BW16 (RTL8720DN) Supported ARDUINO built-in example table

There are many built-in examples in Arduino. In the table below, we list all examples that are compatible with Ameba.
Please refer the following link to set up Ameba for Arduino IDE.
Refer the following link for Arduino built-in example details.
CategoryNameCommentRemarks
01. BasicsAnalogReadSerialConnect potentiometer to 3.3V.
ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset).
ADC pin options A2 (PB3).
ADC pin reading voltage range 0 to 3.3V.
ADC value can be calibrated by modifying _offset and _gain using 2 points calibration method. analogSet(float gain, float offset) can be used to update the calibrated offset and gain values.
BareMinimum  
BlinkLED_BUILTIN sets to LED_G (on-board LED blue)LED options, on-board LED, LED_R (red), LED_B (blue), or LED_G (green).
LED_B and LED_G are PWM capable LED.
DigitalReadSerial  
FadeFor “analogWrite()”, use PWM capable pin.PWM capable Pin 3, 7, 8, 11, and 12.
ReadAnalogVoltageADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset). 
02. DigitalBlinkWithoutDelayLED_BUILTIN sets to LED_B (on-board LED blue)LED options, on-board LED.
ButtonReplace any Pin that sets beyond Pin 0 to 12.
Debounce
DigitalInputPullup
StateChangeDetection
toneKeyboardADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset).
For “analogRead()”, use ADC pin name (A2) instead the integer number.
For “tone()” and “noTone()”, use PWM capable pin.
 
toneMelody 
toneMultiple 
tonePitchFollower 
03. AnalogAnalogInOutSerialADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset).
For “analogWrite()”, use PWM capable pin.
Replace any Pin that sets beyond Pin 0 to 12.
LED options, on-board LED.
LED_B and LED_G are PWM capable LED.
AnalogInput
AnalogWriteMega
Calibration
Fading
Smoothing
04. CommunicationASCIITable LED options, on-board LED.
LED_B and LED_G are PWM capable LED.
DimmerFor “analogWrite()”, use PWM capable pin.
GraphConnect potentiometer to 3.3V.
ADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset).
MidiUse Serial1, MIDI jack pin 5 connected to SERIAL1_TX.
MultiSerialRequired external USB-to-UART module.
PhysicalPixelReplace any Pin that sets beyond Pin 0 to 12.
ReadASCIIStringFor “analogWrite()”, use PWM capable pin.
SerialEvent 
SerialPassthroughRequired external USB-to-UART module.
05. ControlArrays  
ForLoopIteration  
IfStatementConditionalADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset).
Replace any Pin that sets beyond Pin 0 to 12.
LED options, on-board LED.
switchCaseADC pin used, up to 3.3V. 
switchCase2  
WhileStatementConditionalADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset).
For “analogWrite()”, use PWM capable pin.
Replace any Pin that sets beyond Pin 0 to 12.
LED options, on-board LED.
LED_B and LED_G are PWM capable LED.
06. DisplaybarGraphADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset). 
07. StringsCharacterAnalysis  
StringAdditionOperator  
StringAppendOperator  
StringCaseChanges  
StringCharacters  
StringComparisonOperatorsADC pin used, up to 3.3V and can be calibrated by using analogSet(float gain, float offset). 
StringIndexOf  
StringLength  
StringLengthTrim  
StringReplace  
StringStartsWithEndsWith  
StringSubstring  
StringToInt  
Please confirm that QQ communication software is installed