Optimized FPGA Development Solutions
From educational projects to industrial applications, KIWI boards powered by Gowin chips deliver fast, efficient, and flexible development with built-in debugger, memory, and rich I/O interfaces.
Built-in USB-JTAG for instant development.
You start with an idea, you wire up logic, you debug, test, refine — all without extra tools. You’re a maker, a builder, a developer. You value speed, clarity, control. You build what's next.
KIWI 4K FPGA BOARD
A compact and powerful FPGA board with ARM core, ideal for embedded and multimedia applications.
ARM Cortex-M3
Powerful hard-core processor for embedded applications.
HDMI & Camera
Ready for multimedia and image processing.
USB-JTAG
Built-in debugger for easy programming.
32Mbit Flash
Reliable onboard storage for code and data.
KIWI 1P5 FPGA BOARD
A lightweight and practical FPGA board with USB-UART and onboard debugger – ideal for education and embedded control.
ARM Cortex-M3
Powerful hard-core processor for embedded applications.
HDMI & Camera
Ready for multimedia and image processing.
USB-JTAG
Built-in debugger for easy programming.
32Mbit Flash
Reliable onboard storage for code and data.
KIWI PRIMER 20K FPGA BOARD
A powerful FPGA board with 20K+ LUTs, built-in DDR3, HDMI, and dual USB. Ideal for complex designs, verification, and professional training.
High-Capacity FPGA
Powered by 20,736 LUTs and support for ARM Cortex-M1 soft-core.
Integrated DDR3 Memory
Comes with 512MB DDR3 SDRAM and 128Mbit NOR Flash onboard.
Rich Connectivity
Includes HDMI, microSD, Dual USB ports, and USB-JTAG (GWU2X).
Ideal for Prototyping
Perfect for IP verification, industrial applications, and education at scale.
KIWI TINI FPGA BOARD
Compact industrial-grade FPGA board with up to 9K LUTs, stable 5V DC input, and USB-JTAG. Perfect for embedded systems and industrial automation.
Industrial-Grade Build
Durable design for long-term deployment in harsh environments.
Up to 9K LUTs
Flexible logic capacity suitable for various embedded applications.
Simple Power & Debug
Powered via 5V DC jack and debugged through USB-JTAG.
Compact Form Factor
Ideal for space-constrained systems and hardware integration.
Master FPGA Programming
From Zero to Real-World Projects
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