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EMTRION emCON-MX8MM, Hardware Manual

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EMTRION emCON-MX8MM Hardware Manual Download Page 31

  

 

emCON-MX8MM (Rev1) 

 

31/33 

8

 

Technical Characteristics 

8.1

 

Electrical Specifications 

Supply voltage 

5V, +/-5% 

Current consumption 

up to 20W, depending on CPU and 
GPU load 

8.2

 

Environmental Specifications 

Operating temperature 

Standard: 

Extended: 

Storage temperature 

 

   0 ... +70°C 

-40 ... +85°C 

-40 ... +125°C 

Relative humidity 

   0 ... 95 %, non-condensing 

8.3

 

Mechanical Specifications 

Weight 

approx. 16 g 

Board 

Glasepoxi FR-4, UL-listed, 8 layers 

Dimensions 

82,2 mm x 50.0 mm x 5.0 mm 

 

 

 

Summary of Contents for emCON-MX8MM

Page 1: ...emCON MX8MM Hardware Manual Rev1 09 09 2019 emtrion GmbH ...

Page 2: ...media without written approval The information contained in this documentation is subject to change without prior notice We assume no liability for erroneous information or its consequences Trademarks used from other companies refer exclusively to the products of those companies Revision 1 09 09 2019 Rev Date Signature Changes 1 09 09 2019 Sch First revision ...

Page 3: ... SPDIF 12 4 11 SD Card Interface 12 4 12 Serial Ports 12 4 12 1 IrDA 12 4 13 I C Bus 12 4 14 SPI Interface 13 4 15 PCI Express 13 4 16 General Purpose I Os 13 4 17 PWM 14 4 18 Status LED 14 4 19 Interrupts 14 4 20 Reset 15 4 21 Power Supply 15 4 21 1 Signal Description 15 4 21 2 Power Consumption 16 5 emCON Interface 17 6 Pin Assignments 18 6 1 J1 emCON Connector 18 7 Signal Characteristics 24 7 1...

Page 4: ...o interface The module is available in various sizes of NAND Flash and RAM as well as different amounts of ARM Cortex A53 cores The CPU has an internal Ethernet MAC and two USB controllers which are used as USB Host and USB Device All interfaces are accessible through a 315 pin MXM type III edge connector The pin assignment is defined in emtrion s emCON standard which ensures a pin to pin compatib...

Page 5: ...configurations before installation The module does not provide any on board ESD protection circuitry this must be provided by the product it is used in Before installing the module it is recommended that you discharge yourself by touching a grounded object Be sure all tools required for installation are electrostatically discharged as well Before installing or removing the module unplug the power ...

Page 6: ...ller with high speed mode 3 x Ultra Secure Digital Host Controller uSDHC interfaces 1 x PCI Express Single Lane Two Image Processing Units which include o Video input module with camera capturing module o LCDIF Display Controller Support up to 1080p60 display through MIPI DSI o 2D and 3D graphic hardware accelerator o NEON SIMD media accelerator 4 UARTs with 2x 32 byte FIFO I2C bus interfaces SPI ...

Page 7: ...ock signal by an external 32 768 kHz quartz crystal An additional I C RTC Chip is used to generate a battery backed up Real Time Clock 4 1 2 Boot Mode Boot Medium The emCON MX8MM Uboot can be booted either from the onboard eMMC the NOR Flash the SD Card interface or external via the USB Device interface To switch between the options the right boot mode and boot device has to be configured via some...

Page 8: ...ntact emtrion GmbH for your required RAM size 4 4 Ethernet The Ethernet interface is realized with the processor internal Media Access Controller MAC and an external Physical Layer Interface PHY KSZ9031RNX from Micrel The RGMII interface is used for communication between the MAC and the PHY The Ethernet interface supports the operating modes 10 100 and 1000BASE TX all half and full duplex HP Auto ...

Page 9: ...he signal USBH_OC reports an overcurrent at the GPIO1_IO15 0 overcurrent The data lines and the two control lines are available at the emCON connector A USB power switch must be added externally The data lines are internally terminated by 15 K pulldown resistors The USBH_VBUS signal on the emCON connector is only an input to detect the VBUS voltage on the baseboard 4 6 USB OTG The USB OTG port can...

Page 10: ...SN65DSI84 from Texas Instruments can communicate via the internal I2C3 Interface The interrupt output of the device is connected to the GPIO3_IO22 Pin of the processor To enable the MIPI DSI to LVDS Bridge set a logical 1 on the GPIO3_IO24 pay attention to the timing specifications of the device in the SN65DSI84 Datasheet 2 Chapter 7 4 1 A logical 0 disables the device The following table describe...

Page 11: ..._D2 even DE VS HS B5 B4 B3 B2 LVDS2_D3 even CTL B7 B6 G7 G6 R7 R6 4 8 MIPI CSI 2 The MIPI CSI 2 interface is a serial interface with differential data pairs it transports camera data with a high bandwidth The i MX8MM comes with 4 data lanes which support up to 1000 Mbps per lane and one clock pair The following table describes the MIPI CSI 2 signals available at the emCON interface Signal Descript...

Page 12: ...O20 SDC1_WP 4 12 Serial Ports The emCON MX8MM has four serial ports All serial ports are integrated in the processor i MX8MM and available as LVTTL level External transceivers are necessary to use interfaces like RS232 or RS485 An overview of the UART interfaces is shown in the following table i MX8MM interface emCON name Handshake Signals UART1 UART_A UART2 UART_B RTS CTS UART3 UART_C UART4 UART_...

Page 13: ...CS1 on the SPI2 interface is connected to the GPIO5_IO13 The SPI1 interface of the emCON connector is connected to the QSPI_B interface of the i MX8MM 4 15 PCI Express The i MX8MM processor includes the following PCI Express cores PCI Express Dual Mode DM core PCI Express Root Complex RC core PCI Express Endpoint EP core One PCI Express lane is supported The required AC coupling 220nF at the TX pa...

Page 14: ... in the following table Signal Source i MX8MM GPIO Port polarity IRQ_1 emCON connector GPIO4 IO11 configurable IRQ_2 emCON connector GPIO3 IO21 configurable IRQ_3 emCON connector GPIO1 IO05 configurable IRQ_TOUCH1 emCON connector GPIO4 IO01 configurable IRQ_TOUCH2 emCON connector GPIO4 IO00 configurable IRQ_LVDS MIPI to LVDS Bridge SN65DSI84 GPIO3 IO22 high active PMIC_IRQ PMIC DA9063 GPIO3 IO02 l...

Page 15: ...al devices which must be supplied via the emCON connector The onboard required voltages for the processor and the other parts are generated on board via a Power Management PMIC chip The voltages generated by the PMIC can be configured via the I C interface During operation the voltages can be varied depending on core frequencies and temperature 4 21 1 Signal Description VCC_STANDBY VCC_5V The 5v p...

Page 16: ...3V on the baseboard on and off Example schematics are available POWERFAIL The signal POWERFAIL is an input to signalize a power fail condition A low will trigger an interrupt e g to safe data ON_OFF WAKEUP The signals ON OFF and Wakeup are used to control the PMIC so it gets up from power down states BAT The emCON BAT pin is the battery input pin for the RTC power supply The typical power consumpt...

Page 17: ...he CPU features every emtrion CPU module uses different set of pins on the emCON connector More details can be found in emtrion s emCON specification Usage details of the connector and its electrical and mechanical characteristics can be found further down in this document Notes The pin assignment of the emCON connector is ONLY compatible with devices of emtrion s emCON family Insertion into a soc...

Page 18: ...are directly connected to the processor i MX8MM Pin Signal Interface Signal Pin 1E20 GND Power Supply VCC_5V 2E20 1E19 GND VCC_5V 2E19 1E18 GND VCC_5V 2E18 1E17 GND VCC_5V 2E17 1E16 GND VCC_5V 2E16 1E15 GND VCC_5V 2E15 1E14 GND VCC_5V 2E14 1E13 GND VCC_5V 2E13 1E12 GND VCC_5V 2E12 1E11 GND VCC_5V 2E11 1E10 BAT VCC_STANDBY 2E10 1E9 BOOT_MODE_3 Manufacturing MISC TAMPER 2E9 1E8 BOOT_MODE_2 POWER_ON_...

Page 19: ...21 UART B_RTS UART E UART E_RXD 22 23 UART B_CTS UART E_TXD 24 25 GND POWER GND 26 27 GPIO_1 GPIOs PCI Express PCIE_DISABLE 28 29 GPIO_2 PCIE_RESET 30 31 GPIO_3 PCIE_CLK1_P 32 33 GPIO_4 PCIE_CLK1_N 34 35 GPIO_5 GND 36 37 GPIO_6 PCIE_RX1_P 38 39 GPIO_7 PCIE_RX1_N 40 41 GPIO_8 PCIE_TX1_P 42 43 GND POWER PCIE_TX1_N 44 45 LCD_D23 RGB IF GND 46 47 LCD_D22 n c 48 49 LCD_D21 n c 50 51 LCD_D20 n c 52 53 L...

Page 20: ... CPI2_VSYNC 92 93 LCD_D0 CPI2_D0 94 95 LCD_PIXCLK CPI2_D1 96 97 LCD_HSYNC CPI2_D2 98 99 LCD_VSYNC CPI2_D3 100 101 LCD_DISP CPI2_D4 102 103 LCD_BL_CTRL CPI2_D5 104 105 LCD_BL_EN CPI2_D6 106 107 LCD_PANEL_EN CPI2_D7 108 109 CAN2_RX CAN 2 CAN 1 CAN1_RX 110 111 CAN2_TX CAN1_TX 112 113 GND POWER POWER GND 114 115 SPI1_SCK SPI 1 SPI 2 n c 116 117 SPI1_CS0 n c 118 119 SPI1_MOSI D0 n c 120 121 SPI1_MISO D...

Page 21: ...1_SCL 156 157 LVDS1_BL_CTRL LVDS1 Control I2C1_SDA 158 159 LVDS1_BL_EN n c 160 161 LVDS1_PANEL_EN n c 162 163 GND POWER LVDS2 LVDS2_D0_P 164 165 LVDS1_D0_P LVDS1 LVDS2_D0_N 166 167 LVDS1_D0_N LVDS2_D1_P 168 169 LVDS1_D1_P LVDS2_D1_N 170 171 LVDS1_D1_N LVDS2_D2_P 172 173 LVDS1_D2_P LVDS2_D2_N 174 175 LVDS1_D2_N LVDS2_D3_P 176 177 LVDS1_D3_P LVDS2_D3_N 178 179 LVDS1_D3_N LVDS2_CLK_P 180 181 LVDS1_CL...

Page 22: ...BUS 220 221 USBOTG_VBUS USBH_OC 222 223 USBOTG_OC USBH_PEN 224 225 USBOTG_PEN n c 226 227 n c n c 228 229 n c POWER GND 230 231 GND POWER n c 232 233 n c n c 234 235 n c POWER GND 236 237 GND POWER SD Card 2 SDC2_CLK 238 239 SDC1_CLK SD Card 1 SDC2_CMD 240 241 SDC1_CMD SDC2_D0 242 243 SDC1_D0 SDC2_D1 244 245 SDC1_D1 SDC2_D2 246 247 SDC1_D2 SDC2_D3 248 249 SDC1_D3 SDC2_CD 250 251 SDC1_CD SDC2_WP 25...

Page 23: ...69 GBE1_MDI3_P n c 270 271 GBE1_MDI3_N POWER GND 272 273 GND POWER n c 274 275 GBE_1_LED_10_100 GB Ethernet 1 Control n c 276 277 GBE_1_LED_1000 n c 278 279 GBE_1_TRAFFIC n c 280 281 n c I2S_RXFS is shorted with I2S_TXFS and I2S_RXC is shorted with I2S_TXC GBE_1_LED_1000 is shorted with GBE_1_LED_10_100 ...

Page 24: ...acteristics Abbreviations I input O output I O bidirectional O OD digital open drain output IPU Input with processor internal pullup resistor IPD Input with processor internal pulldown resistor HZ High Z IHZ Input High Z OHZ Output High Z ...

Page 25: ...GBE1_LED_10_100 are shorted GBE1_LED_TRAFFIC O 3 3V traffic indicator USB Host USBH_PEN AC9 GPIO1 IO14 O IPD 3 3V USB power enable signal for power switch USBH_OC AB9 GPIO1 IO15 I IPD 3 3V USB overcurrent signal from power switch USBH_VBUS F23 USB2_VBUS I 5V VBUS detection USBH_DP B23 USB2_DP I O I 3 0V Diff data positive USBH_DM A23 USB2_DN I O I 3 0V Diff data negative USB OTG USBOTG_ID D22 USB1...

Page 26: ..._IO25 O IPD 3 3V UART2 transmit data UART B_RXD F15 GPIO5_IO24 I IPD 3 3V UART2 receive data UART B_RTS AF7 GPIO4_IO30 O IPD 3 3V UART2 modem control UART B_CTS AG7 GPIO4_IO29 I IPD 3 3V UART2 modem control UART C_TXD D18 GPIO5_IO27 O IPD 3 3V UART3 transmit data UART C_RXD E18 GPIO5_IO26 I IPD 3 3V UART3 receive data UART D_TXD F18 GPIO5_IO29 O IPD 3 3V UART4 transmit data UART D_RXD F19 GPIO5_IO...

Page 27: ...MIPI CSI 2 MIPI_CSI 2_D0_P B14 MIPI_CSI_D0_P I 1 8V Video image input data MIPI_CSI 2_D0_N A14 MIPI_CSI_D0_N I 1 8V Video image input data MIPI_CSI 2_D1_P B15 MIPI_CSI_D1_P I 1 8V Video image input data MIPI_CSI 2_D1_N A15 MIPI_CSI_D1_N I 1 8V Video image input data MIPI_CSI 2_D2_P B17 MIPI_CSI_D2_P I 1 8V Video image input data MIPI_CSI 2_D2_N A17 MIPI_CSI_D2_N I 1 8V Video image input data MIPI_...

Page 28: ...3V Slave select output SPI2_SCK D6 GPIO5_IO06 O IPD 3 3V Clock output SPI2_MISO A7 GPIO5_IO08 I IPD 3 3V Input data from slave SPI2_MOSI B7 GPIO5_IO07 O IPD 3 3V Output data to slave I2C I2C1_SCL E9 GPIO5_IO14 I O IPD 3 3V I C clock signal I2C1_SDA F9 GPIO5_IO15 I O OD IPD 3 3V I C data signal I2C2_SCL D10 GPIO5_IO16 I O IPD 3 3V I C clock signal I2C2_SDA D9 GPIO5_IO17 I O OD IPD 3 3V I C data sig...

Page 29: ... 3V JTAG clock input JTAG_TMS F27 JTAG_TMS I IPU 3 3V JTAG mode select input JTAG_TRST C27 JTAG_TRST_B I IPU 3 3V JTAG reset input JTAG_TDI E27 JTAG_TDI I IPU 3 3V JTAG Data input JTAG_TDO E26 JTAG_TDO O IPU 3 3V JTAG Data output JTAG_RTCK 3 3V JTAG return TCK shorted with JTAG_TCK JTAG_MOD D27 JTAG_MOD I IPD 3 3V Mode selection JTAG Boundary Scan JTAG_RESET I IPU 3 3V JTAG reset asserts POR JTAG_...

Page 30: ...rier board RESO O 3 3V Reset output to carrier board POWER_ON_BASE O 3 3V Power enable signal for the 3 3V baseboard supply SUSPEND O 3 3V Power switching signal for VCC_5V ON_OFF I 3 3V Power management signal WAKEUP I 3 3V Power management signal TAMPER Not connected Power Supply BAT 3 3V Battery backup input for RTC VCC_5V 5V supply VCC_STANDBY 5V standby supply GND Ground ...

Page 31: ... up to 20W depending on CPU and GPU load 8 2 Environmental Specifications Operating temperature Standard Extended Storage temperature 0 70 C 40 85 C 40 125 C Relative humidity 0 95 non condensing 8 3 Mechanical Specifications Weight approx 16 g Board Glasepoxi FR 4 UL listed 8 layers Dimensions 82 2 mm x 50 0 mm x 5 0 mm ...

Page 32: ...emCON MX8MM Rev1 32 33 9 Dimensional Drawing 50 0 11 5 42 0 3 0 79 0 82 0 280 Top View E2 20 124 134 A 1 2 Detail A 2 8 6 0 1 9 2 0 Components Top Components Bottom ...

Page 33: ...Reference Manual ReferenceManual IMX8MMRM Rev 2 08 2019 NXP Freescale semiconductor 2 SN65DSI84 MIPI DSI to FLATLINK LVDS Single Channel DSI to Dual Link LVDS Bridge Datasheet SLLSEC2G Rev G 06 2018 3 i MX 8M Mini Power Consumption Measurements Datasheet AN12410 Rev 0 04 2019 ...

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