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XILINX/AMD

ZYNQ
  • ZYNQ

ZYNQ

The Zynq family of SoCs has been widely used in a variety of
applications due to its significant advantages of high performance,
low power consumption and flexibility. As technology continues to
advance and application needs grow, the Zynq family of SoCs will
continue to drive the development and innovation of embedded systems.
    Introduction to Zynq, the XILINX  Advantage Series:
    Technical Features and Architecture
    Combined processor and FPGA:
    The Zynq family of SoCs integrates ARM processors (e.g., dual-core Cortex-A9) and the Xilinx FPGA architecture, seamlessly integrating the software programmability of processors with the hardware programmability of FPGAs.
    High performance and low power:
    Provides high-performance computing and low-power features for application scenarios with stringent requirements on performance and power consumption.
    Flexible architectural design:
    The Zynq chip consists of two main parts: the Processing System (PS) and Programmable Logic (PL).
    The PS part has a fixed architecture and contains the processor and system memory, while the PL part provides a flexible logic design space, allowing designers to create customized peripherals according to their needs.
    Efficient communication interfaces:
    The Zynq architecture implements an industry-standard AXI interface that enables a high-bandwidth, low-latency connection between the PS and PL, ensuring that the processor and logic sections can work together efficiently.
    Application Areas
    The Zynq family of SoCs is used in a wide range of applications due to its high performance, low power consumption and flexibility:
    Automotive: Used in advanced driver assistance systems (ADAS), in-car entertainment systems, and vehicle control systems, among others.
    Communications: plays an important role in wireless communication base stations, wired communication equipment and network core.
    Aerospace: supports complex flight control systems, navigation systems, satellite communications, etc.
    Robotics: Provides high-performance computing and control capabilities to support autonomous navigation, vision processing and motion control of robots.
    Instrumentation: Used in devices that measure, analyze, and control a variety of physical quantities to improve accuracy and reliability.
    Image Processing and Video Processing: Support HD video codec, image processing algorithm acceleration and real-time video analysis.
    High Performance Computing (HPC): Provides flexible and efficient solutions in applications requiring high performance computing and parallel processing.
    Product Families and Specifications
    The Zynq family includes several product families and specifications, such as the Zynq-7000 series. Different product families and specifications vary in terms of the number of logic units, processor type, memory capacity, and external interfaces to meet the needs of different applications.
    Development Tools and Support
    Xilinx provides comprehensive development tools and support for Zynq series SoCs, including:
    Vivado design software: for FPGA logic design and verification.
    Hardware development kits: including processor boards, FPGA boards and interface modules, etc., to facilitate developers‘ hardware prototyping and testing.
    IP Cores and Reference Designs: Provides a wealth of IP cores and reference design resources to accelerate the development process and reduce development costs.

    Main Series:
    XC7Z
    Please submit your basic information, we will contact you as soon as possible!

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