برد لیچی پای نانو lichee nano

برد ليچي پاي نانو يک برد اندازه ي SD Card براي کار و توسعه ي لينوکس توسط  Allwinner F1C100s ARM9 Processor  می باشد و قابلیت اتصال السيدي هاي 40 پين توسط FPCتعبيه شده روي برد را دارد و همچنین این پردازنده دارای رم داخلی می باشد

Lichee Nano Cross-Border Core Board Development Board

Description:
Lichee Nano is a mini development board based on F1C100s (ARM 926EJS core) high-performance SOC chip design. The board is small and exquisite, which draws out all the resources of the chip. On-board USB, Flash, TF card, 40P LCD and other interfaces lead out all IO resources for developers to expand and use. Very suitable for Linux beginners and commercial product development.

The F1C100s chip on the Lichee Nano development board is powerful. The chip has built-in 32MB DDR, SDIO, SPI, UART, Speaker, Mic and other interfaces, and supports external 8-32MB SPI Nor Flash. It supports 720P video output, supports H.264, MJPEG and other HD format decoding.


Features:
- F1C100s: ARM9 CPU architecture @ 900MHz
- Support multiple operating systems: for mainline Linux, support for RT-Thread bare computer (for Xboot)
- Multiple staring ways: Flash boot and TF card boot

Parameters of F1C100s Chip:
- Core: ARM 926EJS@900MHz
- DDR1: Built-in 32M
- SDIO*1: Compatible with SDIO WiFi+BT module
- Speaker*2 + Mic*1: Compatible with speakers and mic
- SPI*2
- TWI*3
- UART*3
- OTG USB*1
- Video Processing:
  H.264 1280x720@30fps decoding
  MPEG1/2/4 1280x720@30fps decoding
  MJPEG 1280x720@30fps encoding
  JPEG encode size up to 8192x8192

Parameters of Development Board:
- Size: 25.4 x 33mm
- Power Supply Ports: Micro USB, 2.54mm Pins, 1.27mm stamp hole (3.3-5V)
- Lead-out IO: Standard 2.54mm pin interfaces lead out all chip sources
- Compatible OS: For bare computer (for Xboot), mainline Linux, RT-Thread RTOS, and Melis OS

Applications:
As a high-performance, open-source hardware that supports multiple operating systems, it is popular with game players, software engineers, and electronic DIY lovers. It is widely used in commercial field, especially in the case of more complex protocol communications, or a complex human-computer interaction interface is required.

- For smart robots
- For games and entertainment
- For self-driving
- For IoT
- For smart wearing
- For smart home