AMD XILINX ZYNQ-7000 XC7Z020 MPSoC FPGADevelopment Board
Product Introduction:
PB7Z020 is a cost-effective embedded development platform based on the AMD Zynq-7000 SoC. It integrates a dual-core ARM Cortex-A9 and XC7Z020 FPGA programmable logic in a heterogeneous architecture, combining software flexibility with hardware parallel acceleration. Equipped with dual Ethernet, MIPI and HDMI, it offers low power, ease of use and strong extensibility — ideal entry-level and prototyping platform for audio/video processing, industrial control and smart device development.
Key Highlights:
- Heterogeneous Dual-Core Architecture: Dual-core Cortex-A9 + FPGA software/hardware co-processing, balancing system flexibility with hardware performance.
- Full-Chain Multimedia Interfaces: Supports MIPI image capture and HDMI HD output for complete video application development.
- Dual Ethernet Redundancy: Dual GbE ports for multi-port data forwarding, industrial networking and edge gateway deployment.
- Cost-Effective Solution: Entry-level cost with comprehensive technical documentation for rapid prototyping.
Key Specifications:
- Processor: Dual-core ARM Cortex-A9
- Network: Dual Ethernet
- Video: MIPI, HDMI output
Applications:
1. Audio/Video Capture & Processing
Supports MIPI camera input, image preprocessing, video codec and HDMI output. Ideal for HD video terminals, smart surveillance, video conferencing, embedded vision systems and multimedia players.
2. Smart Manufacturing & Industrial Control
Leverages hardware/software co-processing for motion control, IO acquisition, sensor data processing, industrial bus protocol parsing and edge gateway functions. Widely used in industrial automation, smart production lines, condition monitoring, PLC expansion and industrial robot control.
3. Medical Devices & Health Monitoring
Low power, small form factor and high reliability, suitable for portable medical instruments, health monitoring terminals, medical image preprocessing equipment, rehabilitation devices and home smart medical terminals.
4. Smart Instrumentation
Handles data acquisition, signal analysis, logic control, display driving, data storage and upload. Suitable for environmental monitoring instruments, industrial inspection equipment, laboratory instruments, portable analyzers and smart sensor terminals.
5. Automotive Electronics & In-Vehicle Terminals
Meets automotive low-power, high-immunity and reliability requirements for in-vehicle multimedia, dashcams, gateways, V2X terminals and ADAS processing units.
6. Embedded Prototyping & Education
Ideal for university teaching, FPGA onboarding, course projects, competition development, corporate research and algorithm prototyping. Well-documented and easy to start, significantly shortening product R&D cycles.
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