Xilinx Artix-7 FPGA Core Board

High-speed Transceiver，  High Bandwidth Capacity

Suitable for high-speed data communication, video image processing, high-speed data acquisition, etc

 

Key Feature

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Product parameters

Core Board Parameters

Core Board

AC7200

FPGA Chip

XC7A35T-2FGG484I

Speed Grades

-2

Chip level

Industrial grade,-40°c~85°c

RAM 

1GB DDR3 , 32bit

QSPI FLASH

16MB

Logic cells

215360

Look Up Tables

33650

trigger

269200

Max.Distributed RAM

2888

Block RAM (36Kb each)

365

Total Block RAM

13140kb

DSP Slices

740

Transceiver

4x6.6Gbps

PIC Express

PCIE2.0

HR IO

180

Differential pair LVDS

48

Power Connector

80pinx4

 

Functions and interfaces

DDR3

Two DDR3 chips are 1GB in total, each chip is 512MB, 32bit bus, and the data rate is 800Mbps

QSPI Flash

One 128Mbit QSPI flash, which can be used for FPGA user data storage

Crystal oscillator

The high-precision LVDS active differential crystal oscillator provides a stable clock source for the system at 200MHz and a stable clock input for GTP transceiver at 125MHz

 transceiver

4-way GTP, each up to 6.6gb/s, suitable for optical fiber communication and PCIe data communication

working temperature

-40°c~85°c

PCIe 2.0

support PCI Express 2.0x8

Analog to digital conversion/XADC

1个12bit, 1Mbps AD

JTAG

Single row test holes with 2.54mm spacing of 6 pins

LEDs

1 LED

 

Power Supply Parameters

Voltage Input

+ 5V

 

 

 

Package List

FPGA Core Board

1 Piece

 

 

 

 

Structure Size

Size Dimension

45mm*55mm*6.0mm

Connector Height

1.6mm

连接器合高

3.0mm

Number of Layers

10-Layer Core Board PCB

 

Super Combination with DDR3 Memory

Industrial Grade Chip  16 x GTP High-Speed Transceiver

6.6Gb/s, 4 x GTP  1GB, DDR3 RAM

 

Get started quickly ，Shorten Development Learning Time

Documents to Accelerate Development

Provide Schmatic, PCB, Structure Size, Package, Reference Design Convenient for secondary development

 

Low Power Consumption, High Performance

Artix-7 Cost-Effective

High-Speed Data Transmission, High Bandwidth and Capacity Apply to Data Acquisition and Communication, Video Image Processing