It's an essential component for systems that require advanced image quality enhancements. Optimized for use in embedded designs based on AMD Zynq UltraScale+ MPSoC and other FPGA devices, this pipeline supports sophisticated video input processing, ensuring high-fidelity image outputs for demanding applications.
The logiCVC-ML is an advanced video controller designed for TFT LCD displays with resolutions up to 2048x2048. This IP is optimized for AMD Zynq 7000 AP SoC and FPGA platforms, ensuring seamless integration and high-quality video output. With compatibility for various operating systems such as Linux, Android, and Windows Embedded Compact 7, it provides versatile options for display applications. The IP is also backed by comprehensive software drivers, facilitating its implementation in diverse projects.
The logiJPGD provides baseline-compliant JPEG decoding, capable of processing multiple high-definition video inputs concurrently. This IP core is tailored for video over IP applications, facilitating robust image decompression in real-time applications. It's particularly useful for systems needing to handle several HD streams, ensuring high efficiency and reliability.
Tailored for the AMD Versal Adaptive SoC, this framework supports a variety of vision-based applications. It simplifies the integration of camera-to-display systems, significantly reducing design time. With a focus on advanced vision applications, it empowers developers to enhance ADAS, machine vision, and other vision-centric systems through a reliable, pre-verified design approach.
Built for the AMD Zynq UltraScale+ MPSoC, this framework supports complex multi-camera vision systems. It offers pre-verified designs that significantly reduce development time, allowing developers to focus their efforts on vision-based functionalities. The framework is ideal for ADAS, machine vision, robotics, and any application relying on sophisticated camera interactions and processing.
This comprehensive framework facilitates the parallel processing of ultra-high definition video across multiple AMD devices. It's essential for applications that require simultaneous handling of several video inputs, offering dynamic and efficient image processing capabilities. The framework is compatible with a range of AMD devices, supporting transformative video applications focused on multi-camera integration.
The logiMLB IP core integrates MOST connectivity into AMD FPGAs, facilitating efficient multimedia data transport within automotive infotainment systems. It's a pivotal component for architects of in-car media solutions, ensuring seamless integration with the automotive multimedia backbone.
The logiHDR pipeline is dedicated to enhancing image quality by extracting maximum detail from high-contrast scenes, such as those involving direct sunlight. This IP is crucial for capturing intricate visual details, providing UHD video processing capabilities. It's particularly beneficial in applications demanding superior image fidelity and dynamic range adjustments, making it indispensable for advanced camera systems.
The logi3D accelerator is engineered to meet industry standards for use in AMD Versal Adaptive SoCs and similar platforms. This IP core provides a robust solution for 3D graphics acceleration, facilitating development in applications needing high-quality graphic rendering. Its design is focused on delivering scalability and compatibility with industry-standard APIs, essential for developers working on sophisticated 3D visual tasks.
Designed to offload graphical processing from the main CPU, the logiBITBLT is a 2D graphics accelerator optimized for AMD FPGAs and Zynq 7000 AP SoCs. It enables the creation of engaging graphics while reducing system strain, ensuring efficient rendering of 2D visual elements. This IP core is pivotal for applications requiring high-performance graphics with minimal processing overhead.
This IP core aligns with the Inter-IC Sound (I2S) serial bus protocol, enabling seamless digital audio interconnectivity within AMD FPGA systems. It's designed for digital audio applications where precise audio transmission and receiving are essential, supporting the integration of I2S functionalities effectively and efficiently.
The logiVIEW engine offers sophisticated video and image processing, tailored for handling challenges like fisheye lens distortion, homographic transformations, and video stitching. Suitable for complex visual applications, it aids in transforming multiple video inputs into cohesive outputs, crucial for high-quality video texture applications. This makes it a versatile tool for developers looking to enhance video processing tasks.
Enhance bitmap graphics processing with the logiBMP IP core designed for AMD FPGAs. This 2.5D graphics accelerator supports perspective-correct rendering, facilitating smooth and accurate display of bitmap-based scenes. It's ideal for graphics-demanding applications where real-time rendering is critical, offering robust performance in visual processing tasks.
The logiSLVDS_RX core enables high-resolution Sub-LVDS image sensor interfacing within AMD programmable devices. It's essential for integrating ultra-high resolution CMOS image sensors into processing pipelines, providing reliable and efficient data transfer capabilities. This IP core is crafted for applications that require precise and robust video input handling.
For advanced object detection systems, the logiHOG IP core provides reliable HOG/SVM object classification. This is crucial for multi-object detection in video systems, offering high performance for applications like surveillance and automated driving systems where accurate object recognition is vital.
The logiSTEP IP core is built for controlling multiple stepper motors simultaneously, especially suited for automotive applications. Capable of managing up to 16 motors at once, it offers a comprehensive solution for designs requiring precise motor control, enhancing the functionality and efficiency of automotive systems.
The logiMEM IP offers a versatile, parametric solution for handling DDR3 SDRAM. Designed to operate seamlessly with AMD Series 7 FPGAs/SoCs, it provides efficient memory access with optimized size and flexibility. This IP is ideal for projects requiring robust memory control capabilities, supporting seamless data handling and reducing system overhead in data-heavy applications.
Implement CAN 2.0B network communication in your designs with the logiCAN IP core. It's crafted for AMD FPGA environments and offers straightforward integration for automotive and industrial applications. The core supports robust network communication, ensuring reliable data exchange in control systems.
The logiCLK core facilitates clock management for AMD Zynq 7000 All Programmable SoCs and FPGAs by offering frequency synthesis, deskew, and jitter reduction capabilities. It features twelve independent, configurable clock outputs, six of which can be dynamically adjusted via the Dynamic Reconfiguration Port. This flexibility ensures precise timing management in versatile design applications.
Integrate mass storage capabilities into your AMD FPGA designs with the logiSDHC IP core. It supports SD Card interfaces and offers full Linux OS support, paired with the necessary FileSystem infrastructure. This module is valuable for projects requiring reliable and scalable storage solutions, ensuring seamless data management within FPGA environments.
Transform monochrome Bayer video inputs into full-color RGB outputs with the logiBAYER IP core. This real-time processing module converts camera sensor inputs, maximizing video fidelity in applications requiring vibrant and accurate color reproduction. It's particularly suited for imaging systems that demand precise color decoding capabilities.
Enhance our memory handling capabilities with the logiMEM_arb, tailored for AMD Spartan 6 FPGAs. It supports extensive memory interfacing, featuring up to 16 IP ports and simultaneous IP memory accesses, ensuring smooth data flow and efficient memory management in complex systems.
The logiUART IP core offers programmable UART capabilities, enabling automotive ECUs to communicate through the Local Interconnect Network (LIN). It's designed to meet the demanding communication requirements of automotive systems, providing a reliable interface for data exchange within vehicle networks. This core ensures robust and efficient communication across automotive applications.
The logiREF-DFX-IDF demonstrates the practical use of AMD's Dynamic Function eXchange within an FPGA/SoC environment. This functionality allows for reconfiguration of certain chip parts without interrupting operation, providing substantial flexibility and efficiency in managing ongoing design changes. Ideal for applications requiring dynamic adaptability, this framework supports seamless feature swapping and resource optimization.
This IP core efficiently handles lossless motion JPEG decoding in line with Annex H of the ISO/IEC 10918-1 JPEG standard. It's well-suited for AMD MPSoC, SoC, and FPGA platforms, offering reliable decompression in both video and still image applications. The logiJPGD-LS IP core meets stringent requirements for precision and quality, making it optimal for applications demanding exact image reproduction.
Designed for Infineon's AURIX microcontrollers, the logiHSSL IP core bridges high-speed serial link capabilities with AMD programmable devices. It's a key component in projects that require both functional safety and extensive flexibility offered by AMD's platforms, offering a comprehensive solution for safety-critical applications requiring high-speed data transfer.
Suitable for still image and video compression in line with the JPEG standard baseline, the logiJPGE encoder IP core offers robust performance for streaming and storage applications. It's particularly advantageous in scenarios requiring efficient encoding of multiple HD video channels, ensuring streamlined processing and integration into various multimedia systems.
The logiI2C core is fully compliant with I2C serial bus standards, perfect for AMD FPGAs and Zynq 7000 SoCs. It simplifies inter-device communication across numerous applications, streamlining the addition of I2C interface capabilities to your projects. This module is critical for developers needing reliable and efficient control of I2C devices within their hardware designs.
Designed for lossless motion JPEG encoding, this IP core complies with Annex H of the ISO/IEC 10918-1 standard. It supports AMD MPSoC, SoC, and FPGA devices, providing seamless integration for video and still image compression tasks. The logiJPGE-LS ensures high-quality output suitable for demanding media processing applications requiring precise compression capabilities.
The logiVDET IP core specializes in vehicle detection using advanced object classification methodologies. It's an integral tool for camera-based video systems tasked with identifying vehicles, ensuring high accuracy and reliability for automotive detection applications.
The logiWIN IP core enables the development of high-performance frame grabbers in AMD FPGAs. It's designed for real-time video processing, ensuring pristine picture quality throughout various video applications. This IP core significantly enhances video input capabilities, making it ideal for projects requiring extensive video handling and processing, ensuring that developers can create advanced visual systems with ease.
Real-time face tracking finds a robust solution in the logiFDT IP core, which monitors facial features and head movements. It delivers full 3D pose and facial information, crucial for applications in surveillance, automotive monitoring, and user interface systems. This IP core excels in dynamic environments requiring accurate and responsive facial recognition.
Optimize driver safety with the logiDROWSINE IP core, designed to detect drowsiness through facial monitoring. Utilizing camera inputs, it provides real-time tracking of facial movements, ensuring reliable detection of fatigue and distraction. This functionality is vital for enhancing vehicle safety systems, offering a proactive approach to monitoring driver alertness.
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