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Sipeed Tang Nano 9K FPGA Development Board, Open Source RISC-V PicoRV MCU, with GW1NR-9 Chip 8640 LUT4 32Mbits SPI Flash, Single Board Computer Support TF Card RGB SPI LCD HDMI Port
- [Powerful FPGA Core] Tang Nano 9K is built on the GOWIN GW1NR-9, featuring 8640 LUT4s, 6480 flip-flops, 468K B-SRAM, and 64M PSRAM. It supports the PicoRV RISC-V soft core, making it ideal for Verilog HDL learning, digital logic design, and complex circuit verification.
- [Rich Display Interfaces] Tang Nano 9K integrates HDMI, RGB LCD, and SPI LCD interfaces to support a variety of display output solutions, making it ideal for video processing, image output, and display-related prototyping.
- [Programming and Debugging] Tang Nano 9K is equipped with BL702 USB-JTAG and USB-UART, eliminating the need for an additional debugger; 6 programmable LEDs, 2 user buttons, 32Mbit SPI flash memory, and a TF card slot for expanded storage.
- [Flexible I/O] Configurable I/O interfaces with a drive current range of 4mA24mA; equipped with 2 PLLs and 20 multipliers to support high-speed operations; all I/O pins are exposed, facilitating connection to various peripherals and project verification.
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[Powerful FPGA Core] Tang Nano 9K is built on the GOWIN GW1NR-9, featuring 8640 LUT4s, 6480 flip-flops, 468K B-SRAM, and 64M PSRAM. It supports the PicoRV RISC-V soft core, making it ideal for Verilog HDL learning, digital logic design, and complex circuit verification. ^^ [Rich Display Interfaces] Tang Nano 9K integrates HDMI, RGB LCD, and SPI LCD interfaces to support a variety of display output solutions, making it ideal for video processing, image output, and display-related prototyping. ^^ [Programming and Debugging] Tang Nano 9K is equipped with BL702 USB-JTAG and USB-UART, eliminating the need for an additional debugger; 6 programmable LEDs, 2 user buttons, 32Mbit SPI flash memory, and a TF card slot for expanded storage.
^^ [Flexible I/O] Configurable I/O interfaces with a drive current range of 4mA24mA; equipped with 2 PLLs and 20 multipliers to support high-speed operations; all I/O pins are exposed, facilitating connection to various peripherals and project verification. ^^ [Application Scenarios] Whether you are an FPGA beginner, a RISC-V developer, or a seasoned hardware engineer, you will benefit from this board. It supports design using the Verilog HDL hardware description language, can run C/C++ code as an MCU, and supports co-design of hardware and software. It is suitable for prototyping, logic verification, embedded system design, and industrial control projects.
^^ [WiKi] wiki. sipeed. com/hardware/en/tang/Tang-Nano-9K/Nano-9K. html
^^ [Flexible I/O] Configurable I/O interfaces with a drive current range of 4mA24mA; equipped with 2 PLLs and 20 multipliers to support high-speed operations; all I/O pins are exposed, facilitating connection to various peripherals and project verification. ^^ [Application Scenarios] Whether you are an FPGA beginner, a RISC-V developer, or a seasoned hardware engineer, you will benefit from this board. It supports design using the Verilog HDL hardware description language, can run C/C++ code as an MCU, and supports co-design of hardware and software. It is suitable for prototyping, logic verification, embedded system design, and industrial control projects.
^^ [WiKi] wiki. sipeed. com/hardware/en/tang/Tang-Nano-9K/Nano-9K. html
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