SoC Development Boards
AMD Xilinx XCZU7EV Zynq UltraScale+ MPSoC PCIe FPGA Video Development Board
Zynq UltraScale+ MPSoC video development board · VCU H.264/H.265 hardware codec · 4K@60 HDMI
$1,076.77Tax not included View details →
The ZU19 is a high-performance development platform based on the Xilinx XCZU19EG-2FFVC1760I Zynq UltraScale+ MPSoC, adopting a PS+PL heterogeneous architecture that integrates quad-core Cortex-A53, dual-core Cortex-R5 processors and large-scale FPGA programmable logic on a single chip. On-board PS-side storage includes 10GB ECC DDR4, 32GB eMMC and 2× 512Mb QSPI Flash, with a PL-side DDR4 SODIMM expansion slot reserved. The platform provides 4 QSFP28 optical ports, PCIe x8, M.2, dual FMC-HPC, mini-DP, MIPI and dual Gigabit Ethernet among rich high-speed peripheral interfaces, suitable for prototype development in 100G high-speed communications, machine vision, AI inference, PCIe protocol verification and industrial control — for enterprise pre-research, academic research and engineers validating software/hardware solutions.
Interface, cooling, structure and batch supply can be customized per project · we respond within 1 business day after submission.
The ZU19 is a high-performance development platform based on the Xilinx XCZU19EG-2FFVC1760I Zynq UltraScale+ MPSoC, adopting a PS+PL heterogeneous architecture that integrates quad-core Cortex-A53, dual-core Cortex-R5 processors and large-scale FPGA programmable logic on a single chip. On-board PS-side storage includes 10GB ECC DDR4, 32GB eMMC and 2× 512Mb QSPI Flash, with a PL-side DDR4 SODIMM expansion slot reserved. The platform provides 4 QSFP28 optical ports, PCIe x8, M.2, dual FMC-HPC, mini-DP, MIPI and dual Gigabit Ethernet among rich high-speed peripheral interfaces, suitable for prototype development in 100G high-speed communications, machine vision, AI inference, PCIe protocol verification and industrial control — for enterprise pre-research, academic research and engineers validating software/hardware solutions.
| Parameter | Specification |
|---|---|
| Main Chip | Xilinx XCZU19EG-2FFVC1760I (industrial -2 speed grade); PS: 4×Cortex-A53@1.3GHz + 2×Cortex-R5F@533MHz; PL: 1143K logic cells, 523K LUTs, 1045K flip-flops, 34.6Mb Block RAM, 1968 DSP slices, 44 GTH (16.3Gb/s) transceivers |
| PS-side Memory | 5× Micron MT40A1G16KD-062E DDR4, 10GB total, with ECC; up to 2400Mbps (1200MHz), 72bit bus |
| PL-side Memory Expansion | 260-pin DDR4 SODIMM slot (module purchased separately, connected to PL-side BANK69/70/71, 72bit bus) |
| Non-volatile Storage | 1. eMMC: 1× Micron MTFC32GAPALBH-IT, 32GB, 8bit bus, e-MMC V5.0 supported; 2. QSPI Flash: 2× Micron MT25QU512ABB1EW9-0SIT, 512Mb each, 1Gb total, for U-Boot, bitstream and system image storage |
| Clock Sources | 1. PS reference clock: 33.333MHz; 2. PL differential system clock: 200MHz; 3. RTC clock: 32.768KHz passive crystal; 4. High-speed transceiver clock: Si5332BD-GM2 programmable clock chip |
| Power | Board input: +12V DC; multiple on-board DCDC/LDO; MAX20796GFB, TPS6508640 power management ICs; RTC coin-cell battery connector J22 reserved |
| Onboard Auxiliary Devices | EEPROM: 24LC04; temperature sensor: LM75; indicators: power LED, DONE, PS/PL user LEDs; buttons: reset + 2 user; 4-position DIP switch SW1 (JTAG/QSPI/eMMC/SD); heatsink + PWM fan |
| Physical Dimensions | 250mm × 170mm |
| QSFP28 Fiber Ports | 4 independent channels; 25Gbps per channel, 100Gbps total; OM4 multimode fiber supports 100m; connected to GTY BANK128-131, reference clock 156.25MHz; optical modules purchased separately |
| PCIe x8 Main-Mode Slot | PCIe 3.0, 8GBaud per lane; supports x8/x4/x2/x1 PCIe boards; MGT BANK226/227, reference clock 100MHz |
| M.2 M-Key Port | PCIe x1, PCIe-protocol M.2 SSD only, 6Gbps; connected to PS-side MGT BANK505 LANE1 |
| mini-DP Display Output | DP 1.2a; up to 4K@30Hz / 1080P@60Hz; RGB, YCbCr color formats supported |
| Gigabit Ethernet RJ45 | 2 (one PS, one PL); PHY KSZ9031RNX; 10/100/1000Mbps auto-negotiation, RGMII |
| USB 3.0 Type-A | 4 HOST mode, 5Gbps; external USB-PHY USB3320C |
| USB-UART (Type-C) | 2 (one PS, one PL); CP2102GM converter |
| Dual FMC-HPC Expansion | FMC1: 36 differential IO pairs + 8 GTH groups; FMC2: 60 differential IO pairs + 8 GTH groups; IO level 1.8V/1.2V jumper selectable; supports external high-speed AD/DA, HDMI, stereo camera FMC modules |
| MIPI Camera Port | 2-lane MIPI CSI-2, 15-pin FPC connector; BANK68 differential IO; supports OV5640 and other modules |
| Micro-SD Slot | TF card, level shifter TXS02612; PS-side BANK501 MIO |
| JTAG Debug Port | 10-pin 2.54mm header; ESD protected; compatible with Xilinx downloader |
| RTC Battery Holder J22 | 2-pin 1.27mm pitch; external coin cell, RTC timekeeping when powered off |
| Fan Socket J62 | 12V fan power, PL IO PWM speed control; fan + heatsink pre-installed |
Industrial sites impose strict requirements on control equipment: wide temperature range, interference immunity and deterministic latency. FPGA handles real-time control, protocol parsing and high-speed I/O acquisition with reconfigurable parallel logic, providing a highly reliable hardware foundation for PLC expansion, motion control and industrial communication buses. Duyuan industrial-grade boards support a -40~85°C wide temperature range and long-term stable supply, helping devices move from prototype verification to mass production.
AI model deployment demands a balanced combination of compute power, bandwidth and power efficiency. With hardware parallelism, reconfigurable datapaths and rich high-speed interfaces, FPGA and MPSoC deliver low-latency, energy-efficient heterogeneous compute for CNN/YOLO inference, Vitis-AI acceleration and edge intelligence terminals, enabling rapid algorithm porting and product deployment.
5G/6G base stations and high-speed network equipment impose strict requirements on protocol processing, data forwarding and deterministic latency. With high-speed transceivers, reconfigurable protocol stacks and parallel pipelines, FPGA powers 100G optical communication, protocol processing and network security acceleration, providing a high-throughput, low-latency hardware platform from R&D to mass production.
4K/8K video, machine vision and industrial cameras impose strict requirements on end-to-end latency and interface coverage. With hardware-direct video paths and parallel pipelines, FPGA delivers microsecond-level deterministic processing in video encoding/decoding, image pre-processing, multi-protocol interfaces and low-latency transport, supporting deep customization of video services and vision algorithms.
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We respond within 1 business day after submission, supporting selection consulting, parameter customization and batch supply.
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