Opal Kelly
XEM7310MT
Best high-performance FPGA platform for advanced industrial and research prototyping.
The XEM7310MT by Opal Kelly is a high-performance FPGA development board built around the Xilinx Artix-7 FPGA. It offers rapid prototyping capabilities with high-speed USB 3.0 connectivity for efficient data transfer and configuration. This board features integrated SDRAM and platform flash, along with access to the Artix-7 gigabit transceiver (GTP). It stands out with a unique connector layout and compatibility with the SYZYGY® Ecosystem for modular expansion, making it suitable for advanced industrial and research applications.
$149.95
Owner Satisfaction
4.7
/ 5
Category Rank
28
/ 1546
#28 in Development Boards
Price vs Category Average
+71%
Above average
Processor
7
/ Xilinx Artix-
Who it's for
- Engineers needing rapid data streaming for acquisition applications
- Developers building complex signal processing or large-scale prototypes
- Software developers wanting to bypass complex USB protocol implementation
Who should skip it
- Hobbyists working with limited project budgets
- Beginners lacking experience in HDL and digital design
- Prototypers needing immediate access to I/O without custom hardware
Performance breakdown
Data Transfer Speed
USB 3.0 connectivity ensures rapid throughput for demanding high-speed data applications.
Prototyping Versatility
SYZYGY ecosystem compatibility allows for seamless modular expansion and rapid hardware iteration.
Software Integration
FrontPanel SDK streamlines the bridge between host software and FPGA logic.
Processing Capability
Artix-7 architecture provides a robust foundation for complex industrial signal processing.
Connectivity Options
Access to gigabit transceivers offers significant flexibility for high-bandwidth communication tasks.
Hardware Accessibility
Unique connector layout requires specific planning but rewards with compact, dense integration.
Key Specs
Processor
Xilinx Artix-7
Interface
USB 3.0
Expansion
SYZYGY® Ecosystem
Onboard Peripherals
SDRAM, Power Supplies, Platform Flash, GTP
SDK
FrontPanel® SDK
Physical Interface Ports
USB-C
Power Source Options
USB
Programming Interface
Bootloader via USB
Features
- Xilinx Artix-7 FPGA processing power
- High-speed USB 3.0 connectivity
- SYZYGY® Ecosystem compatible
- Access to gigabit transceiver (GTP)
- Rapid prototyping support
- Integrated SDRAM and platform flash
- FrontPanel® SDK integration
- Unique connector layout
What customers say
The XEM7310MT earns high praise, primarily for the exceptional ease of use provided by the FrontPanel SDK. Engineers consistently report that this proprietary software drastically simplifies establishing high-speed communication between the host PC and the Kintex-7 FPGA via USB 3.0. This streamlined integration significantly accelerates development for demanding applications like SDR and data acquisition. While the initial cost is notable, users view the investment as worthwhile, valuing the reliability and superior documentation. The hardware quality is considered professional grade, offering stability for continuous operation. Overall, the platform is highly regarded for its performance and the unparalleled development support offered by the FrontPanel framework.
Know before you buy
The SYZYGY® standard allows you to easily connect modular expansion cards to the XEM7310MT. This significantly reduces the time required for hardware prototyping compared to traditional custom-designed daughterboards.
The board is designed to be powered directly through its USB-C interface. This simplifies your setup for most development tasks, though you should ensure your host port provides sufficient current for your specific FPGA design load.
FrontPanel® provides a pre-built software interface that handles the complex USB communication between your PC and the FPGA. It allows you to focus on your HDL code and data processing logic without having to write custom USB drivers from scratch.
Yes, the board provides direct access to the Artix-7 GTP transceivers. This makes it suitable for high-bandwidth applications like high-speed serial communication or custom data streaming protocols.
The onboard SDRAM provides a reliable buffer for data-heavy applications. It is well-suited for tasks that require temporary storage during high-speed data acquisition or signal processing, though you should verify the specific capacity meets the requirements of your project.
USB 3.0 provides the high-throughput bandwidth necessary to move large volumes of data between the Artix-7 FPGA and your host computer in real-time. This is essential for applications involving high-speed imaging, signal analysis, or complex data logging.
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