Open Source Router: BPI-R1
The BPI- R1 is a 300Mbps Wireless N Router with both wired and wireless network connections designed specifically for smart home networking use. With 2T2R MIMO Technology and two detachable antennas, the R1 is a dual core Android 4.2.2 platform, equipped with Gigabit Ethernet and SATA ports. It runs games smoothly and supports 1080P high definition video output.
STC Microcontroller Development Boards
TX-1C
Versatile development platform for study of STC microcontroller operation
- 89C52 microcontroller which supports USB or serial program downloading – eliminates the need for additional microcontroller programmer
- 6 digit 7-segment display
- 8 LEDs for running light experimentation
- MAX232 chip for RS232 communication (for PC communication or program downloading)
- USB power supply – eliminates the need for power adaptor
- Onboard Buzzer
- ADC0804 for A/D operation
- DAC0832 for D/A operation
- PDIUSBD12 chip for USB device development, such as thumbdrive, MP3 player and PC-microcontroller communication
- USB-to-serial converter for downloading program using the USB port
- DS18B20 temperature sensor
- External EEPROM AT24C02 for I2C bus experimentation
- Alphanumeric 2-line 1602 LCD display interface port
- 12864 LCD interface port for connecting graphing LCD display
- 4×4 switch matrix and 4 independent keyboard switch
- Extension of all 32 I/O ports for complete expansion
- Locking device for easy installation and removal of main microcontroller
FSST15
Versatile development platform for study of STC microcontroller operation
- Main chip: Latest STC 1T processor IAP15W4K58S4
- 2 set of I/O expansion ports
- Integrated USB to serial converter CH340 for powering of the board, program downloading and testing, and PC communication
- Additional onboard STC microcontroller STC15W104 allows one key program downloading (no need for cold start)
- Power on/off switch and power indicator.
- Power supply header allows further expansion with modules.
- One key on/off, mode setting
- 5V to 3.3V converter provides stable power supply to the board
- 12 tri-colour LED enables experimentation of running light, traffic light, marquee banner, etc.
- 8 digit 7-segment display
- 8×8 LED matrix for basic graphing display
- 1602 LCD display
- Motor driver port for stepper motor/dc motor experimentation
- Infrared receiver for infrared coding/decoding experimation (together with use of remote)
- 16 tact switch matrix allows study of tact switch and switch matrix operation
- 4 push switch
- 1 touch switch
- Potentiometer for A/D experimentation
- 2 stage filtering allows study of D/A operation by PWM function
- EEPROM chip AT24C02 for study of I2C operation
- Clock chip PCF8563 for clock and programmable PWM output
- LM75A temperature sensor: coupled with 7-segment display, it allows temperature acquisition and display
- RDA5870 chip for radio receiver experimentation
- SP3485 chip for RS485 communication
- WiFI module interface port: enables IoT experimentation with external WiFi module
- 2.4G wireless interface port: enables wireless experimentation with external module
- Allows study of RTX51 Tiny OS with additional kit components.
Open Source Drone: Quadcopter based on STC Microcontroller
Main Controller: STC IAP15W4K60S4_LQFP64S
6 axis gyro: MPU6050-QFN24
2.4G Communications Module: nRF24L01
Motor Driver: SI2302
Remote Control:
Main Controller: STC15L2K08S2_LQFP32
2.4G Communications Module: nRF24L01
