CC2652R1 SimpleLink LaunchPad Settings & Resources

The CC2652R1 LaunchPad consists of a LaunchPad board with a CC2652F128 device.

Jumper Settings

• For any examples that use LEDs, make sure the LED’s jumper settings are closed.
• Set RXD << and TXD >> to provide UART communication via the onboard USB debugger.
• If you use a BoosterPack with this board, the BoosterPack fits over J1 and J2.

Board resources used in driver examples

The following table lists the Board names of the resources used by the driver examples, and their corresponding pins. Note that there may be other resources configured in the board files that are not used by any driver example. Only the example resources are listed in the table.

Board Resource	Pin
Board_ADC0	DIO23
Board_ADC1	DIO24
Board_ADCBUF0CHANNEL0	DIO23
Board_GPIO_BUTTON0	DIO13 (BTN-1)
Board_GPIO_BUTTON1	DIO14 (BTN-2)
Board_GPIO_LED0	DIO6 (Red LED must be jumpered)
Board_GPIO_LED1	DIO7 (Green LED must be jumpered)
Board_I2C_TMP	DIO4 - SCL, DIO5 - SDA
Board_PIN_LED0	DIO6 (Red LED must be jumpered)
Board_PIN_LED1	DIO7 (Green LED must be jumpered)
Board_PIN_LED2	DIO6 (Red LED must be jumpered)
Board_PWM0	DIO6
Board_PWM1	DIO7
Board_SD0	DIO8 - MISO, DIO9 - MOSI, DIO10 - CLK, DIO21 - CS
Board_SPI0	DIO8 - MISO, DIO9 - MOSI, DIO10 - CLK
Board_SPI_MASTER	DIO8 - MISO, DIO9 - MOSI, DIO10 - CLK
Board_SPI_SLAVE	DIO8 - MISO, DIO9 - MOSI, DIO10 - CLK
Board_SPI_MASTER_READY	DIO15
Board_SPI_SLAVE_READY	DIO21
Board_UART0	DIO3 - TX, DIO2 - RX (UART provided through emulation, RXD << and TXD >> must be jumpered)

BoosterPacks

The following examples require BoosterPacks.

Example	BoosterPack
display	BOOSTXL-SHARP128 LCD & SDCard BoosterPack
i2ctmp116	BOOSTXL-BASSENSORS BoosterPack
portable	BOOSTXL-BASSENSORS BoosterPack
sdraw	BOOSTXL-SHARP128 LCD & SDCard BoosterPack

Peripherals Used

The following list shows which CC26X2R1_LAUNCHXL peripherals are used by driver and kernel applications. Driver examples control which peripherals (and which ports) are used.

• TI-RTOS Kernel (SYS/BIOS)
  • Uses the CC26xx’s RTC timer and that timer’s associated interrupts. The TI-RTOS Kernel manages the Interrupt Vector Table.
• TI-RTOS Drivers
  • ADC: A CC13xx/CC26xx specific driver that uses the onboard ADC peripheral.
  • Crypto: A CC13xx/CC26xx specific driver that uses the onboard AES Crypto processor.
  • GPIO: The GPIO driver is used in various examples to drive Board_GPIO_LED0 and Board_GPIO_LED1, and to monitor the Board_GPIO_BUTTON0 and Board_GPIO_BUTTON1 buttons.
  • I²C: The I²C driver is used to manage theBoard_I2C0 I²C instance.
  • NVS: The Board_NVSINTERNAL region uses on-chip flash memory. This NVS region is defined in the example application’s board file.
  • NVS SPI: The Board_NVSEXTERNAL region uses off-chip SPI flash memory. This NVS region is defined in the example application’s board file.
  • PIN: A CC13xx/CC26xx specific driver PIN driver that uses 2 output pins for the onboard Board_PIN_LED0 and Board_PIN_LED1, and 2 input pins for buttons Board_PIN_BUTTON0 and Board_PIN_BUTTON1.
  • RF: The RF driver uses the on-chip radio module on CC26xx devices.
  • SD: The SD driver is built on the GPIO and SPI drivers to communicate with an SD card via SPI. Board_SD0 uses Board_SPI0 to send data to-and-from the SD card.
  • SPI: The SPI driver uses SPI0 for Board_SPI0 SPI instance.
  • UART: The UART driver uses UART0, which is attached to the onboard emulator to facilitate serial communications.
  • Watchdog: The Watchdog driver example uses the Watchdog Timer WDT peripheral (Board_WATCHDOG0).