Xilinx Artix UltraScale+ FPGA Development Board

PCIe 3.0、GTH 12.5Gb/s 、FMC HPC Expansion port

The expansion board integrates interfaces such as PCIe 3.0 x4, FMC HPC, Gigabit Ethernet, etc. The core board components use 16 nanometer architecture Artix UltraScale+devices, which can achieve excellent performance power consumption ratio. Artix UltraScale+FPGA provides transceivers with speeds up to 12.5Gb/s for advanced protocols, supporting strong DSP computing processing capabilities, matching I/O bandwidth with computing, providing superior system performance for cost sensitive low-power applications, fully meeting the needs of machine vision, security networks, 4K broadcasting, and various industrial IoT and edge markets.

·Logic Cells

• 170K

·Flip-Flops

• 156K

·LUTs

• 78K

·GTH transceiver

• 12.5Gb/s

·FMC HPC Expansion port

• Connecting various FMC cards

·storage

• 1GB DDR4 32bit，32MB QSPI FLASH

Functional Interface

·Core board

*Learn about the core board, click to view details>>

 

·Development Board

Product Parameters

Core board parameters

Core board model

ACAU15

Chip model

XCAU15P-2FFVB676I

Operation temperature

Industrial grade, -40°C~85°C

RAM

1GB DDR4, 16bit

QSPI FLASH

32MB

System Logic Cells

170K

CLB Flip-Flops

156K

CLB LUTs

78K

Max. Distributed RAM

2.5Mb

Total Block RAM

5.1Mb

Clock Mgmt Tiles

3

DSP Slices

576

PCI Express

PCIE 3.0

GTH transceivers

GTH 12.5Gb/s x12

HD IOs

72

HP IOs

102

LVDS

48

Interface and Function

DDR4

One 1GB DDR4 storage chip with a data rate of up to 2400Mbps

QSPI FLASH

One QSPI FLASH chip with a size of 32MB, storing FPGA configuration Bin files and other user data files.

Clock Configuration

One 200MHz differential crystal oscillator that can provide reference clocks for DDR4 controllers and FPGA logic
One 156.25MHz differential crystal oscillator for reference clock input of GTH transceiver

PCIe x4 interface

Supports PCI Express 3.0 standard and provides standard PCIe x4 high-speed data transmission interface

FMC HPC interface

1 channel FMC HPC interface, external connection of various FMC cards (HDMI, AD, fiber optic, SDI, binocular camera, etc.)

Gigabit Ethernet interface

One gigabit Ethernet interface, providing network communication services for users, with a network transmission rate of 10/100/1000 Mbps; Full duplex and adaptive

USB Uart interface

One Uart to USB interface for communication with computers, facilitating user debugging

SD card slot

One Micro SD card holder for storing operating system images and file systems

40 pin expansion port

Two 40 pin 2.54mm spacing expansion ports, with various external modules (camera, LCD screen, high-speed AD block, etc.)

JTAG Interface

One 10 pin 2.54mm standard JTAG port, users can debug and download the FPGA system through a downloader

EEPROM

1 EEPROM 24LC04 with IIC interface

LED

1 power indicator light on the core board; There is one power indicator light on the backplane, one configuration light, two data receiving and sending indicators for USB Uart, and two user LED lights

Power supply parameters

INPUT VOLTAGE

+12V voltage input

power supply

12V/3A

Input Current

3A maximum current protection

 

 

Packing List

Development Board

1

Cooling fan

1

USB downloader

1

12V power supply

1

PCIE baffle

1

MINI USB cable

1

structure size

Size

376mm x 213mm

Number of layers

Core board with 14 layers of PCB design, expansion board with 10 layers of PCB design, reserved for independent power layer and GND layer

Dimensional Drawing of Core Board Structure

Structure dimension diagram of expansion board

Free extension

FMC HPC high-speed transmission

8  high-speed transceiver connected to FMC HPC dedicated high-speed pins

Can connect HDMI input/output, high-speed AD, SDI input/output, fiber optic, binocular camera, Cameralink, GMSL camera and other FMC cards, freely expandable to meet high-speed transmission, suitable for development in various fields

application area

Network Communication

Data Center Networking and Storage Acceleration

Medical Imaging

Industrial Automation

Video Imaging

IOT

ATE

Machine Vision