Supported Texas Instruments C2000 Processors

The following table shows the list of C2000™ Microcontroller Blockset processors that are supported for each processor family. In this topic, you will also understand the differences between generic and LaunchPad entries for C2000 processors.

Processor Family	Processors
TI Delfino F28377S LaunchPad	F28377S
TI Delfino F2837xS	F28379S, F28377S, F28376S, F28375S, and F28374S
TI Delfino F28379D LaunchPad	F28379D
TI Delfino F2837xD	F28379D, F28377D, F28376D, F28375D, and F28374D
TI Delfino F2833x	F28335, F28334, and F28332
TI Delfino C2834x	C28346, C28345, C28344, C28343, C28342, and C28341
TI Piccolo F280049C LaunchPad	F280049C
TI Piccolo F28004x	F280049M, F280049C, F280049, F280048C, F280048, F280045, F280041C, F280041, F280040C, and F280040
TI Piccolo F2807x	F28075 and F28074
TI Piccolo F2806x	F28069M, F28069, F28068, F28067, F28066, F28065, F28064, F28063, and F28062
TI Piccolo F28069M LaunchPad	F28069M
TI Piccolo F2805x	F28055, F28054, F28053, F28052, F28051, and F28050
TI Piccolo F2803x	F28035, F28034, F28033, F28032, F28031, and F28030
TI Piccolo F2802x	F28027, F28026, F28023, F28022, F28021, F28020, and F280200
TI Piccolo F28027/F28027F LaunchPad	F28027
TI F280x	F2809, F2808, F2806, F2802, F2801, F28016, and F28015
TI F28044	F28044
TI F281x	F2812, F2811, and F2810
TI F2838x	F28388D, F28388S, F28386D, F28386S, F28384D, and F28384S
TI F28002x	F280025, F280025C, F280024, F280024C, F280023, F280023C, F280022 and F280021
TI F280025C LaunchPad	F280025C
TI F28003x	F280033, F280034, F280036, F280036C, F280037, F280037C, F280038, F280038C, F280039, and F280039C
TI F280039C LaunchPad	F280039C
TI F280013x	F2800132, F2800133, F2800135, and F2800137
TI F2800137 LaunchPad	F2800137
TI F280015x	F2800152, F2800153, F2800154, F2800155, F2800156, and F2800157
TI F28P65x	F28P650D, F28P650S, F28P659D, and F28P659S
TI F28P650D LaunchPad	F28P650D
TI F28P55x	F28P550SJ9, F28P550SG9, F28P550SD7, F28P550SD4,F28P559SJ9, F28P559SJ2, F28P559SG8, F28P559SG2, and F28P559SD7
TI F28P550S LaunchPad	F28P550S
TI Concerto F28M35x	F28M35H52C, F28M35H22C, F28M35M52C, F28M35M22C, F28M35M20B, and F28M35E20B
TI Concerto F28M36x	F28M36P63C, F28M36P53C, F28M36H53C, F28M36H53B, F28M36H33C, and F28M36H33B

Understanding Differences Between Generic and LaunchPad Entries for C2000 MCUs

In C2000 Microcontroller Blockset, certain microcontrollers have multiple entries in Configuration Parameters (Configuration Parameters > Hardware Implementation > Hardware board). One entry is a generic entry for the given processor, such as TI Delfino F2837xD, and the other entry is for the LaunchPad development kit for the processor, such as TI Delfino F28379D LaunchPad. The defaults for the generic entry of a processor usually match with the control card defaults. Understanding the differences between these entries is crucial for hardware configuration and functionality.

Key Differences

The main differences between the generic and LaunchPad entries are:

CCXML File - Different CCXML files are provided for the generic and LaunchPad boards. Navigate to Configuration Parameters > Hardware Implementation > Target hardware resources > Build options and select the appropriate CCXML file. You can find these files in:
```
<C2000WareInstallLocation>\device_support\<device>\common\targetConfigs
```
Default GPIO Pin Selection - Ensure the default GPIO pins match the hardware requirements. The default GPIO pins for peripherals are selected based on availability on the board.
External Clock Differences - If necessary, update the external clock settings under Configuration Parameters > Hardware Implementation > Target hardware resources > Clocking. The external clock provided in the boards differs and must be updated accordingly.

Using Generic Entries on LaunchPad Boards

You can select any generic entry (ControlCards or custom boards) of a processor as the hardware board and configure it as the LaunchPad by updating the CCXML file and verifying the GPIO pins. For example, you can use the hardware TI F28P55x to run a model on the LAUNCHXL-F28P55X board if you update the CCXML file correctly.

Below are the differences for various processors between the generic and launchpad entries:

Differences between generic and launchpad entries for TI C2000 MCUs

Processor	Differences	Default value in generic entry	Default value in LaunchPad
F28002x TI F28002x - Generic entry TI F280025C LaunchPad - LaunchPad entry	CCXML file
	Oscillator clock frequency	Internal oscillator 10Mhz clock	External oscillator 20Mhz clock
	Default GPIO entry for
	ePWM 3B eQEP1I I2C_A SDA and SCL SPI_A PICO, POCI and chip select SPI_B PICO, POCI, CLK and chip select CAN A TX and RX	5 23 32 and 33 16, 17 and 11 24, 25, 26 and 27 31 and 30	15 31 35 and 37 11, 10 and 5 30, 31, 22 and 33 32 and 33
F28003x TI F28003x - Generic entry TI F280039C LaunchPad - LaunchPad entry	CCXML file
	Default GPIO entry for
	ePWM 5A and 5B eQEP1I eQEP2A, 2B and 2I SCI_B TX and RX I2C_A SDA and SCL SPI A PICO and chip select SPI_B PICO, POCI and CLK CAN A TX and RX	8 and 9 23 24, 25 and 26 9 and 11 32 and 33 16 and 11 24, 25 and 26 31 and 30	16 and 35 24 14, 55 and 57 56 and 15 19 and 18 8 and 5 60, 61 and 58 4 and 5
F28004x TI F28004x - Generic entry TI F280049C LaunchPad - LaunchPad entry	CCXML file
	Default GPIO entry for
	eQEP1A, 1B and 1I eQEP2A and 2B I2C_A SDA and SCL SCI_B TX and RX SPI_A CLK and chip select SPI_B POCI and CLK CAN A RX	40, 57 and 31 24 and 25 35 and 37 9 and 11 9 and 11 25 and 26 30	35, 37 and 59 14 and 15 32 and 33 40 and 13 56 and 57 31 and 22 33
F2837xD TI F2837xD - Generic entry TI F28379D LaunchPad - LaunchPad entry	CCXML file
	External oscillator frequency	20Mhz	00Mhz
	Default GPIO entry for
	eCAP 1 - 6 eQEP1I eQEP2A, eQEP2B and eQEP2I I2C_A SDA and SCL I2C_B SDA and SCL SCI_A baud rate SCI_A TX and RX SCI_B TX and RX SCI_C TX and RX SPI_A PICO, POCI, CLK and chip select SPI_B PICO, POCI, CLK and chip select SPI_C PICO, POCI, CLK and chip select CAN_B TX and RX	24, 25, 26, 20, 21, 23 23 24, 25 and 26 32 and 33 34 and 35 115200 29 and 28 9 and 11 12 and 13 16, 17, 18 and 19 24, 25, 26 and 27 123, 124, 125, 126 8 and 10	20, 21, 99, 54, 55, 57 99 54, 55 and 57 104 and 105 40 and 41 5e6 42 and 43 18 and 19 56 and 139 58, 59, 60 and 61 63, 64, 65 and 66 100, 101, 102, 103 12 and 17
F2806x TI F2806x - Generic entry TI F28069M LaunchPad - LaunchPad entry	Default GPIO entry for
	eCAP1 SCI_B TX and RX SPI_B PICO, POCI and chip select eQEP2A, 2B and 2I SCI_A baud rate	5 9 and 11 12, 13 and 15 24, 25 and 26 115200	19 58 and 15 24, 25 and 27 54, 55 and 56 5.625e6
F280013x TI F280013x - Generic entry TI F2800137 LaunchPad - LaunchPad entry	CCXML
	Default GPIO entry for
	ePWM5 GPIO eQEP1A, eQEP1B and eQEP1I GPIO I2C_B SDA and SCL GPIO SPI_A PICO, CLK and chip select eCAN_A Tx and Rx GPIO	8 and 9 20, 21 and 23 34 and 51 16, 12 and 11 37 and 35	16 and 35 40, 41 and 39 2 and 3 8, 9 and 5 4 and 5
F28P65x TI F28P65x - Generic entry TI F28P650D LaunchPad - LaunchPad entry Note The memory configuration on F28P65x devices differs slightly from its predecessors. F28P65x devices have five flash banks that you can allocate to either CPU1 or CPU2. Additionally, CPU1 or CLA can use the LS RAM, while RAM Dx memory can be mapped to either CPU1 or CPU2. For more information, see F28P65x Memory Configuration.	CCXML
	External oscillator frequency	20Mhz	25Mhz
	Default GPIO entry for
	ePWM 8A and 8B eQEP1S eQEP2A, eQEP2B and eQEP2I I2C_A SDA and SCL SCI_A Tx and Rx SCI_B Tx and Rx SPI_A chip select eCAN_A Tx and Rx	14 and 15 22 54, 55 and 57 32 and 33 29 and 28 9 and 11 19 31 and 30	99 and 75 12 24, 79 and 103 104 and 105 42 and 43 38 and 55 57 37 and 36
F28P55x TI F28P55x - Generic entry TI F28P550D LaunchPad - LaunchPad entry	CCXML
	Default GPIO entry for
	ePWM5 GPIO eQEP1A, eQEP1B and eQEP1I GPIO SCI_B Tx and Rx GPIO SPI_A PICO, CLK and chip select SPI_B PICO, POCI and CLK MCAN_A Tx and Rx GPIO MCAN_B Tx and Rx GPIO	8 and 9 20, 21 and 23 9 and 11 16, 12 and 11 24, 25 and 26 31 and 30 2 and 3	37 and 35 40, 41 and 59 56 and 15 8, 9 and 17 60, 61 and 14 4 and 5 58 and 33

The ccxml file is necessary to download the executable onto the target device and defines the connection with the debugger.

The COM port is used for serial communication. Once chosen, the COM port for a particular target is saved as a preference and automatically applied.

Note

Early versions of the TI F2838x controlCARDs (MCU063E1, MCU063E2, MCU063A) use a 20 MHz external clock. The newer TI F2838x controlCARDs (versions MCU063B and later) use a 25 MHz external clock. The default clock for the TI F2838x target is set to a 10 MHz internal clock to accommodate all variants. However, you can change the clock under Configuration Parameters > Hardware Implementation > Target hardware resources > Clocking by disabling the Use internal oscillator parameter and setting the correct external clock frequency in the Oscillator clock (OSCCLK) frequency in MHz parameter.
The memory configuration on F28P65x devices differs slightly from its predecessors. F28P65x devices have five flash banks that you can allocate to either CPU1 or CPU2. Additionally, CPU1 or CLA can use the LS RAM, while RAM Dx memory can be mapped to either CPU1 or CPU2. For more information, see F28P65x Memory Configuration.