KIWI 1K FPGA BOARD
Kiwi 1K FPGA Board is a compact FPGA development board designed for FPGA education, digital logic experiments, IP verification, and small embedded-control applications. The board targets a nano-class footprint compatible with the smallest mechanical size while keeping a practical onboard programming, debug, and I/O expansion experience for rapid prototyping.
Product Positioning
Kiwi 1K is positioned as a small, low-cost, and easy-to-use FPGA board for users who need to learn FPGA design or quickly validate small logic blocks without using a larger evaluation platform. It is suitable for university labs, internal R&D workshops, embedded-control demos, and first-stage FPGA IP verification. Compared with Kiwi 1P5, Kiwi 1K focuses on a smaller nano-class form factor and a more cost-optimized entry point. It keeps the same development-oriented philosophy: onboard programming, simple PC connection, accessible GPIO, and ready-to-run example designs.
Nano-class mechanical footprint
The board has the smallest mechanical size of 58.34 mm x 21.29 mm, making it easy to place in compact demos, breadboard-style fixtures, and education kits.
Ready for quick FPGA development
Onboard USB-JTAG reduces the need for external tools and allows users to program, debug, and monitor the board directly from a PC.
Balanced resources for basic digital design
The 1K FPGA resource class is well suited for FSM, counters, UART, SPI, PWM, GPIO control, encoder/decoder blocks, and small timing-control designs.
Key Highlights
- 1,152 LUT4 logic resources for small-to-medium digital logic examples.
- 864 flip-flops for synchronous logic, FSMs, counters, control logic, and pipeline registers.
- 72 Kbit Block SRAM for buffers, lookup tables, FIFOs, and small embedded data paths.
- 1 PLL for clock multiplication, division, and phase adjustment in timing-sensitive designs.
- Onboard USB-C for power, programming, and convenient PC connection.
- Onboard USB-JTAG for direct FPGA configuration without a separate programmer.
- GPIO headers with 2.54 mm pitch for easy lab wiring and connection to external modules.
- User buttons, LEDs, and DIP switch for fast hands-on experiments and demonstrations.
Target Applications
| FPGA education board | Verilog/VHDL learning, FSM design, counters, PWM, UART, SPI, and basic bus interfaces. |
| Digital logic experiment platform | Hands-on timing control, signal generation, debounce, encoder/decoder, and small state-machine projects. |
| FPGA IP verification | Fast validation of compact IP blocks before scaling to larger FPGA devices or production boards. |
| Embedded-control prototype | GPIO control, relay/LED driving, simple sensor interfacing, and board-to-board digital control. |
| Display and interface demo | Small RGB LCD timing experiments, low-speed data interfaces, and simple visualization projects. |
Specifications
Key technical specifications at a glance
Documentation
Everything you need to get started with your integration
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