Hello-FPGA-KU5P Development Board

· Powerful editable logical resources
· Multi protocol high-speed interconnection
· Flexible hardware scalability
· Large capacity onboard DDR4 memory

Hello-FPGA-KU5P FPGA Development Board

High-Performance Kintex UltraScale+ FPGA Platform - For High-Speed Data Exchange, Video Capture & Processing

Downloads

HELLO-FPGA_KU5P Development Board User Manual.pdf

Specifications

4 Core Advantages

Powerful Programmable Logic Resources

Based on Xilinx XCKU5P-2FFVB6761 high-end chip, with 475K logic cells, 217K LUTs, 434K FFs, 1824 DSP multipliers and 16.9Mb Block RAM, meeting complex algorithm implementation and high-speed data processing requirements.

Multi-Protocol High-Speed Interconnection

Supports high-speed SD Card/MIPI/PCIe Gen3 x8 interconnection, equipped with Gigabit Ethernet, UART, FMC HPC interface. PCIe single-channel rate up to 8Gb/s, adapting to various high-speed peripherals and data transmission scenarios.

Flexible Hardware Expansion

Integrates 1x FMC HPC interface, 1x MIPI camera interface, 40PIN general expansion port, compatible with HDMI modules, high-speed AD modules and other peripherals, suitable for multi-scenario development and flexible module matching.

Large-Capacity Onboard Storage

Onboard 2GB DDR4 SDRAM and 64MB QSPI FLASH, equipped with 200Mhz differential clock for DDR4 driving, satisfying system operation, data caching and program storage, ensuring stable performance.

Product Overview

Hello-FPGA-KU5P is a professional Kintex UltraScale+ FPGA development platform, designed for high-speed data exchange, video transmission & processing, industrial control and AI applications. Adopts 14-layer industrial-grade PCB with independent power and GND layers for excellent stability and reliability.
Powered by Xilinx XCKU5P-2FFVB6761 chip, integrated with 16-channel 28Gb/s GTY high-speed transceivers, delivering powerful hardware acceleration for industrial automation, intelligent vehicles, medical devices, aerospace and other fields.
Onboard LM75 temperature sensor, RTC real-time clock, LED indicators and user keys, equipped with complete debugging interfaces for easy development, testing and status monitoring, reducing development difficulty.
Provides complete toolchain and 12 demo programs (key function, LED blink, DDR4 read/write, PCIe test, etc.), supports Vivado 2022.2. All materials are available via Baidu Cloud, contact customer service after purchase.
Supports FPGA solution customization, FPGA localization, FPGA SOM core boards and development kit services to meet personalized development needs.

Key Features

Core Chip: Xilinx XCKU5P-2FFVB6761 Kintex UltraScale+ FPGA
Core Resources: 475K LC, 217K LUT, 434K FF, 1824 DSP Slices
Memory: 2GB DDR4 SDRAM (64-bit), 64MB QSPI FLASH
High-Speed Interfaces: 1x PCIe Gen3 x8 (8Gb/s per lane), 1x Gigabit Ethernet RJ45
Expansion Interfaces: 1x FMC HPC, 1x MIPI Camera, 1x 40PIN GPIO
General Interfaces: 1x USB-UART Type-C, 1x Micro SD Card, 1x JTAG Debug
Peripherals: RTC (with battery holder), 200Mhz Differential Clock, LM75 Temp Sensor
User I/O: 6x User LED, 2x Indicator LED, 4x User Key, 1x Power Key
Mechanical Size: 215mm × 111mm, standard industrial chassis compatible
Power Supply: 12V/3A DC input, 3A over-current protection
Development Support: Vivado 2022.2 toolchain, 12 basic demos, complete SDK docs

Technical Specifications

Item	Specification
Core Chip	Xilinx XCKU5P-2FFVB6761 Kintex UltraScale+ FPGA
Logic Resources	Logic Cells: 475K; LUTs: 217K; Flip-Flops: 434K
Memory	DDR4: 2GB (64-bit); QSPI FLASH: 64MB
Memory	Block RAM: 16.9Mb; DSP Slices: 1824
High-Speed Transceiver	GTY 28Gb/s ×16
PCIe Interface	PCIe Gen3 x8, 8Gb/s per channel
Expansion Interfaces	1x FMC HPC, 1x MIPI, 1x 40PIN Header
General Interfaces	1x Gigabit Ethernet (RJ45), 1x USB-UART Type-C, 1x Micro SD Card
Debug Interface	1x JTAG (for programming & debugging)
Clock	200Mhz Differential Clock (for DDR4)
IO Resources	HP IO: 68; HD IO: 34
Power Supply	Input: +12V DC; Max Current: 3A (Over-current Protection)
Mechanical Size	215mm × 111mm (Standard PCIe Card Size)
PCB Design	14-layer Industrial PCB, Independent Power & GND Layers
Development Tool	Supports Vivado 2022.2 and later

Product Interface Diagram

Mechanical Drawing

Power Specifications & Package List

Power Specifications
Input Voltage	+12V DC Input
Input Current	Max 3A, Over-current Protection
Power Supply	12V/3A Dedicated Power Adapter

Package List	Quantity
Hello-FPGA-KU5P FPGA Development Board	1 Pcs
Cooling Fan	1 Pcs
12V/3A Power Adapter	1 Pcs
Type-C Data Cable	1 Pcs
Acrylic Protective Plate	1 Pcs
PCIe Baffle	1 Pcs

Safety Warnings (Must Read)

Do NOT plug/unplug the board or peripherals with power on. Turn off the power and discharge static electricity before installation/removal to avoid chip damage.
Take ESD protection (e.g., anti-static wristband) before touching the board to prevent electrostatic breakdown of precision components.
Only use the supplied 12V/3A power adapter. Incompatible or low-quality power supplies will damage the board.
Confirm interface definitions before connecting peripherals to avoid reverse polarity or signal conflicts.
Operate in dry, dust-free, low-vibration and anti-EMI environment. Avoid long-term use in high temperature, high humidity or strong magnetic fields.
Ensure the cooling fan works properly during operation. Do not run the board under high load without heat dissipation.
Follow Vivado toolchain specifications during FPGA development to avoid abnormal operation caused by invalid code or configuration.

Quick Start Guide

Check the package list to ensure the development board, power adapter, cables and other accessories are complete and intact.
Install the cooling fan on the designated position, insert Micro SD card (optional for program/data storage).
Power the board with 12V/3A adapter and confirm the power indicator lights up normally.
Connect the board to PC via Type-C cable, install drivers and Xilinx Vivado 2022.2 toolchain.
Download test program (e.g., LED blink demo) via JTAG interface to verify basic functions.
Connect external modules (MIPI camera, FMC expansion board) according to development needs, and configure parameters referring to the user manual.
Use the supplied demos for secondary development. Contact customer support for technical issues.