FPGA Xilinx Kintex-7 XC7K325T PCIE Development Board with Dual Gigabit Ethernet Ports Dual 10-Gigabit SFP+Optical Communication Ports HDMI-compatible Input and Output
The parameters of the main chip:
1) Main chip model: XC7K325T-2FFG676I
2) Chip grade: industrial grade
3) Recommended maximum speed of clock PLL: 709M
4) DDR3 model: dual-chip MT41J256M, 1GByte
5) Logic Unit (LC): 326080
6) Slices: 50950
7) DSP unit multiplier: 840
8) Trigger: 407600
9) RAM: 16020Kbit
10) Speed grade: -2
11) Number of GTX (12.5Gb/s): 8
Parameters of the development board:
1) Power supply voltage: 5V, current 2~5A.
2) Power supply mode: All TYPE-C ports can supply power, and the main power supply port is DC-M port.
3) PCIE power supply: The computer slot can power the development board, providing 12V to 5V/3.5A continuous current.
4) Clock resources: 50M single-ended crystal oscillator, 156.25M differential crystal oscillator (GTX).
5) Ethernet: Gigabit RTL8211E, dual network ports.
6) User buttons: 5 user buttons, 1 power-on/reset button.
7) Debugger: Onboard SMT2 download debugger, use a type-C cable to debug the download program.
8) Serial port and power port: one TYPE-C CH340 serial port, and an independent TYPE-C for power only.
9) SD card: a TF card socket, support SPI interface.
10) HDMI interface: two outputs, maximum support 1080@60HZ (default 30HZ), HDMI1 supports 720P input.
11) LED: 1 power dual-color LED, 4 FPGA dual-color LEDs, one DONE, one PCIE power supply.
12) Setting switch: a BOOT+BANK13 voltage setting dip switch used to start the setting.
13) FLASH of onboard FPGA: MT25QL256, 32M bytes.
14) EEPROM: AT24C02
15) PCIE interface: PCIE X 4, gen2, width is X8.
16) Expansion IO port: BANK16 (34 pins) 3.3V. BANK13 (34 pins) differential, supports 3.3 and 2.5. BANK16 only supports single-ended. BANK13 supports LVDS.
17) Optical communication interface: 2-channels SFP+, supporting up to 10G optical communication.
The Shipping list:
1 X XC7K325T FPGA development board
2 X TYPE-C data cable
1 X TYPE-C power cable
1 X heat sink
We provide schematic diagrams and sample programs, share them using Onedrive link.
Powered by Xilinx Kintex-7 XC7K325T
Ideal for advanced logic design, real-time processing, and performance-critical applications using industry-standard fpga tools.
Dual 10G SFP + Dual Gigabit Ethernet Ports
High-throughput data communication ideal for developers looking for the best fpga development board for networking and signal transfer.
PCIe Gen2 x8 High-Speed Interface
Ensures fast and stable integration with host machines for AI, data acquisition, or compute offloading.
Full Expansion for Custom Use
With programmable I/O and onboard memory, this fpga board supports a wide range of application development needs.
Robust Build Quality by OpenSourceSDRLab
Designed with quality components and reliable performance in mind, perfect for C-level developers, makers, and innovators working on demanding FPGA projects.
About Us – OpenSourceSDRLab
A precision-focused manufacturing partner in smart displays and IoT hardware.
Core Manufacturing and Quality Capabilities
OpenSourceSDRLab Lab specializes in the research, design, and manufacturing of smart LCD display modules, e-paper displays, and embedded IoT devices. With a complete in-house engineering team, we offer end-to-end services — from schematic design and PCB layout to firmware development and system integration. Our ISO 9001:2015-certified facility ensures consistent product quality, traceability, and compliance with international standards.
Production Capacity and Technical Strength
Our Shenzhen-based factory is equipped with advanced SMT production lines, reflow soldering equipment, and automated optical inspection (AOI) systems. We maintain a monthly output capacity of 300,000 units, and have successfully delivered over 1.2 million smart display solutions worldwide. These capabilities allow us to support both low-volume prototyping and high-volume manufacturing, with flexible lead times and responsive engineering support.
Sustainable Manufacturing Practices
We are committed to minimizing our environmental footprint through responsible production. All components are RoHS-compliant, and we continuously optimize our energy and material usage through lean manufacturing principles. We also aim to reduce waste across the product lifecycle by designing for reliability and repairability.
Transparent and Collaborative Customer Workflow
Our customer engagement process is designed for clarity, speed, and technical alignment. We begin with a detailed project consultation, followed by rapid prototyping and iterative engineering feedback. Once validated, we move to scalable production while maintaining full transparency on timelines, costs, and logistics. Our bilingual project managers ensure seamless communication throughout the development cycle.
Global Service Capabilities
Serving clients across over 30 countries — including North America, Europe, and Asia-Pacific — we are experienced in global compliance, shipping logistics, and multilingual technical support. We partner with reliable international couriers and freight forwarders to ensure timely and safe delivery of goods. Whether you're a startup, system integrator, or global brand, we provide localized support with global reach.
Let's build smarter, more reliable devices — together.
Contact us to explore tailored hardware solutions built to meet your market’s demands.
FAQ
Who are we?
We are your SDR sourcing Office in China. OpenSourceSDRLab is a reliable and trustworthy sourcing lab in China.
We focus on Software Defined Radio developing & educational products, and we can ONE-STOP SDR device sourcing services from sourcing, product development, factory production, QC/inspection etc.We have been doing this business for 7+ years. The core members of our team are engineers who have graduated with degrees in communication engineering and electronic information, and who have a keen interest in SDR technology. We specialize in SDR products, particularly those that support GNU Radio. We have established long-term partnerships with PCB manufacturing and patch production companies, and possess a comprehensive hardware debugging and RF testing environment. Our contributions to the community have been significant, as we have developed a series of popular products, provided a wealth of usage documentation, tools, and sample programs, thereby playing a crucial role in advancing the development and popularization of open source SDR technology.
How can we guarantee quality?
We follow a rigorous quality control system certified under ISO 9001:2015. Our factory uses advanced inspection technologies such as AOI, ICT, and aging tests to ensure each unit meets strict performance and reliability standards.
What can you buy from us?
Why should you buy from us and not other suppliers?
We are not just a contract assembler — we are a full-stack hardware development partner. With in-house engineering, firmware, and PCB design, we can offer deeper customization, better cost control, and stronger IP protection. Our clients benefit from rapid prototyping, flexible production, and long-term technical support.
What services can we provide?
Ready to push your project to the limit?
Order the Xilinx Kintex-7 XC7K325T PCIe FPGA Development Board now — the ideal platform for developers seeking the best FPGA development board for high-speed, high-efficiency applications.
