Aries Embedded MSMP1EVK User manual

MSMP1EVK
MSMP1EVK
Version: 1.0
Created on: Jul 13, 2022
Created by: Diana Korchmar
Page 1 of 44
©ARIES Embedded GmbH. The information contained in this document is strictly confiden-
tial. This document may not be copied, reproduced, translated, changed or distributed
without the written approval of ARIES Embedded GmbH

MSMP1EVK
CONTENTS:
1 About this manual 3
1.1 Imprint ................................................ 3
1.2 Disclaimer ............................................... 3
1.3 Copyright ............................................... 4
1.4 Registered Trademarks ........................................ 4
1.5 Care and Maintenance ........................................ 4
1.6 Change Log .............................................. 4
2 Overview 5
2.1 MSMP1EVK ............................................. 5
2.2 Feature Set .............................................. 6
2.3 Order Codes ............................................. 6
2.4 Block Diagram ............................................ 7
2.5 Dimensions .............................................. 8
2.6 Part Overview ............................................ 9
2.7 Handling Recommendations ..................................... 9
3 Resources 10
3.1 Components .............................................. 10
3.1.1 Ethernet ............................................ 10
3.1.2 CAN .............................................. 10
3.1.3 UART ............................................. 11
3.1.4 RESET and WAKE UP Button ............................... 12
3.1.5 JTAG ............................................. 12
3.1.6 User LEDs .......................................... 13
3.1.7 USB Host ........................................... 13
3.1.8 USB OTG ........................................... 13
3.1.9 LCD Interface ........................................ 14
3.1.10 SD/MMC Card ........................................ 15
3.1.11 Image Sensor Interface .................................... 16
3.1.12 GPIO/EBI .......................................... 16
3.1.13 Security Box Module ..................................... 19
3.1.14 GPIO/ANAIN2-IOs ..................................... 19
3.1.15 ADC-Signals ......................................... 20
3.1.16 MxM Edge Connector .................................... 20
3.2 Schematics .............................................. 27
3.2.1 MSMP1 Adapter to MA5D4EVK .............................. 27
3.2.2 Baseboard MA5D4EVK ................................... 33
CONTENTS: Page 2 of 44

MSMP1EVK
CHAPTER
ONE
ABOUT THIS MANUAL
1.1 Imprint
Adress:
ARIES Embedded GmbH
Schöngeisinger Str. 84
D-82256 Fürstenfedbruck
Germany
Phone:
+49 (0) 8141/36 367-0
Fax:
+49 (0) 8141/36 367-67
1.2 Disclaimer
ARIES Embedded does not guarantee that the information in this document is up-to-date, correct, complete
or of good quality. Liability claims against ARIES Embedded, referring to material or non-material related
damages caused, due to usage or non-usage of the information given in this document, or due to usage of
erroneous or incomplete information, are exempted, as long as there is no proven intentional or negligent
fault of ARIES Embedded. ARIES Embedded explicitly reserves the rights to change or add to the contents
of this Preliminary User’s Manual or parts of it without notification.
Chapter 1. About this manual Page 3 of 44

MSMP1EVK
1.3 Copyright
This document may not be copied, reproduced, translated, changed or distributed, completely or partially
in any form without the written approval of ARIES Embedded GmbH.
1.4 Registered Trademarks
The contents of this document may be subject of intellectual property rights (including but not limited to
copyright, trademark, or patent rights). Any such rights that are not expressly licensed or already owned
by a third party are reserved by ARIES Embedded GmbH.
1.5 Care and Maintenance
•Keep the device dry. Precipitation, humidity, and all types of liquids or moisture can contain minerals
that will corrode electronic circuits. If your device does get wet, allow it to dry completely.
•Do not use or store the device in dusty, dirty areas. Its moving parts and electronic components can
be damaged.
•Do not store the device in hot areas. High temperatures can shorten the life of electronic devices,
damage batteries, and warp or melt certain plastics.
•Do not store the device in cold areas. When the device returns to its normal temperature, moisture
can form inside the device and damage electronic circuit boards.
•Do not attempt to open the device.
•Do not drop, knock, or shake the device. Rough handling can break internal circuit boards and fine
mechanics.
•Do not use harsh chemicals, cleaning solvents, or strong detergents to clean the device.
•Do not paint the device. Paint can clog the moving parts and prevent proper operation.
•Unauthorized modifications or attachments could damage the device and may violate regulations gov-
erning radio devices.
1.6 Change Log
Revision Date Revised Comment
1.0 10.08.2022 dk Initial creation
Chapter 1. About this manual Page 4 of 44

MSMP1EVK
CHAPTER
TWO
OVERVIEW
2.1 MSMP1EVK
The MSMP1EVK supports a quick start-up of CPU projects and can easily be used as a fast-prototype
platform.
The MSMP1EVK contains the Open Standard Module compliant System-In-Package based on ST Micro-
electronics STMP1 Family architecture offering high-performance single/dual CortexA7 cores in combination
with a CortexM4 core.
Chapter 2. Overview Page 5 of 44

MSMP1EVK
2.2 Feature Set
•MSMP1 SiP
–STM32MP157
–Single/Dual Cortex-A7, up to 800MHz
–Cortex-M4, up to 209MHz
–512MB LPDDR3 RAM
–4GB eMMC
–-25. . . +85°C
•Ethernet 10/100MBit on RJ45
•Camera Port
•LCD Interface
•Dual UART on DSUB9
•Dual CAN on DSUB9
•USB Host
•USB Host/OTG
•microSD card slot
•JTAG
•size 165mm x 135mm
2.3 Order Codes
MSMP157EVK-AAE
•MSMP1 SiP
–STM32MP157
–Cortex-M4, up to 209MHz
–512MB LPDDR3 RAM
–4GB eMMC
–-25. . . +85°C
Please contact ARIES Embedded for more information about the availability of other standard products of
MSMP1EVK or custom configurations.
Chapter 2. Overview Page 6 of 44

MSMP1EVK
2.4 Block Diagram
Chapter 2. Overview Page 7 of 44

MSMP1EVK
2.5 Dimensions
Chapter 2. Overview Page 8 of 44

MSMP1EVK
2.6 Part Overview
2.7 Handling Recommendations
To avoid mechanical damage to the components populated on MSMP1 it is strongly recommended not to
apply mechanical force on the Ball Grid Array (BGA) components. The BGA components are marked as
shaded in the figure below:
Chapter 2. Overview Page 9 of 44

MSMP1EVK
CHAPTER
THREE
RESOURCES
3.1 Components
3.1.1 Ethernet
MSMP1EVK offers 10/100 MBit Ethernet Channel on connector X3. For best flexibility the Ethernet-PHY
KSZ8081 (Micrel) is populated on the MSMP1EVK baseboard.
Connector X3:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PB17/FEC0 MDIO 174 AB2 ETH_MDIO T15
PB16/FEC0 MDC 173 AB3 ETH_MDC T16
PB0/FEC0 TXCK 189 V4 ETH_RGMII_RX_CLK R15
PB8/FEC0 RX0 181 AB6 ETH_RGMII_RXD0 K15
PB9/FEC0 RX1 182 AA6 ETH_RGMII_RXD1 L15
PB6/FEC0 RXDV 183 Y9 ETH_RGMII_RX_CTL M15
PB7/FEC0 RXER 184 W1 ETH_GMII_RX_ER L16
PB12/FEC0 TX0 177 AA1 ETH_RGMII_TXD0 H15
PB13/FEC0 TX1 178 AA2 ETH_RGMII_TXD1 G15
PB2/FEC0 TXEN 187 Y5 ETH_RGMII_TX_CTL K16
3.3V NRST – – – –
3.1.2 CAN
Please note that the CAN interface can only be functional in case one or two of the optional CAN interfaces
on the MA5D4 System on Module are populated.The CAN interfaces 1 and 2 are available on connectors
X4 and X5.
Chapter 3. Resources Page 10 of 44

MSMP1EVK
Termination
•To apply 120R termination to the interface
–jumper JP2 has to be closed for CAN interface 1
–jumper JP4 has to be closed for CAN interface 2
Signal enable
•To connect the CAN signals of the CAN controller to the SN65HVD320 CAN transceiver jumper
–JP12, JP13 for CAN interface 1
–JP14, JP15 for CAN interface 2
have to be closed accordingly
Slope control
•To enable slope control
–jumper JP1 has to be closed for CAN interface 1
–jumper JP3 has to be closed for CAN interface 2
Connector X4:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
ePB23/SPI1_NCS2/
CAN1_TX/EBI_D13
166 D3 FDCAN1_TX AC17
ePB22/SPI1_NCS1/
CAN1_RX/EBI_D12
165 C2 FDCAN1_RX AB17
Connector X5:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
ePE7/CAN2_TX/EBI_A7 52 V10 FDCAN2_TX AC19
ePE6/CAN2_RX/EBI_A6 51 AA7 FDCAN2_RX AB19
3.1.3 UART
The UART interfaces 0 and 1 are available on connectors X6 and X7.
•The SP3222 RS232 line driver has to be activated by closing:
–jumper JP5 for UART0
–jumper JP6 for UART1
Chapter 3. Resources Page 11 of 44

MSMP1EVK
•To connect the UART signals to the SP3222 RS232 line drive:
–JP18, JP19, JP20, JP21 for UART0
–JP22, JP23, JP24, JP25 for UART1
have to be closed accordingly
Connector X6:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PD12/RXD0 149 AA11 UART7_RX (SPI5_NSS) A14
PD13/TXD0 150 AA10 UART7_TX (SPI5_SCK) B13
PD11/RTS0 152 AB10 UART7_RTS (SPI5_MISO) C13
PD10/CTS0 151 AB11 UART7_CTS (SPI5_MOSI) C14
Connector X7:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PD16/RXD1 145 V13 UART4_RX D22
PD17/TXD1 146 U11 UART4_TX D23
PD15/RTS1 148 – – –
PD14/CTS1 147 – – –
3.1.4 RESET and WAKE UP Button
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PMIC_RESET# 24 R2 NRST U17
PMIC_WAKE# 22 – PMIC/PONKEYn AA9
3.1.5 JTAG
JTAG is available on a 20 pin header X9.
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PA8/LCD_D8/JTAG_TCK 219 L4 LCD_G0 C19
PA0/LCD_D0/JTAG_TMS 229 B8 LCD_B0 C21
PB24/JTAG_TDI/EBI_D14 163 – – –
PB25/JTAG_TDO/EBI_D15 164 – – –
PA16/LCD_D16/JTAG_NTRST 209 F3 LCD_R0 C17
3.3N NRST – – – –
JTAGSEL – – – –
Chapter 3. Resources Page 12 of 44

MSMP1EVK
3.1.6 User LEDs
MSMP1EVK offers three user LEDs. They can be activated by either using a port-signal of the MPU or
permanently activated by closing a jumper.
Function MSMP1EVK Pull-
down
Pin MPU
Pin
Function MSMP1 SiP
Pads
PD28 R30 113 D10 PG15 E4
PD29 R142 114 – – –
PD30 R141 111 – – –
3.1.7 USB Host
MSMP1EVK offers two USB 2.0 Host-interfaces.
Connector X10:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
USBC_D_N 64 AB15 USB1_D_N AB13
USBC_D_P 62 AA15 USB1_D_P AC14
PE12/USBC_EN/EBI_A12 45 E6 PH9 (GPIO/USB1_EN) G4
PE14/USB_C_OC/EBI_A14 43 J5 PI9 (GPIO/USB1_OC) Y32
Connector X8:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
USBB_D_N 70 – – –
USBB_D_P 68 – – –
PE11/USBB_EN/EBI_A11 48 A2 PH5 (GPIO/USB2_EN) F4
PE13/USB_B_OC/EBI_A13 46 A3 PH4 (GPIO/USB2_OC) F3
3.1.8 USB OTG
MSMP1EVK offers one USB-OTG interface on a 6 pin header X11.
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PE10/USBA_EN/EBI_A10 47 – – –
PE9/unused/EBI_A9 50 – – –
PE31/ADTRG/USB-VBUS 26 V15 OTG_VBUS AB20
PE8/unused/EBI_A8 49 Y17 OTG_ID AB22
USBA_D_N 76 AA14 USB2_D_N AB23
USBA_D_P 74 AB14 USB2_D_P AC22
Chapter 3. Resources Page 13 of 44

MSMP1EVK
3.1.9 LCD Interface
The LCD interface of MSMP1EVK is available on connectors X19 and X20.
Connector X19:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PA28/LCD_PCK 195 D2 LCD_CLK M4
PA2/LCD_D2/FEC1_TXCK 227 B7 LCD_B2 R4
PA3/LCD_D3 228 C7 LCD_B3 R3
PA4/LCD_D4/FEC1_TXEN 225 B6 LCD_B4 P3
PA5/LCD_D5 226 A6 LCD_B5 N3
PA6/LCD_D6 223 C6 LCD_B6 N4
PA7/LCD_D7 224 A5 LCD_B7 M3
PA10/LCD_D10/FEC1_RXDV 217 L2 LCD_G2 W4
PA11/LCD_D11/FEC1_RXER 218 J3 LCD_G3 V3
PA12/LCD_D12/FEC1_RX0 215 K6 LCD_G4 V4
PA13/LCD_D13/FEC1_RX1 216 D8 LCD_G5 U3
PA14/LCD_D14/FEC1_TX0 213 E7 LCD_G6 T3
PA15/LCD_D15/FEC1_TX1 214 E8 LCD_G7 T4
PA18/LCD_D18 207 L6 LCD_R2 Y7
PA19/LCD_D19 208 K4 LCD_R3 AA6
PA20/LCD_D20 205 J1 LCD_R4 Y6
PA21/LCD_D21 206 K2 LCD_R5 AA5
PA22/LCD_D22/FEC1_MDC 203 K1 LCD_R6 Y5
PA23/LCD_D23/FEC1_MDIO 204 L5 LCD_R7 Y4
PA29/LCD_DEN 196 B5 LCD_DE J4
ADC3 67 AB5 PB0/ADC2_IN9 (GPIO) Y29
ADC2 69 W9 PA6/ADC2_IN3 (GPIO) D6
ADC1 71 T5 ANA1/ADC2_IN1 N18
ADC0 73 R4 ANA0/ADC1_IN0 M18
PA24/LCD_PWM 199 T4 LCD_BL_CTRL K4
Connector X20:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PA25/LCD-DISP 200 – – –
PA28/LCD_PCK 195 D2 LCD_CLK M4
PA0/LCD_D0/JTAG_TMS 229 B8 LCD_B0 C21
PA1/LCD_D1 230 A7 LCD_B1 AA31
PA2/LCD_D2/FEC1_TXCK 227 B7 LCD_B2 R4
PA3/LCD_D3 228 C7 LCD_B3 R3
PA4/LCD_D4/FEC1_TXEN 225 B6 LCD_B4 P3
PA5/LCD_D5 226 A6 LCD_B5 N3
PA6/LCD_D6 223 C6 LCD_B6 N4
PA7/LCD_D7 224 A5 LCD_B7 M3
PA8/LCD_D8/JTAG_TCK 219 L4 LCD_G0 C19
PA9/LCD_D9 220 H6 LCD_G1 AA30
PA10/LCD_D10/FEC1_RXDV 217 L2 LCD_G2 W4
continues on next page
Chapter 3. Resources Page 14 of 44

MSMP1EVK
Table 1 – continued from previous page
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PA11/LCD_D11/FEC1_RXER 218 J3 LCD_G3 V3
PA12/LCD_D12/FEC1_RX0 215 K6 LCD_G4 V4
PA13/LCD_D13/FEC1_RX1 216 D8 LCD_G5 U3
PA14/LCD_D14/FEC1_TX0 213 E7 LCD_G6 T3
PA15/LCD_D15/FEC1_TX1 214 E8 LCD_G7 T4
PA16/LCD_D16/JTAG_NTRST 209 F3 LCD_R0 C17
PA17/LCD_D17 210 J2 LCD_R1 AA29
PA18/LCD_D18 207 L6 LCD_R2 Y7
PA19/LCD_D19 208 K4 LCD_R3 AA6
PA20/LCD_D20 205 J1 LCD_R4 Y6
PA21/LCD_D21 206 K2 LCD_R5 AA5
PA22/LCD_D22/FEC1_MDC 203 K1 LCD_R6 Y5
PA23/LCD_D23/FEC1_MDIO 204 L5 LCD_R7 Y4
PB24/JTAG_TDI/EBI_D14 163 – – –
PA27/LCD_HSYNK 198 H2 LCD_HSYNC K3
PA26/LCD_VSYNK 197 H1 LCD_VSYNC L3
PB14/unused 175 U3 PC3 (GPIO) L17
PA29/LCD_DEN 196 B5 LCD_DE J4
PB25/JTAG_TDO/EBI_D15 164 – – –
ADC3 67 AB5 PB0/ADC2_IN9 (GPIO) Y29
ADC2 69 W9 PA6/ADC2_IN3 (GPIO) D6
ADC1 71 T5 ANA1/ADC2_IN1 N18
ADC0 73 R4 ANA0/ADC1_IN0 M18
PA24/LCD_PWM 199 T4 LCD_BL_CTRL K4
Closing Jumper J8 will connect the LCD vbacklight to +5V.
3.1.10 SD/MMC Card
MSMP1EVK offers a microSD-card interface on connector X23. The SD-card interface can be enabled by
triggering the CPU pin PE17/SD_MMC0_PWR/EBI_A17 or closing jumper KP10.
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PE17/SD_MMC0_PWR/ EBI_A17 40 W13 PB6/SD_PWR_EN D21
PC8/EBI_D3/MMC0_DA2 99 F14 SDMMC1_D2 H20
PC9/EBI_D4/MMC0_DA3 100 D15 SDMMC1_D3 H21
PC5/EBI_D0/MMC0_CDA 104 D12 SDMMC1_CMD E20
PC4/SPI0_NPCSI/ISI_MCK/
MMC0_CK
103 E12 SDMMC1_CK F21
PC6/EBI_D1/MMC0_DA0 101 E14 SDMMC1_D0 G20
PC7/EBI_D2/MMC0_DA1 102 D14 SDMMC1_D1 G21
PE16/unused/EBI_A16 39 V9 PB10/SD_WP D20
PE2/SD_MMC0_CD/EBI_A2 55 Y4 SD_CardDetect J21
Chapter 3. Resources Page 15 of 44

MSMP1EVK
3.1.11 Image Sensor Interface
MSMP1EVK offers a Image Sensor Interface on connector X22.
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PA31/I2C0_SCL 194 B9 I2C2_SCL AA15
PA30/I2C0_SDA 193 E10 I2C2_SDA AA16
PB3/ISI_VSYNC 188 E16 JTAG_TDO R17
PB4/ISI_HSYNC 185 D16 JTAG_TDI P17
ePB1/EN_PMIC_I2C 190 D17 JTAG_TCK N17
PD31/SPI_NPCS2 112 E17 JTAG_TMS N19
PC26/ISI_D7 79 R3 PA14 (GPIO/DBTRGO) F17
PC25/ISI_D6 82 E15 JTAG_NTRST R19
PC24/ISI_D5 81 W3 PA13 (GPIO/DBTRGI) E17
PC23/ISI_D4 84 F1 PI7 (GPIO/TIM8_CH3) W33
PC22/ISI_D3 83 B4 SPI4_MOSI Y23
PC21/ISI_D2 86 C12 SPI4_MISO Y22
PC20/ISI_D1 85 D5 SPI4_NSS AA23
PC19/ISI_D0 88 E4 SPI4_SCK Y21
PB11/ISI_RST 180 – – –
PB5/ISI_PWD 186 C1 PH15 (GPIO/TIM8_CH3N) U33
PC1/SPI0-MOSI/ISI_D9 108 AA8 SPI3_MOSI V15
PC0/SPI0-MISO/ISI_D8 107 A8 SPI3_MISO U15
PC3/SPI0_NPCS0 106 V6 SPI3_NSS Y15
PC2/SPI0_SPCK/ISI_D10 105 C5 SPI3_SCK U16
3.1.12 GPIO/EBI
The GPIO and pins of the External Bus Interface are available on the following connectors:
Connector X26:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PC4/SPI0_NPCS1/ISI_MCK/
MMC0_CK
103 E12 SDMMC1_CK F21
PC5/EBI_D0/MMC0_CDA 104 D12 SDMMC1_CMD E20
PC6/EBI_D1/MMC0_DA0 101 E14 SDMMC1_D0 G20
PC7/EBI_D2/MMC0_DA1 102 D14 SDMMC1_D1 G21
PC8/EBI_D3/MMC0_DA2 99 F14 SDMMC1_D2 H20
PC9/EBI_D4/MMC0_DA3 100 D15 SDMMC1_D3 H21
PC10/EBI_D5/MMC0_DA4 97 W13 PB6 (GPIO/TIM4_CH1) D21
PC11/EBI_D6/MMC0_DA5 98 F11 PB7 (GPIO/TIM4_CH2) G17
PC12/EBI_D7/MMC0_DA6 95 AB8 PB8 (GPIO/TIM4_CH3) H17
PC13/EBI_RD#/MMC0_DA7 96 F12 PB9 (GPIO/TIM4_CH4) J17
PC14/EBI_WE# 93 D6 PH8 (GPIO/TIM5_ETR) G3
PC15/EBI_NCS3# 94 B1 PH10 (GPIO/TIM5_CH1) J18
PC16/EBI_RDY# 91 B3 PH11 (GPIO/TIM5_CH2) K18
PC17/EBI_ALE 92 F5 PH12 (GPIO/TIM5_CH3) U32
PC18/EBI_CLE 89 D1 I2S2_WS (TIM5_CH4) W18
Chapter 3. Resources Page 16 of 44

MSMP1EVK
Connector X27:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PE0/PMIC_IRQ/EBI_A0 57 F2 PI5 (GPIO/TIM8_CH1) V33
PE1/FEC0_IRQ/EBI_A1 58 G5 PI6 (GPIO/TIM8_CH2) W32
PE2/SD_MMC0_CD/EBI_A2 55 Y4 SD_CardDetect J21
PE3/HDMI_IRQ/EBI_A3 56 – – –
PE4/AUDIO_IRQ/EBI_A4 53 U4 PG3 (GPIO/CAN_STBY) D4
PE5/SD_NNC1_CD/EBI_A5 54 T3 PI11 (GPIO) H3
ePE6/CAN2_RX/EBI_A6 51 AA7 FDCAN2_RX AB19
ePE7/CAN2_TX/EBI_A7 52 V10 FDCAN2_TX AC19
PE8/unused/EBI_A8 49 Y17 OTG_ID AB22
PE9/unused/EBI_A9 50 – – –
PE10/USBA_EN/EBI_A10 47 – – –
PE11/USBB_EN/EBI_A11 48 A2 PH5 (GPIO/USB2_EN) F4
PE12/USBC_EN/EBI_A12 45 E6 PH9 (GPIO/USB1_EN) G4
PE13/USB_B_OC/EBI_A13 46 A3 PH4 (GPIO/USB2_EN) F3
PE14/USB_C_OC/EBI_A14 43 J5 PI9 (GPIO/USB1_OC) Y32
ePE15/may_DNU/EBI_A15 44 J6 PI4 (GPIO/TIM8_BKIN) V32
Connector X12:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PE16/unused/EBI_A16 39 V9 PB10/SD_WP D20
PE17/SD_MMC0_PWR/ EBI_A17 40 W13 PB6/SD_PWR_EN D21
PE18/SD_MMC1_CK/ EBI_A18 37 C10 PD0 (GPIO/FMC_AD2) A17
PE19/SD_MMC1_CDA/ EBI_A19 38 B10 PD1 (GPIO/FMC_AD3) A18
PE20/SD_MMC1_DA0/ EBI_A20 35 A9 PD5 (GPIO/FMC_NWE) B19
PE21/SD_MMC1_DA1/ EBI_A21 36 L3 PD6 (GPIO/FMC_NWAIT) B18
PE22/SD_MMC1_DA2/ EBI_A22 33 AB9 PD11 (GPIO/FMC_CLE) B16
PE23/SD-MMC1_DA3/ EBI_A23 34 W12 PD12 (GPIO/FMC_ALE) B17
PE24/unused/EBI_NCS0# 31 M3 PD14 (GPIO/FMC_AD0) A15
PE25/unused/EBI_NCS1# 32 L1 PD15 (GPIO/FMC_AD1) A16
PE26/unused/EBI_NCS2# 29 W10 PE7 (GPIO/FMC_AD4) A19
PE27/unused/EBI_WRI-BSI# 30 W11 PE9 (GPIO/FMC_AD6) A21
PE28/unused/EBI_WAIT# 27 W15 PG9 (GPIO/FMC_NCE) B20
PE29/Softmodern-P 28 AB4 ETH_RGMII_GTX_CLK J15
PE30/Softmodern-N 25 U8 ETH_RGMII_CLK125 N16
PE31/ADTRG/USB-VBUS 26 V15 OTG_VBUS AB20
Chapter 3. Resources Page 17 of 44

MSMP1EVK
Connector X13:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PB10/AUDIO_MCLK 179 U10 PC0 (GPIO) K17
PB14/unused 175 U3 PC3 (GPIO) L17
PB15/HDMI_RST 176 D13 PC7 (GPIO) D19
PB18/SPI1_MISO/CAN_DNU/
EBI_D8
169 H5 SPI1_MISO C29
PB19/SPI1_MOSI/CAN_DNU/
EBI_D9
170 K5 SPI1_MOSI D30
PB20/SPI1_SPCK/CAN_DNU/
EBI_A10
167 G2 SPI1_SCK D29
PB21/SPI1_NCS0/CAN_DEN/
EBI_D11
168 F4 SPI1_NSS C30
ePB22/SPI1_NCS1/CAN1_RX/
EBI_D12
165 AA7 FDCAN2_RX AB19
ePB23/SPI1_NCS2/CAN1_TX/
EBI_D13
166 D3 FDCAN1_TX AC17
PB24/JTAG_TDI/EBI_D14 163 – – –
PB25/JTAG_TDO/EBI_A15 164 – – –
PB26/AUDIO_BCLK 161 M1 PD8 (GPIO) E19
PB27/AUDIO_BCLK/HDMI_TK0 162 M2 PD9 (GPIO) F19
PB28/AUDIO_DACDAT/HDMI_TD0 159 F13 PF2 (GPIO) H19
PB29/AUDIO_ADCDAT 160 V3 PF3 (GPIO) J19
PB30/AUDIO_LRCLK 157 V12 PF10 (GPIO/QSPI_CLK) K19
PB31/AUDIO_LRCK/HDMI_TF0 158 W6 PF15 (GPIO) L19
Chapter 3. Resources Page 18 of 44

MSMP1EVK
3.1.13 Security Box Module
The signals of the Security Box Module are available on a connecter X15.
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PIOBU15 128 Y8 PG8 (GPIO/ETH_CLK) E3
PIOBU14 127 – – –
PIOBU13 130 F10 USART2_CK (GPIO) B21
PIOBU12 129 D9 USART2_TX (GPIO) D13
PIOBU11 132 F9 USART2_RX (GPIO) D14
PIOBU10 131 C9 USART2_RTS
(FMC_NOE)
D15
PIOBU9 134 E9 PE6 (GPIO/TIM1_BKIN2) G19
PIOBU8 133 C4 USART2_CTS
(TIM1_BKIN)
D16
PIOBU7 136 W16 PA12 (GPIO/TIM1_ETR) D17
PIOBU6 135 AA5 PB1 (GPIO/TIM1_CH3N) Y33
PIOBU5 138 W14 PE10
(GPIO/X/TIM1_CH2N)
B15
PIOBU4 137 Y12 PE8
(GPIO/X/TIM1_CH1N)
A20
PIOBU3 140 Y16 PA11 (GPIO/TIM1_CH4) H18
PIOBU2 139 A4 PE13 (GPIO/TIM1_CH3) G18
PIOBU1 142 A11 PA9 (GPIO/TIM1_CH2) F18
PIOBU0 141 B13 PA8 (GPIO/TIM1_CH1) E18
3.1.14 GPIO/ANAIN2-IOs
The signals of the GPIO and ANAIN2-IOs are available on a connecter X16.
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
PD30 111 – – –
PD29 114 – – –
PD28 113 D10 PG15 (GPIO) E4
PD9 154 N3 BOOT0 Y30
PD8 153 P4 BOOT2 Y31
PD27/SENSE9 116 N2 PC13 (RTC_OUT1) C15
PD26/SENSE8 115 AB7 ETH_GMII_CRS E16
PD25/SENSE7 118 Y6 ETH_GMII_COL F15
PD24/SENSE6 117 W5 ETH_MDINT M2
PD23/SENSE5 120 J4 ETH_PHYINT R34
PD22/SENSE4 119 V7 PF14/ADC2_IN6 (GPIO) D7
PD21/SENSE3 122 W7 PF13/ADC2_IN2 (GPIO) C7
PD20/SENSE2 121 V8 PF12/ADC1_IN6 (GPIO) C16
PD19/SENSE1 124 W8 PF11/ADC1_IN2 (GPIO) B22
PD18/SENSE0 123 AA3 PA0/ADC1_IN16 (GPIO) P16
Chapter 3. Resources Page 19 of 44

MSMP1EVK
3.1.15 ADC-Signals
The signals of the ADC are available on a connecter X14.
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
ADCVREF 63 – – –
ADC4 65 U5 PA5/ADC1_IN19 (GPIO) C6
ADC3 67 AB5 PB0/ADC2_IN9 (GPIO) Y29
ADC2 69 W9 PA6/ADC2_IN3 (GPIO) D6
ADC1 71 T5 ANA1/ADC2_IN1 N18
ADC0 73 R4 ANA0/ADC1_IN0 M18
3.1.16 MxM Edge Connector
Connector X29A:
Function MSMP1EVK Pin MPU
Pin
Function MSMP1 SiP
Pads
5V 1 – 5V –
TP1 (VDDBU_2V) 2 – – –
5V 3 – 5V –
TP2 (VCC_1.8V) 4 – – –
5V 5 – 5V –
TP3 (1.2V_HDMI) 6 – – –
5V 7 – 5V –
TP4 (VCC_3.3V) 8 – – –
GND 9 – GND –
TP5 (FUSE_2.5V) 10 – – –
GND 11 – GND –
TP6 (VDDANA) 12 – – –
GND 13 – GND –
TP7 (VOUT6) 14 – VBUS_SW –
GND 15 – GND –
TP8 (VOUT7) 16 – VCC_SD –
Vbat 17 – VBAT –
TP9 PMIC_WKUP 18 – – –
NRST 3V3 19 – NRST –
TP10 PMIC_SHDN 20 – – –
TP12 NRST2V 21 – – –
PMIC_WAKE# 22 – PMIC/PONKEYn AA9
JTAGSEL 23 – – –
PMIC_RESET# 24 R2 NRST U17
PE30/Softmodern-N 25 U8 ETH_RGMII_CLK125 N16
PE31/ADTRG/USB-VBUS 26 V15 OTG_VBUS AB20
PE28/unused/EBI_WAIT# 27 W15 PG9 (GPIO/FMC_NCE) B20
PE29/Softmodern-P 28 AB4 ETH_RGMII_GTX_CLK J15
PE26/unused/EBI_NCS2# 29 W10 PE7 (GPIO/FMC_AD4) A19
PE27/unused/EBI_WRI-BSI# 30 W11 PE9 (GPIO/FMC_AD6) A21
PE24/unused/EBI_NCS0# 31 M3 PD14 (GPIO/FMC_AD0) A15
continues on next page
Chapter 3. Resources Page 20 of 44