Hello-FPGA-VU13P-PCIe16 FPGA Development Board
· Process: 16nm FinFET
· High-Speed Interfaces: PCIe 3.0 X16, FMC+, FMC HPC, OCULINK
· Onboard Memory: 4GB DDR4 + 2×1Gbit QSPI Flash
· Design Feature: Industrial-grade wide-temperature design
· Target Scenarios: High-performance computing, AI inference, 5G communication, data center acceleration, etc.
Hello-FPGA-VU13P-PCIe16 FPGA Development Board
High-Performance Virtex UltraScale+ Development Platform - Focused on HPC, AI Inference, 5G Communication & High-Speed Data Exchange
Documentation Download
Hello-FPGA-VU13P-PCIe16 Development Board User Manual.pdfDetailed Specifications
Four Core Advantages
Top-Tier FPGA Computing Power
Equipped with AMD Virtex UltraScale+ XCVU13P-2FHGB2104I, 16nm FinFET process, 3780K logic cells, 12288 DSP slices, 76x 28.21Gbps GTY transceivers. Delivers powerful parallel computing for AI inference and high-speed signal processing.
Multi-Protocol High-Speed Interconnect
Standard PCIe3.0 X16, 1x Gigabit Ethernet, 2x OCULINK. Supports high-speed SSD connection, network communication and data transmission, ideal for data centers and network acceleration.
Flexible Hardware Expansion
Integrated 1x FMC+ and 1x FMC HPC expansion ports, compatible with various FMC mezzanine cards. Equipped with USB UART, JTAG, LEDs, keys and DIP switches for easy debugging and expansion.
Large-Capacity Onboard Storage
Onboard 4GB DDR4 (64bit/2400Mbps) with SODIMM slot (up to 32GB expansion); 2x 1Gbit QSPI Flash for non-volatile storage, FPGA bitstream boot and system image saving.
Product Overview
Hello-FPGA-VU13P-PCIe16 is a high-performance development board based on AMD Virtex UltraScale+ XCVU13P-2FHGB2104I, with industrial-grade integrated design. It is designed for high-performance computing, AI inference, 5G communication, big data processing and high-speed data exchange.
Built on 16nm FinFET process with 3780K logic cells and 12288 DSP slices, it features exceptional computing and high-speed serial transmission performance. Rich peripherals including PCIe3.0 X16, Gigabit Ethernet, FMC+/FMC HPC, OCULINK, USB UART and JTAG make it suitable for industrial, communication and AI acceleration applications.
Key Features
- Core FPGA: AMD XCVU13P-2FHGB2104I (Industrial Grade, 16nm FinFET)
- Logic Resources: 3780K Logic Cells, 12288 DSP Slices, 94.5Mb Block RAM, 360Mb Ultra RAM
- High-Speed Transceivers: 76x GTY (28.21Gbps), 4x PCIe Gen3 X16 Controllers
- Clock: 3x 200MHz Differential Oscillators
- Onboard DDR4: 4GB (64bit/2400Mbps, CXDQ3BFAM-IJ-A)
- DDR4 Expansion: SODIMM Slot, Up to 32GB
- QSPI Flash: 2×1Gbit (Micron MT25QU01GBBB1EW9-0SI)
- Gigabit Ethernet: RTL8211FI-CG, 10/100/1000Mbps Auto-Negotiation
- USB UART: CP2102GM, TYPE-C Interface
- Operating Temp: -40℃ ~ +100℃ (Industrial Grade)
GTY High-Speed Transceiver Test Eye Diagram
Signal integrity test GTY transceivers. 25Gbps high-speed transmission test with FMC Dual QSFP mezzanine card, standard PRBS-31 pattern. Sufficient eye opening ensures excellent stability for long-distance high-speed transmission.
Expansion Card: Hello-FPGA-FMC-QSFP-X2 | Test Pattern: PRBS-31 | Lane Rate: 25Gbps
Technical Specifications
| Item | Specifications |
|---|---|
| Core FPGA | AMD XCVU13P-2FHGB2104I (16nm) |
| Logic Cells | 3780K |
| DSP Slices | 12288 |
| GTY Transceivers | 76 (28.21Gbps) |
| Clock | 3x 200MHz Differential Oscillators |
| Onboard DDR4 | 4GB, 2400Mbps |
| DDR4 Expansion | SODIMM, Up to 32GB |
| QSPI Flash | 2×1Gbit |
| PCIe | PCIe3.0 X16 |
| Operating Temp | -40℃ ~ +100℃ |
Interface Labeling
Mechanical Dimensions
Power Parameters & Package List
| Power Parameters | Requirements |
|---|---|
| Input Voltage | +12V DC |
| Input Current | Max 5A, Over-Current Protection |
| Package List | Quantity |
|---|---|
| Hello-FPGA-VU13P-PCIe16 Development Board | 1 Piece |
| 12V/5A Power Adapter | 1 Piece |
| USB Programmer | 1 Set |
| ESD Bag + Protective Box | 1 Set |
| User Manual (Digital Version) | 1 Copy |
Safety Warnings (Must Read)
- Do NOT plug/unplug devices while powered on to avoid short circuit or ESD damage;
- Take ESD protection before handling the board to prevent component damage;
- Only use the standard 12V/5A power supply to avoid hardware burnout;
- Verify interface compatibility before connecting peripherals;
- Avoid high temperature, high humidity and long-term full-load operation.
Quick Start Guide
- Check the package list and confirm all accessories are complete;
- Handle the board with ESD protection;
- Connect 12V power supply and check the power indicator;
- Connect TYPE-C to PC and install drivers;
- Connect JTAG programmer and install Vivado;
- Download bitstream or boot to QSPI Flash;
- Connect peripherals and start development.
Typical Applications
AI Inference Acceleration
5G Communication Processing
Data Center Acceleration
HD Image Processing
Industrial Automation
Semiconductor Test Equipment
