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SL iMX8MM - Rev. 1.0 

 
www.kontron-electronics.de 

 

// 23 

 

Pin 

Signal 

Module 
Direction 

Module 
Termination 

Voltage 
Level/Type 

Controller 

Controller Pin Name 

C15 

C16 

C17 

C18  - 

C19 

D1 

ENET1_RGMII_TD0 

Out 

+1.8

 

i.MX8M Mini 

ENET_TD0 

D2 

ENET1_RGMII_TD1 

Out 

+1.8

 

i.MX8M Mini 

ENET_TD1 

D3 

UART1_TX 

Out 

+3.3

 

i.MX8M Mini 

SAI2_RXFS 

D4 

UART2_TX 

Out 

+3.3

 

i.MX8M Mini 

SAI3_TXC 

D5 

UART4_TX 

Out 

+3.3

 

i.MX8M Mini 

UART4_TXD 

D6 

D7 

USDHC2_DATA0 

Bi-Dir 

+1.8

 

V/+3.3

 

i.MX8M Mini 

SD2_DATA0 

D8 

USDHC2_DATA1 

Bi-Dir 

+1.8

 

V/+3.3

 

i.MX8M Mini 

SD2_DATA1 

D10 

D11 

D12 

PMIC_RST_B 

In 

PU to 
+1V8_NVCC
_SNVS 

+1V8 

PCA9450 

PMIC_RST_B 

D13 

+1V8_VDDA 

PWR 

PCA9450 

LDO3 

D14 

D15 

D16 

D17 

D18 

D19 

E1 

ENET1_RGMII_TD2 

Out 

+1.8

 

i.MX8M Mini 

ENET_TD2 

E2 

ENET1_RGMII_TD3 

Out 

+1.8

 

i.MX8M Mini 

ENET_TD3 

E3 

UART1_RX 

In 

+3.3

 

i.MX8M Mini 

SAI2_RXC 

E4 

UART2_RX 

In 

+3.3

 

i.MX8M Mini 

SAI3_TXFS 

E5 

UART4_RX 

In 

+3.3

 

i.MX8M Mini 

UART4_RXD 

E6 

E7 

USDHC2_DATA2 

Bi-Dir 

+1.8

 

V/+3.3

 

i.MX8M Mini 

SD2_DATA2 

E8 

USDHC2_DATA3 

Bi-Dir 

+1.8

 

V/+3.3

 

i.MX8M Mini 

SD2_DATA3 

E16 

GPIO4_IO28 

Bi-Dir 

+3.3

 

i.MX8M Mini 

SAI3_RXFS 

E17 

USDHC2_RESET_B 

Out 

+1.8

 

V/+3.3

 

i.MX8M Mini 

SD2_RESET_B 

E18 

E19 

CLKIN1 

In 

+1.8

 V 

i.MX8M Mini 

CLKIN1 

F1 

F2 

F3 

UART1_CTS 

Out 

+3.3

 V 

i.MX8M Mini 

SAI2_TXFS 

F4 

UART2_CTS 

Out 

+3.3

 V

 

i.MX8M Mini 

SAI3_RXC 

F5 

GPIO3_IO16 

Bi-Dir 

+3.3

 

i.MX8M Mini 

NAND_READY_B 

F6 

GPIO3_IO19 

Bi-Dir 

+3.3

 

i.MX8M Mini 

SAI5_RXFS 

F7 

USDHC2_CD_B 

In 

+1.8

 

V/+3.3

 

i.MX8M Mini 

SD2_CD_B 

F8 

I2C2_SCL 

In 

+3.3

 

i.MX8M Mini 

I2C2_SCL 

F16 

I2C2_SDA 

Bi-Dir 

+3.3

 

i.MX8M Mini 

I2C2_SDA 

F17 

GPIO3_IO02 

Bi-Dir 

+3.3

 

i.MX8M Mini 

NAND_CE1_B 

F18 

Summary of Contents for Kontron SL iMX8MM

Page 1: ...USER GUIDE www kontron electronics de SL iMX8MM Doc Rev 1 0...

Page 2: ...SL iMX8MM Rev 1 0 www kontron electronics de 2 This page has been intentionally left blank...

Page 3: ...r testing or modification Kontron Electronics expressly informs the user that this user guide only contains a general description of processes and instructions which may not be applicable in every ind...

Page 4: ...SL iMX8MM Rev 1 0 www kontron electronics de 4...

Page 5: ...sk To minimize the risks associated with your products and applications you should provide adequate design and operating safeguards You are solely responsible for compliance with all legal regulatory...

Page 6: ...lock diagram and pinout 2020 January 27 Gb Kl Customer Support Find Kontron Electronics contacts by visiting http www kontron electronics de Customer Comments If you have any difficulties using this u...

Page 7: ...cribed by the law may endanger your life health and or result in damage to your material ESD Sensitive Device This symbol and title inform that the electronic boards and their components are sensitive...

Page 8: ...e product with his her hands or tools This is most easily done by touching a metal part of your system housing It is particularly important to observe standard anti static precautions when changing pi...

Page 9: ...ram of SL iMX8MM 21 4 5 1 Pinout of SL iMX8MM 22 5 Installation 28 5 1 Power Control 28 5 1 1 Power Supply 28 5 1 2 Supply voltage 28 5 1 3 Supply current 29 5 2 Reset pin 29 5 3 Boot Mode 29 5 3 1 SD...

Page 10: ...Diagram 16 Figure 3 Top View 17 Figure 4 Bottom View 18 Figure 5 Dimensions of SL iMX8MM 19 Figure 6 Footprint Grid 19 Figure 7 Keep out area on baseboard top view 20 Figure 8 pin assignment top view...

Page 11: ...nce ratio The use of this user guide implies a basic knowledge of PC hardware and software This user guide is focused on describing the special features and is not intended to be a standard PC textboo...

Page 12: ...X8MM are quad Arm Cortex A53 core with up to 1 6 GHz and Cortex M4 400 MHz core processor is for low power processing Up to 4 GB LPDDR4 memory down 4 to 64 GB eMMC 2 MB QSPI boot flash 2D GPU and 3D G...

Page 13: ...MX8MM Board Description Product Number SL iMX8MM Quad 1GB 8GB 25 85 C SoM with NXP I MX8M MINI processor 1 GB LPDDR4 and 8 GB eMMC 40099 175 SL iMX8MM Quad 2GB 8GB 25 85 C SoM with NXP I MX8M MINI pro...

Page 14: ...onnected on SD1 Display 1x MIPI DSI 4 lane with PHY Resolution up to Full HD 1080p 60 fps Onboard Controllers Ethernet Controller Gigabit Ethernet controller with support for Energy Efficient Ethernet...

Page 15: ...m Power consumption of the board is measured to 3 5 W Input Voltage Single Supply 5V 5 3 2 Environmental Conditions Table 3 Environmental Conditions Operating industrial 25 C to 85 C relative humidity...

Page 16: ...SL iMX8MM Rev 1 0 www kontron electronics de 16 3 3 Functional Block Diagram The block diagram shows a detailed structure of the SL iMX8MM module Figure 2 Block Diagram...

Page 17: ...oard and Connectors 4 1 1 Connectors Table 4 Connectors of SL iMX8MM Connector Function Remark LGA package Central Interface solderable 4 2 SoM view and locations Figure 3 Top View 1 PMIC 2 LPDDR4 3 e...

Page 18: ...Rev 1 0 www kontron electronics de 18 4 3 Bottom Side Figure 4 Bottom View 1 Pin 1 marking missing pin 2 Unique ID 3 Optional Components 4 Test points factory use only 5 Keep out area on base board 1...

Page 19: ...SL iMX8MM Rev 1 0 www kontron electronics de 19 4 4 Mechanical Drawings Figure 5 Dimensions of SL iMX8MM Figure 6 Footprint Grid...

Page 20: ...SL iMX8MM Rev 1 0 www kontron electronics de 20 Figure 7 Keep out area on baseboard top view...

Page 21: ...SL iMX8MM Rev 1 0 www kontron electronics de 21 4 5 Pinout diagram of SL iMX8MM Figure 8 pin assignment top view...

Page 22: ...A14 A15 A16 A17 A18 GND B1 ENET1_RGMII_TX_CTL Out 1 8 V i MX8M Mini ENET_TX_CTL B3 GND B4 GND B5 GND B6 GND B7 GND B8 B10 GND B11 B12 B13 B14 B15 B16 B17 B18 B19 C1 ENET1_RGMII_TXC Out 1 8 V i MX8M Mi...

Page 23: ...8 V i MX8M Mini ENET_TD2 E2 ENET1_RGMII_TD3 Out 1 8 V i MX8M Mini ENET_TD3 E3 UART1_RX In 3 3 V i MX8M Mini SAI2_RXC E4 UART2_RX In 3 3 V i MX8M Mini SAI3_TXFS E5 UART4_RX In 3 3 V i MX8M Mini UART4_R...

Page 24: ...ATA0 Bi Dir 3 3 V i MX8M Mini NAND_DATA04 H8 USDHC3_DATA1 Bi Dir 3 3 V i MX8M Mini NAND_DATA05 H16 GPIO4_IO26 Bi Dir 3 3 V i MX8M Mini SAI2_TXD0 H17 USDHC2_WP In 1 8 V 3 3 V i MX8M Mini SD2_WP H18 GPI...

Page 25: ...75 3 3 V i MX8M Mini I2C4_SDA M7 QSPIA_SCLK Out 3 3 V i MX8M Mini NAND_ALE M8 ECSPI2_SCLK Out 3 3 V i MX8M Mini ECSPI2_SCLK M16 ECSPI3_SCLK Out 3 3 V i MX8M Mini UART1_RXD M17 GND M18 PCIE_RXN_N In 1...

Page 26: ..._TX_SYNC Out 3 3 V i MX8M Mini SAI1_TXFS T10 MIPI_DSI_CLK_N Out 1 8 V LVDS D PHY i MX8M Mini MIPI_DSI_CLK_N T11 MIPI_DSI_CLK_P Out 1 8 V LVDS D PHY i MX8M Mini MIPI_DSI_CLK_P T12 MIPI_DSI_D1_N Out 1 8...

Page 27: ...AI1_RXD1 V12 GPIO4_IO15 Bi Dir 3 3 V i MX8M Mini SAI1_TXD3 V13 GPIO4_IO18 Bi Dir 3 3 V i MX8M Mini SAI1_TXD6 V14 GPIO4_IO01 Bi Dir 3 3 V i MX8M Mini SAI1_RXFS V15 GPIO4_IO08 Bi Dir 3 3 V i MX8M Mini S...

Page 28: ...rd with a maximum load of 1 A each There is no current limiting device for the voltage outputs Drawing to much current may damage the device and or lead to malfunction Figure 9 power supply scheme 5 1...

Page 29: ...en drain output or ground switch to POR_B If unused this pin can be left floating No external components are required 5 3 Boot Mode The BOOT_MODE Pins have internal pull downs By default these pins ca...

Page 30: ...that are compliant to SD SDIO 3 0 with 200 MHz SDR signalling to support up to 100 MB sec Figure 10 SD Card connection example If UHS I mode is required uSDHC2 should be used as this interface is pow...

Page 31: ...SL iMX8MM Rev 1 0 www kontron electronics de 31 6 Thermal considerations TO BE DEFINED CONTENT FOLLOWS WITH NEXT DOCUMENT VERSION...

Page 32: ...60 120 seconds Liquidous temperature TL Time tL maintained above TL 217 C 60 80 seconds Peak Classification Temperature TP 250 C Time within 5 C of actual peak temperature tP 20 seconds Ramp down rat...

Page 33: ...to the Yocto based GitLab software repository and how to make your own software images 8 2 Extended Support For detailed technical support please contact E Mail support kontron electronics de 8 3 Dis...

Page 34: ...isualisation and automation systems we can put together turnkey complete solutions for your machines and equipment in the shortest possible time For your individual requirements we have a large group...

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