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NXP Semiconductors DEVKIT-MPC5748G, Quick Start Manual, Page: 14 / 23

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NXP Semiconductors DEVKIT-MPC5748G Quick Start Manual Download Page 14

EXTERNAL USE

13

DEVKIT-MPC5748G Board : Communication Interfaces

2 of 2

Ethernet

USB

ETHERNET_0

DESCRIPTION

PORT

RMII_0_TXD[0]

PH1

RMII_0_TXD[1]

PH0

RMII_0_TX_EN

PH2

RMII_0_RXD[0]

PA9

RMII_0_RXD[1]

PA8

RMII_0_RX_ER

PA11

RMII_0_RX_DV

PF15

RMII_0_MDC

PG0

RMII_0_MDIO

PF14

RMII_0_TX_CLK (Reference clock)

PG1

USB_1

DESCRIPTION

PORT

ULPI1_D7

PH12

ULPI1_D6

PH11

ULPI1_D5

PG11

ULPI1_D4

PG10

ULPI1_D3

PE15

ULPI1_D2

PE14

ULPI1_D1

PG15

ULPI1_D0

PG14

ULPI1_STP

PI4

ULPI1_NXT

PI5

ULPI1_DIR

PC3

ULPI1_CLK

PC2

UART

UART_2 

–

LinFlex_2

OpenSDA micro-USB

DESCRIPTION

PORT

TX

PC8

RX

PC9

SDHC

SDHC

DESCRIPTION

PORT

SDHC_DATA0

PI3

SDHC_DATA1

PI2

SDHC_DATA2

PI1

SDHC_DATA3

PI0

SDHC_CMD

PE6

SDHC_CLK

PE7

SDHC_CD

PA1

SDHC_WP

N/A for MicroSD

Summary of Contents for DEVKIT-MPC5748G

Page 1: ...EXTERNAL USE Ultra Reliable MCUs for Industrial and Automotive Applications www nxp com DEVKIT MPC5748G DEVKIT MPC5748G QUICK START GUIDE QSG ...

Page 2: ...p Installation Instructions Hardware DEVKIT MPC5748G Board Features Overview Pinout Jumper and Peripherals Settings Software Software Development Tools Pre compiled Code Examples Documentation MPC574xG C B D Family Phantom Feature Differences OpenSDA Recommendations ...

Page 3: ...rite software Fact Sheets Reference Manuals and Data Sheets Detailed manuals for MPC5748G family of MCU and DEVKIT MPC5748G board Name Description Integrated Development Environment IDE Eclipse based S32DS IDE with free GCC compiler and Debugger support DEVKIT MPC5748G Quick Start Package All in one package Software examples and supporting documents for getting started DEVKIT MPC5748G Schematics P...

Page 4: ...dard debug interfaces as well as JTAG connector Easy access to the MCU I O header pins for prototyping On chip connectivity for Ethernet FlexRay USB SDHC CAN LIN UART SCI and SPI MicroSD card slot for access to SDHC interface Potentiometer for precise voltage and analog measurement 8 user LED 2 user push button switches Flexible power supply options micro B USB 12V External power supply Similar ha...

Page 5: ...tive placement of JTAG header and power supply jumper for easier access when using shields User LEDs DS4 changed to red and DS5 changed to orange Added pre soldered pull resistor on CAN0 interface which can be can be added or removed with J16 Shorter array of female pin headers allowing for smaller form factor Fixes Fixed issue with USB The release of DEVKIT MPC5748G Revision D brought several cha...

Page 6: ...t Program reaction The pre loaded example project utilizes the DEVKIT MPC5748G user push button SW2 and the user LEDs Once the board is plugged in LEDs will blink in default pattern Press push button to switch between the two different patterns Use Potentiometer to change blinking speed Clock is configured to PLL running at 160 MHz 4 Learn More About the DEVKIT MPC5748G Read release notes and docu...

Page 7: ...roviding a broad range of expansion board options and a USB serial port interface for connection to the IDE The board has option to be powered via USB or an external power supply NXP Microcontroller MPC5748G 176 LQFP EP JTAG MPC5748G JTAG OpenSDA MCU User LEDs LIN Bus CAN Bus Ethernet FlexRay USB Potentiometer User Switch 2 User Switch 4 12V External Power Supply OpenSDA micro USB J13 J14 J12 J3 J...

Page 8: ...a broad range of expansion board options and a USB serial port interface for connection to the IDE The board has option to be powered via USB or an external power supply NXP Microcontroller MPC5748G 176 LQFP EP JTAG MPC5748G JTAG OpenSDA MCU User LEDs LIN Bus CAN Bus Ethernet FlexRay USB Potentiometer User Switch 2 User Switch 4 12V External Power Supply OpenSDA micro USB J13 J14 J12 J3 J2 J4 Open...

Page 9: ...J2 13 J2 14 PF15 Timer PB13 J2 11 J2 12 PE11 PB12 J2 09 J2 10 PE10 Timer PB11 J2 07 J2 08 PE9 PB10 J2 05 J2 06 PE8 LIN4TX UART PA5 J2 03 J2 04 PE7 LIN4RX UART PA6 J2 01 J2 02 PE6 FUNCTION PORT PIN PIN PORT FUNCTION SCL1 PI1 J3 19 J3 20 PG9 SDA1 PI0 J3 17 J3 18 PG8 NC J3 15 J3 16 PG7 GND J3 13 J3 14 PG6 SCLK_4 PF2 J3 11 J3 12 PI7 SIN_4 PF1 J3 09 J3 10 PI6 SOUT_4 PF0 J3 07 J3 08 PA15 SS_4 PF3 J3 05 ...

Page 10: ... PER_HVA PF6 J13 06 J13 05 RESET MPC5748G Reset PF4 J13 08 J13 07 3V3_SR 3 3V PF5 J13 10 J13 9 5V0_SR 5V PF7 J13 12 J13 11 GND PF8 J13 14 J13 13 GND PF9 J13 16 J13 15 VIN 12V FUNCTION PORT PIN PIN PORT FUNCTION PB4 J14 02 J14 01 PG13 ADC1_S 1 PB5 J14 04 J14 03 PG12 ADC1_S 2 PB6 J14 06 J14 05 PI8 ADC0_S 16 PB7 J14 08 J14 07 PI11 ADC0_S 19 PD0 J14 10 J14 9 PI12 ADC0_S 20 PD1 J14 12 J14 11 PI13 ADC0_...

Page 11: ...5 PF13 J4 17 J4 18 PE4 PC6 J4 15 J4 16 PE0 PC7 J4 13 J4 14 PE1 PI2 J4 11 J4 12 GND PI3 J4 09 J4 10 PER_HVA PH3 J4 07 J4 08 PC11 PH4 J4 05 J4 06 PC10 PG3 J4 03 J4 04 PG5 PG2 J4 01 J4 02 PG4 FUNCTION PORT PIN PIN PORT FUNCTION PD12 J12 2 J12 1 PD15 PD10 J12 4 J12 3 PD14 PD9 J12 6 J12 5 PD13 PD8 J12 8 J12 7 PH8 PER_HVA J12 10 J12 9 PH7 GND J12 12 J12 11 PH6 PD7 J12 14 J12 13 PJ3 PD6 J12 16 J12 15 PJ2...

Page 12: ...s only one jumper J11 It is to select Power source 1 2 Default External 12 V Supply 2 3 USB powered 5V Supply through OpenSDA interface 3 1 Note For high power current consuming applications like using external shield boards use External 12 V Supply only Rev D Rev B ...

Page 13: ...t PB2 PB3 LIN P3 04 CAN_0 DESCRIPTION NAME PIN Port PB0 PB1 CANH P5 01 CANL P5 02 NC P5 03 GND P5 04 FlexRay_A DESCRIPTION NAME PIN FRA DATA A P2_1 FRA DATA B P2_2 FlexRay_A DESCRIPTION PORT FR_A_TX PC5 FR_A_TX_EN PE2 FR_A_RX PE3 Note LIN Physical Interface require 12V supply on pin P3 03 CAN termination resistor jumper Open No resistor Closed 120Ohm Rev D only ...

Page 14: ..._MDIO PF14 RMII_0_TX_CLK Reference clock PG1 USB_1 DESCRIPTION PORT ULPI1_D7 PH12 ULPI1_D6 PH11 ULPI1_D5 PG11 ULPI1_D4 PG10 ULPI1_D3 PE15 ULPI1_D2 PE14 ULPI1_D1 PG15 ULPI1_D0 PG14 ULPI1_STP PI4 ULPI1_NXT PI5 ULPI1_DIR PC3 ULPI1_CLK PC2 UART UART_2 LinFlex_2 OpenSDA micro USB DESCRIPTION PORT TX PC8 RX PC9 SDHC SDHC DESCRIPTION PORT SDHC_DATA0 PI3 SDHC_DATA1 PI2 SDHC_DATA2 PI1 SDHC_DATA3 PI0 SDHC_C...

Page 15: ...er Switch 2 DESCRIPTION PIN PORT Potentiometer ADC0 CH9 RV1 POT PB4 User Switch 2 SW2 PE12 User Switch 4 SW4 PA3 User LEDs DS4 PA10 DS5 PA7 DS6 PH13 DS7 PC4 DS8 PH5 DS9 PJ4 DS10 PA0 DS11 PA4 Reset Button SW1 User Switch 4 Potentiometer User LEDs Reset Button ...

Page 16: ...oot Entry SW3 OpenSDA micro USB On board JTAG connection via open source OSBDM circuit using the MC9S08JM60 Microcontroller J1 OpenSDA JTAG JTAG to update firmware in OpenSDA MCU J6 OpenSDA JTAG JTAG OpenSDA micro USB OpenSDA MCU Boot Entry Button JTAG DESCRIPTION PIN Support for USB Multilink Interface P4 ...

Page 17: ... Power Architecture with GCC compiler GHS MULTI Integrated Development Environment Cosmic IDE iSystems winIDEA IDE SourceryTM CodeBench Development Tools Debuggers Free OpenSDA debugger on board and supported by S32DS IDE P E USB Multilink iSystems iC6000 Lauterbach TRACE32 JTAG Debugger ...

Page 18: ...s from Application Note AN4830 Qorivva Recipes for MPC574xG List of code examples 1 Hello 2 Hello pll 3 Hello pll interrupts 4 eDMA PBridge 5 Semaphores 6 Register Protection 7 Low Power STOP mode 8 Analog to digital Converter 9 Timed I O eMIOS 10 CAN 11 CAN DMA 12 LIN 13 UART 14 SPI 15 SPI DMA 16 I2C 17 Ethernet 18 Body Cross Trigger Unit BCTU 19 System Memory Protection Unit SMPU 20 Flash ...

Page 19: ...r Fact Sheet DEVKIT MPC5748G Board Fact Sheet Software Integration Guide SWIG Application Notes AN4830 Qorivva Recipes for MPC574xG AN5220 MPC5748G Hardware Design Guidelines AN5114 Migrating between MPC5748G and MPC5746C AN4868 EEPROM Emulation with NXP MPC55xx MPC56xx and MPC57xx Microcontrollers AN4805 A Practical Approach to Hardware Semaphores ...

Page 20: ... SPC5746G SPC5746G 3M 384k 512k optional 3M 384k 512k optional SPC5746C SPC5746B SPC5746C SPC5746B SPC5746C SPC5746B PPC5746C 2M 256k 2M 256k SPC5745C SPC5745B SPC5745C SPC5745B SPC5745C SPC5745B 1 5M 192k 1 5M 192k SPC5744C SPC5744B SPC5744C SPC5744B SPC5744C SPC5744B Color Coding Triple Core Ethernet FlexRay USB SDHC optional HSM 2nd Ethernet switch Dual Core Ethernet FlexRay all optional HSM 57...

Page 21: ...nSDA Bootloader mode IMPORTANT NOTE Follow the Load an OpenSDA Application instructions to update the application on your MK20DX128VFM5 to the latest version It is likely that the version provided in this package is newer than what was preprogrammed on your MK20DX128VFM5 Load an OpenSDA Application 1 While in OpenSDA Bootloader mode double click SDA_INFO HTML in the BOOTLOADER drive A web browser ...

Page 22: ...ode examples using S32 Design Studio IDE 4 Configure the terminal emulation program Most embedded examples use 8 data bits no parity bits and one stop bit 8 N 1 Match the baud rate to the selected serial test application and open the port 5 Press and release the Reset button SW1 at anytime to restart the example application Resetting the embedded application will not affect the connection of the v...

Page 23: ...DE makes application to run at 16 MHz Internal RC IRC oscillator For faster performance configure PLL to desired frequency and switch clock source to PLL before executing application code For faster debugging debug from RAM because this cuts down the lengthy Flash erase operation cycles Follow the Software Integration Guide SWIG for details Keep S32 Design Studio IDE and OpenSDA firmware Up to dat...

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