userConfig.h File Reference

macros for customization of RF24Audio More...

Go to the source code of this file.

Macros
#define	SAMPLE_RATE   24000
	The sample rate to use for transferring audio samples.
#define	RF_SPEED   RF24_1MBPS
	configure the RF data rate
#define	ANALOG_PIN   A0
	The pin that analog readings will be taken from (microphone pin)
#define	ENABLE_LED
	Indicator pin.
#define	TX_PIN   A1
	Button pin to trigger recording & transmission.
#define	VOL_UP_PIN   A2
	Pin for external volume control.
#define	VOL_DN_PIN   A3
	Pin for external volume control.
#define	REMOTE_TX_PIN   A4
	Pin for externally triggering remote recording.
#define	REMOTE_RX_PIN   4
	Pin for externally stopping remote recording (needs timeout enabled)
#define	buffSize   32
	The size of the memory buffer to use.
#define	speakerPin   9
	The pin used to output audio on UNO.
#define	speakerPin2   10
	The pin used to output audio on Nano.
#define	ledPin   6

Variables
const uint64_t	pipes [14]
	Radio pipe addresses for the 2 nodes to communicate.

Detailed Description

macros for customization of RF24Audio

Macro Definition Documentation

buffSize

#define buffSize   32

The size of the memory buffer to use.

Not really configurable (set to maximum by default).

ENABLE_LED

#define ENABLE_LED

Indicator pin.

Using pin 6 on Uno enables audio visualization. Pin 13 on Mega 2560 (TIMER0 COMPA)

Note

The pin number cannot be changed.

RF_SPEED

#define RF_SPEED   RF24_1MBPS

configure the RF data rate

These are not limits, just a guide:

• RF24_250KBPS will do 13-20khz+ sample rate
• RF24_1MBPS up to 24-44khz+
• RF24_2MBPS for higher.

SAMPLE_RATE

#define SAMPLE_RATE   24000

The sample rate to use for transferring audio samples.

Maximum Range: Sample rate 16000, RF_SPEED RF24_250KBPS
Maximum Quality: Sample rate 44000, RF_SPEED RF24_2MBPS

Note

44khz+ sample rate requires 8-bits per sample

Variable Documentation

pipes

const uint64_t pipes[14]

Initial value:

=
{
    0xABCDABCD71LL,
    0x544d52687CLL,
    0x544d526832LL,
    0x544d52683CLL,
    0x544d526846LL,
    0x544d526850LL,
    0x544d52685ALL,
    0x544d526820LL,
    0x544d52686ELL,
    0x544d52684BLL,
    0x544d526841LL,
    0x544d526855LL,
    0x544d52685FLL,
    0x544d526869LL
}

Radio pipe addresses for the 2 nodes to communicate.