Unlock fast, processing with the XMC-FZU7EV. This top-quality XMC FPGA module has the powerful AMD (Xilinx) Zynq UltraScale+™ MPSoC. In addition it also offers flexible I/O options for tough embedded systems.
Key Highlights
Integrated MPSoC Powerhouse
Includes a quad-core ARM® Cortex-A53 APU, dual-core ARM® Cortex-R5 RPU, Mali™-400 GPU, and H.264/265 video codec—all onboard a single chip. Ideal for intensive compute and multimedia processing.Massive Programmable Logic Resources
Provides approximately 504k logic cells, 1728 DSP slices, and extensive on-chip RAM—outperforming multiple-chip FPGA solutions.Upgradeable with 10-Gigabit Ethernet
Supports high-speed throughput using a front I/O mezzanine. Providing dual QSFP+ ports routed directly to the programmable logic. Perfect for real-time data streaming in defence and industrial contexts.Flexible I/O and Peripherals
Front mezzanine (J1/J2): 20 high-performance 1.8 V GPIO, 8 GTH lanes (up to 16.3 Gb/s).
Rear I/O: eMMC (64 GB), dual QSPI flash (2 × 512 Mb), microSD (16 GB with boot image), PCIe Gen3 x8, USB, DisplayPort, LVDS, and more.
Rugged Design Options
Available in air-cooled (0–70 °C, with heat spreader and airflow) and conduction-cooled models (-40 to 85 °C). Meeting MIL-STD-810 shock and vibration standards.Complete Development Ecosystem
Supplied with an Engineering Design Kit (EDK) including Vivado®, Vitis®, PetaLinux®. Example bitstreams, BSPs for VxWorks®, Linux®, Windows®, drawings, and design templates—enabling fast deployment and customised acceleration.Proven Reliability & Modular Compatibility
Designed for aerospace, defence, industrial, and research applications. Compatible with VPX, VME, PCIe, and other carrier formats. Along with custom AXM options for analog, digital, fiber, RF, LVDS, and other I/O.
Why the XMC-FZU7EV Stands Out
The XMC-FZU7EV epitomises what an XMC FPGA Configurable Module should be:
Easily combines powerful ARM processing with programmable logic. This is perfect for tasks like AI, imaging, sensor fusion, or deep learning.
Eliminates traditional bottlenecks with tight PS-to-PL integration and hardware-offloading capabilities.
Provides adaptability with front or rear I/O options plus strong thermal performance for rugged environments.
Backed by a robust development toolkit for accelerated innovation.
Finally, for more information local sales and support in Australia and New Zealand, contact Metromatics today.
