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miriac SBC-T1024

User Manual (CRX05 Revision 2 + Revision 3)

V 2.3

Summary of Contents for miriac SBC-T104 Series

Page 1: ...miriac SBC T1024 User Manual CRX05 Revision 2 Revision 3 V 2 3 ...

Page 2: ...pply Structure 21 4 6 4 RTC Backup Battery 22 4 6 5 Current Measurement 23 4 6 6 Fuses 23 5 System Core Boot Configuration and On Board Memory 24 5 1 Processor NXP T1024 24 5 2 JTAG Chain 24 5 3 Reset Structure 24 5 4 Clock Distribution 26 5 5 Boot Configuration 28 5 6 NAND Flash 29 5 7 SPI Flash 30 5 8 I C Bus 31 5 8 1 I2C 1 31 5 8 2 I2C 2 32 6 Peripherals 34 6 1 Connector References 34 6 2 Modul...

Page 3: ...icroSys Electronics GmbH 2017 9 Software 66 9 1 U Boot 66 9 2 Operating System Support 66 9 3 Flash Layout 66 9 3 1 NAND Flash 66 9 3 2 SD Card 66 9 3 3 SPI Flash 66 10 Appendix 67 10 1 Acronyms 67 10 2 Table of Figures 68 10 3 Table of Tables 68 11 History 70 ...

Page 4: ...missions in this document MicroSys Electronics GmbH neither gives any guarantee nor accepts any liability whatsoever for consequential damages resulting from the use of this manual or its associated product MicroSys Electronics GmbH further reserves the right to alter the layout and or design of the hardware without prior notification and accepts no liability for doing so 1 2 Links We make no warr...

Page 5: ...nd shipment which is dependent on the preferred carrier and the location where you want to have it shipped to by sending a request to MicroSys Electronics GmbH Muehlweg 1 D 82054 Sauerlach Germany In your request please provide the product name and version for which you wish to obtain the corresponding source code and your contact details so that we can coordinate the terms and cost of shipment wi...

Page 6: ...and its features Table 1 1 Symbols 1 5 2 Conventions Symbol explanation denotes a low active signal denotes the signal flow in the shown direction denotes the signal flow in the shown direction denotes the signal flow in both directions denotes the signal flow in the shown direction with additional logic additional ICs in the signal path I O denotes a bidirectional pin Input denotes an input pin m...

Page 7: ...nit may become hot during operation Take care not to touch any parts of the circuitry during operation to avoid burns and operate the unit in a well ventilated location Provide an appropriate cooling solution as required ALWAYS take care of ESD safe handling Many pins on external connectors are directly connected to the CPU or other ESD sensitive devices Make or break ANY connections ONLY while th...

Page 8: ... The SBC T1024 EvalKit package contains the following items The SBC T1024 system mounted with cooling solution Power Supply 12V DC stabilized 2 A Cable adapter for the power supply USB cable type A mini B Micro SD Card with U Boot and root file system 2 4 Feature Changelist for HW Revisions 2 4 1 Changes from revision 2 to revision 3 The revision 3 of the carrier board provides following changes A...

Page 9: ...board current measurements of the CPU module consumption via I C current sense amplifier Added LAN interrupt support Added SMART CARD connector Added optional by assembly option extension connector for example for additional GPIOs or graphic support if provided by the CPU Added mounting holes for the carrierboard Added a fan connector Added connector labeling silkscreen on the PCB Some features we...

Page 10: ...4 SerDes 0 PCIe SerDes 1 SGMII SerDes 2 SGMII SerDes 3 SGMII SerDes 4 mPCIe Aurora mPCIe SerDes 5 PCIe SerDes 6 SATA SerDes 7 mPCIe mSATA mSATA RGMII 1 PHY USB 1 2 0 3 0 2 0 USB 2 2 0 3 0 2 0 SD Card 1bit 4 bit boot device UART 1 UART to USB debug console UART 2 TTL only I C 1 Multiple devices I C 2 Multiple devices JTAG Signals on non standard connector Watchdog Hardware watchdog with trigger sig...

Page 11: ...following items an adequate power supply delivering 12V DC stabilized 2A minimum an USB cable type A mini B adapted to connector ST5 a serial terminal such as a PC with an USB port running a terminal Software e g TeraTerm HyperTerminal putty ckermit or else a hardware serial console Choose the following parameters a 115200 Bd b 8 Data bits c No parity d 1 Stop Bit 3 1 2 Recommended Items The follo...

Page 12: ...perly in order to select the correct boot source and board configuration The board comes preconfigured to boot correctly on arrival Connect the mini USB cable to ST5 Connect other peripherals USB LAN SATA as far as intended Connect the power line to the ST3 connector while the power supply is still switched off Switch on the power Figure 3 1 System setup example LAN port 4 ...

Page 13: ...on 1 0 0x85400010 Core e5500 Version 2 1 0x80241021 Clock Configuration CPU0 1400 MHz CPU1 1400 MHz CCB 400 MHz DDR 800 MHz 1600 MT s data rate Asynchronous IFC 100 MHz FMAN1 700 MHz QMAN 400 MHz L1 D cache 32 KiB enabled I cache 32 KiB enabled Reset Configuration Word RCW 00000000 0810000e 00000000 00000000 00000000 00000010 2d000001 00000002 68040000 21002000 00000020 00000000 00000000 00000000 ...

Page 14: ...us 01 01 In serial Out serial Err serial USB 100MHz SYSCLK Net Initializing Fman MMC read dev 0 block 2080 count 128 Fman1 Uploading microcode version 107 4 2 FM1 DTSEC4 PRIME Hit any key to stop autoboot 0 3 3 2 Linux For detailed setup instructions refer to the text document linux 4 1 8 mpx1024 txt delivered in the Linux directory along with the unit The text document mentioned here may refer to...

Page 15: ...efault 2GByte up to 8GByte up to 1600MT s 4 x DDR4 x16 single bank Synchronous Memory 8 bit NAND Flash Default 512 MB up to 2 GByte Hard Disk Drives Interface SATA 2 0 mSATA slot PCI Express port 2 0 5Gbps Lane x1 Root complex operations 1x PCIe extension connector 2 0 5Gbps Lane x1 Root complex operations 1x Mini PCIe Slot USB USB 2 0 Phy USB connector type A USB 2 0 Phy USB connector type A Expa...

Page 16: ...sor AT24C128C EEPROM BR24G128NUX 3 EEPROM RX 8803 RTC IDT6V49205B Clock Generator TLC59116 RGB LED Driver MAX7325 GPIO Port Expander I2C 2 400 kbps Connected Devices SC18IS602BIPW I2C to SPI Bridge MAX9611AUB Current monitor TCA9544APWR I C Multiplexer Gigabit Ethernet Controller RGMII 10 100 1000 Mbps System JTAG Controller JTAG Different connector on CRX05 R2 and R3 Power Management Primary Supp...

Page 17: ...cs GmbH 2017 4 3 Mechanical Dimensions 4 3 1 MPX T1024 The following drawing shows the mechanical outline of the MPX T1024 module that is plugged in the CRX05 carrier board This drawing is not to scale For 3D data files please contact MicroSys Figure 4 2 Mechanical Dimensions Modul ...

Page 18: ... V 2 3 18 70 MicroSys Electronics GmbH 2017 4 3 2 SBC T1024 The following drawing shows the mechanical outline of the SBC T1024 assembly This drawing is not to scale For 3D data files please contact MicroSys Figure 4 3 SBC T1024 Mechanical Dimensions ...

Page 19: ...System Description 4 miriac SBC T1024 User Manual V 2 3 19 70 MicroSys Electronics GmbH 2017 4 4 Connector Layout Top Figure 4 4 Top connectors ...

Page 20: ...System Description 4 miriac SBC T1024 User Manual V 2 3 20 70 MicroSys Electronics GmbH 2017 4 5 Connector Layout Bottom Figure 4 5 Bottom connectors ...

Page 21: ...y DO NOT exceed the rated maximum values for the power supply This may result in severe permanent damage to the unit as well as possible serious injury 4 6 2 Input Power Connector Part Reference ST3 Manufacturer Würth Elektronik Type 691 382 010 002 Mates with 691 381 000 002 included in delivery Pin out Pin Name Function 1 VIN typ 12V 2 GND Table 4 1 Pinout ST3 4 6 3 Power Supply Structure Input ...

Page 22: ...llowing diagram shows the Power Supply structure 4 6 4 RTC Backup Battery The RTC on the module is supplied from a 470mF supercap that is loaded by the 5V power source on the carrier board Alternatively there s another version of the carrier board available that has a backup battery holder for CR2032 batteries Please contact MicroSys for more information Part Reference BAT1 Manufacturer Renata Bat...

Page 23: ...rrierboard provides a 10mΩ shunt resistor in the 5V path supplying the CPU module For automated measurements there s a carrierboard version available that already provides an I C current sense amplifier The current sense amplifier is not populated by default For more information please contact MicroSys 4 6 6 Fuses There are no fuses on the SBC T1024 ...

Page 24: ... platform cache is offered The two CPU cores run at a maximum clock speed of 1400 MHz 1200 MHz or 1000 MHz respectively depending on the ordered type The CPU frequency can be clocked down if necessary 5 2 JTAG Chain The JTAG chain of the SBC T1024 includes the T1024 processor only The JTAG port is directly connected to the connector JTG0 The JTAG connector footprint provides JTAG signals For inter...

Page 25: ...the carrierboard The RST IN is an input to the module It signals that the voltage supplies on the carrierboard are within their limits and no manual reset is triggered When active signal is low the microcontroller unit on the module initiates the reset sequence in order to keep the CPU in a defined reset state No further interaction from the carri erboard is necessary In case the module reset is a...

Page 26: ...BC T1024 system T1024 ST4 ST1 Pin Name Signal Pin Signal Pin K1 SDHC_CL K 10R SDC CLK B100 SDC CLK EMI 5 W1 IIC1_SCL I2C1 SCL B78 See chapter 5 8 1 V3 IIC2_SCL I2C2 SCL B75 See chapter 5 8 2 JTG0 E18 TCK JTCK B105 10R JTCK 6 J14 AF3 EC1_TX_ CLK 10R MII1 TXCK T94 TX_CLK 53 AD1 EC1_RX_ CLK 10R MII1 RXCK T86 10R RX_CLK 46 AG3 EC1_GTX _CLK125 10R MII1 CRS T83 CLK125 9 ST15 M4 DIU_CLK_ OUT 10R DIU CLK ...

Page 27: ...6 PCIeT_LR1 SPI CLK AB18 25 PCIeC_LR1 I2C1 SCL AA18 ST4 J6 Signal Pin Signal Pin 30 PCIeT_LR2 SRD CLK1 T50 SRC 19 29 PCIeC_LR2 SRD CLK1 T51 SRC 20 32 PCIeT_LR3 SRD CLK2 T53 31 PCIeC_LR3 SRD CLK2 T54 ST7 OUT0 2 PCIE CLKD 13 OUT0 3 PCIE CLKD 11 ST8 OUT1 5 PCIE CLKB 13 OUT1 6 PCIE CLKB 11 ST11 OUT2 12 PCIE CLKC A13 OUT2 11 PCIE CLKC A14 ST9 OUT3 15 PCIE CLKA 7 OUT3 14 PCIE CLKA 6 Table 5 3 Clock dist...

Page 28: ...SEL1 and BOOT SEL2 which have a default high state 10k pullups are on the module when no connection is made or SW1 is off When the switch is on the respective pin is grounded The BOOT SELx pins are decoded to the following configuration 1 high 0 low T1024 BOOT SEL2 BOOT SEL1 Signal Pin SDHC 10 SPI 11 NAND 01 IFC_AD08 B9 0 0 1 IFC_AD09 A9 0 0 0 IFC_AD10 A10 1 1 0 IFC_AD11 B11 0 0 0 IFC_AD12 A11 0 0...

Page 29: ...e 1 8V C4 ALE IFC AVD D17 IFC_AVD address latch enable 1 8V C7 WE IFC WE D13 IFC_WE0 write enable 1 8V C3 WP IFC WP F17 IFC_WP0 write protect 1 8V H4 D0 IFC AD7 A4 IFC_AD0 data line 1 8V J4 D1 IFC AD6 B5 IFC_AD1 data line 1 8V K4 D2 IFC AD5 A5 IFC_AD2 data line 1 8V K5 D3 IFC AD4 B6 IFC_AD3 data line 1 8V K6 D4 IFC AD3 A6 IFC_AD4 data line 1 8V J7 D5 IFC AD2 A7 IFC_AD5 data line 1 8V K7 D6 IFC AD1...

Page 30: ...n multiplexing 8 bit SDIO interface and SPI interface are mutually exclusive The SBC T1024 provides a SPI Flash on the CPU module and 4 bit SDIO interface implemented as microSD slot on the carrier board The following table shows the internal connections I O Range SPI Flash S25FL032P Module T1024 Pin Name Pin Name LVTTL 1 CS FLASH SPI_CS0 M1 SPI_CS0 LVTTL 2 DO SPI MISO P1 SPI_MISO LVTTL 3 WP 3 3 4...

Page 31: ...e 0x57 0x55 Selectable via SW2 see 7 2 BR24G128NUX 3 EEPROM on carrier 0x58 MAX7325ATG Port Expander GP output address 0x68 Port Expander GP input address 0x60 TLC59116IRHBR RGB LED Driver Slave Address 0x68 All Call Address must be disabled 0x6B Software Reset Address 0x69 IDT6V49205BNLGI Clock Generator Table 5 7 I C1 bus map I C address 0x68 is existing twice on I2C 1 bus Therefore the so calle...

Page 32: ...24C128C SCL 6 SDA 5 RX 8803LC SCL 5 SDA 8 IDT6V49205B SCLK 46 SDATA 47 Module Connector I2C1_SCL B78 I2C1_SDA B77 MAX7325 SCL 19 SDA 20 BR24G128NUX 3 SCL 6 SDA 5 TLC59116IRHBR SCL 25 SDA 26 Table 5 8 I C 1 pin assignment 5 8 2 I2C 2 I C Bus 2 7 Bit address Address Device Function 0x28 SC18IS602BIPW I2C to SPI Bridge 0x70 TCA9544APWR I C Multiplexer for I C ports on PCIe slots 0x73 MAX9611AUB not p...

Page 33: ...llowing graphic shows the I C multiplexer s channels The I C bus 2 has the following layout I O Range LVTTL Device SCL Signal Name Pin SDA Signal Name Pin T1024 IIC2_SCL V3 IIC2_SDA Y3 Module Connector I2C2_SCL B75 I2C2_SDA B74 TCA9544APWR SCK 7 SDA 8 SC18IS602BIPW SCL 8 SDA 7 MAX9611AUB SCL 6 SDA 7 Table 5 10 I C 2 pin assignment ...

Page 34: ... slot Bottom ST8 mPCIe slot Bottom ST9 PCIe extension connector Bottom ST10 SATA connector Top ST11 PCIe extension connector Bottom ST12 UART2 connector Top ST13 Aurora connector 1 Bottom ST14 Aurora connector 2 Bottom ST15 Extension connector Bottom ST16 GPIN connector Top ST17 GPOUT connector Top ST18 emBRICK connector Bottom PWE Fan connector Top LAN1 RJ45 connector Top LAN2 RJ45 connector Top ...

Page 35: ...gabit LAN connections These four ports are distributed over two connectors named LAN1 and LAN2 The con nectors have integrated magnetics The following picture shows the front view of the two connectors as placed on the CRX05 baseboard For further information on the LEDs please see chapter 8 Part Reference LAN1 LAN2 Manufacturer Würth Elektronik Type 749 915 1120 Mates with RJ45 patch ca ble catego...

Page 36: ...II lanes connect to a Marvell PHY 88E1512P which uses a copy of the reference voltage on pin T80 of the module connector ST4 as I O voltage 1 8V The following table shows the internal connections for Port 4 I O Range 88E1512P ST4 T1024 Pull up Pull down Pin Name Pin Signal Pin Name 1 8V 46 RX_CLK T86 MII1 RXCK AD1 MII_RX_CLK 1 8V 43 RX_CTRL T95 MII1 RXDV AG2 MII_RX_DV 1 8V 44 RXD0 T88 MII1 RXD0 AF...

Page 37: ... I O Range 88E1512P ST4 T1024 Pull up Pull down Pin Name Pin Signal Pin Name 1 8V 4k7 56 TX_CTRL T103 MII1 TXEN AF4 MII_TXEN 1 8V 5k0 8 MDIO B87 MII1 MDIO AH4 EMI1_MDIO 1 8V 10k0 7 MDC B86 MII1 MDC AH3 EMI1_MDC 1 8V 9 CLK125 T83 MII1 CRS AG3 EC1_GTX_CLK125 Table 6 4 Port4 pin assignment ...

Page 38: ... mPCIe cards only mSATA is not supported Part Reference ST8 Manufacturer Tyco Type 2041119 1 Used with Half size mini PCIe cards are preferred Broaching nuts for both half and full size cards are placed on the carrier board When full size cards are used care has to be taken to choose cards that do not have parts on the bottom side accidentally shorting signals MicroSys recommends to use half size ...

Page 39: ...26 27 GND 1 5V 28 29 GND SMB CLK 30 31 PET0 SMB DAT 32 33 PET0 GND 34 35 GND USB D 36 37 GND USB D 38 39 3 3Vaux GND 40 41 3 3Vaux LED WWAN 42 43 GND LED_WLAN 44 45 Reserved LED_WPAN 46 47 Reserved 1 5V 48 49 Reserved GND 50 51 Reserved 3 3Vaux 52 Table 6 6 mPCIe Slot pinout The following table shows the internal connections ST8 ST4 T1024 Pin Name Pin Signal Pin Name 33 PET4 T23 SRD TX4 AD11 SD TX...

Page 40: ...and mPCIe cards It may be available in combination with other MPX2 modules Part Reference ST7 Manufacturer Tyco Type 2041119 1 Used with Full size or half size mini PCIe or mSATA cards Four holes for broaching nuts are designed to allow for half and full size cards to be used with this slot The broaching nuts for half size cards are not populated as standard to allow cards without height restricti...

Page 41: ... 24 25 PER0 GND 26 27 GND 1 5V 28 29 GND SMB CLK 30 31 PET0 SMB DAT 32 33 PET0 GND 34 35 GND USB D 36 37 GND USB D 38 39 3 3Vaux GND 40 41 3 3Vaux LED WWAN 42 43 GND LED_WLAN 44 45 Reserved LED_WPAN 46 47 Reserved 1 5V 48 49 Reserved GND 50 51 Reserved 3 3Vaux 52 Table 6 8 mPCIe mSATA Slot pinout The following table shows the internal connections ST7 ST4 T1024 Pin Name Pin Signal Pin Name 33 PET0 ...

Page 42: ...es with FFC cable 18pins pitch 0 5mm Pin 1 3 3V 2 3 3V 3 3 3V 4 1 5V 5 GND 6 REFCLK 7 REFCLK 8 GND 9 PER0 10 PER0 11 GND 12 PET0 13 PET0 14 GND 15 I2C2D SCL 16 I2C2D SDA 17 GND 18 PERST Table 6 10 PCIe Extension connector pinout ST9 The following table shows the internal connections ST9 ST4 T1024 Pin Name Pin Signal Pin Name 13 PET0 T47 SRD TX0 12 PET0 T48 SRD TX0 10 PER0 T44 SRD RX0 9 PER0 T45 SR...

Page 43: ...spective module The extension connectors interface the CRX05 carrier board with any specially developed adapter No standard pinout is used Part Reference ST11 Manufacturer Würth Elektronik Type 687 118 140 22 Mates with FFC cable 18pins pitch 0 5mm The I2C port is accessible via I2C Bus 2 and the I2C multiplexer TCA9544A address 0x70 See chapter 5 8 2 for more information Devices connected to ST9 ...

Page 44: ... Name Pin Signal Pin Name 13 PET0 T17 SRD TX5 AD17 SD TX5 12 PET0 T18 SRD TX5 AE17 SD TX5 10 PER0 T14 SRD RX5 AH17 SD RX5 9 PER0 T15 SRD RX5 AG17 SD RX5 Table 6 13 PCIe Edge Card connector SerDes 5 assignment 6 4 5 PCIe with external clock To run board with external PCIe clock board has to be modified on assembly level Please contact MicroSys if required ...

Page 45: ... the SBC T1024 system Part Reference ST10 Manufacturer 3M Type 5607 4200 SH Used with SATA cable 7pin The following table shows the internal connections ST10 ST4 T1024 Pin Name Pin Signal Pin Name 1 GND 2 A T11 SRD TX6 3 A T12 SRD TX6 4 GND 5 B T9 SRD RX6 6 B T8 SRD RX6 7 GND Table 6 14 SATA connector pin assignment not connected ...

Page 46: ... I O Range ST1 ST4 T1024 Pin Name Pin Signal Pin Name LVTTL 1 DAT2 B96 SDC D2 L3 SDHC_DAT2 LVTTL 2 CD DAT3 B95 SDC D3 L1 SDHC_DAT3 LVTTL 3 CMD B99 SDC CMD K3 SDHC_CMD 4 Vdd LVTTL 5 CLK B100 SDC CLK K1 SDHC_CLK 6 Vss LVTTL 7 DAT0 B98 SDC D0 L2 SDHC_DAT0 LVTTL 8 DAT1 B97 SDC D1 K4 SDHC_DAT1 LVTTL 9 SW1 B90 SDC CD L5 SDHC_CD LVTTL 10 SW2 B89 SDC WP M5 SDHC_WP Table 6 15 microSD card slot pin assignme...

Page 47: ... ST4 T1024 Pin Signal Pin Signal Pin Name 1 Vbus B133 USB1 VBUS E4 USB1_VBUSCLMP 2 D T131 USB1 D F2 USB1_UDM 3 D T130 USB1 D F1 USB1_UDP 4 GND 5 SSRX T118 USB1 SSRX 6 SSRX T119 USB1 SSRX 7 GND 8 SSTX T122 USB1 SSTX 9 SSTX T121 USB1 SSTX J4 Pin Signal 4 ENABLE B132 USB1 EN F6 USB1_DRVVBUS 3 FAULT B131 USB1 OC F5 USB1_PWRFAULT B130 USB1 UID F4 USB1_UID Table 6 16 USB Host Only Port 1 pin assignment ...

Page 48: ... T127 USB2 D H1 USB2_UDP 4 GND 5 SSRX T112 USB2 SSRX 6 SSRX T113 USB2 SSRX 7 GND 8 SSTX T116 USB2 SSTX 9 SSTX T115 USB2 SSTX J5 Pin Signal 4 ENABLE B127 USB2 EN J5 USB2_DRVVBUS 3 FAULT B126 USB2 OC H5 USB2_PWRFAULT B125 USB2 UID H4 USB2_UID Table 6 17 USB Host Only Port 2 pin assignment USB port 2 can be individually enabled and has a separate overcurrent signal USB2_PWRFAULT is a high active sign...

Page 49: ... type B The port is used as the debug port of the T1024 Part Reference ST5 Manufacturer Würth Elektronik Type 651 005 161 21 Used with Mini USB type B cables The following table shows the internal connections ST5 ST4 T1024 Pin Signal Pin Signal Pin Name 1 Vbus B37 UART1 RXD AA1 UART1_SIN 2 D J1 B38 UART1 TXD AA2 UART1_SOUT 3 D B39 UART1 CTS Y2 UART1_CTS 4 ID B40 UART1 RTS Y1 UART1_RTS 5 GND Table ...

Page 50: ...king with RTS CTS The I O range is LVTTL For RS232 or RS485 additional transceivers are necessary They are not implemented on the SBC T1024 system Part Reference ST12 Manufacturer Würth Elektronik Type 648 106 131 822 Mates with 648 006 113 322 ST12 ST4 T1024 Pin Signal Pin Signal Pin Name 1 3 3V 2 UART2 RXD B32 UART2 RXD W4 UART2_SIN 3 UART2 TXD B33 UART2 TXD AA4 UART2_SOUT 4 UART2 RTS B35 UART2 ...

Page 51: ...GmbH 2017 6 9 MCU Connector The connector MCU is for production test R2 only Not available on CRX05R3 Part Reference MCU Manufacturer Tag Connect Type TC2050 IDC FP MCU Pin Signal 1 Please contact MicroSys 2 3 4 5 6 7 8 9 10 Table 6 20 MCU Connector Pinout Pin1 Pin5 Pin6 Pin10 ...

Page 52: ...T Type BM14B SrSS TB JTG0 ST4 LS1046A Pin Signal Pin Signal Pin Signal 1 JTDO B104 JTDO E20 TDO 2 GND 3 JTDI B103 JTDI G17 TDI 4 TRST B106 TRST E19 TRST 5 1 8V 6 7 JTCK B105 JTCK E18 TCK 8 HRST B111 HRST F8 HRESET 9 JTMS B102 JTMS G18 TMS 10 GND 11 PRST B110 PRST F9 PORESET 12 GND 13 MCU UART RDD B114 MCU UART RDD 46 J11 MK02FN64VLH10 14 MCU UART TXD B113 MCU UART TXD 49 J11 MK02FN64VLH10 Table 6 ...

Page 53: ...nt Part Reference JTG0 Manufacturer Tag Connect Type TC2050 IDC FP JTG0 ST4 T1024 Pin Signal Pin Signal Pin Signal 1 JTMS B102 JTMS B18 TMS 2 HRST B111 HRST E8 HRESET 3 1 8V 4 TRST B106 TRST D19 TRST 5 JTDO B104 JTDO C18 TDO 6 JTCK B105 JTCK E18 TCK 7 GND 8 PRST B110 PRST F13 PORESET 9 JTDI B103 JTDI A18 TDI 10 n c Table 6 22 JTAG Connector Pinout Pin1 Pin5 Pin6 Pin10 ...

Page 54: ...TRST 12 13 TX2 HALT 14 15 TX2 EVTI 16 17 GND EVTO 18 19 TX3 GEN_IO3 20 21 TX3 RST 22 23 GND GND 24 25 TX4 CLK 26 27 TX4 CLK 28 29 GND GND 30 31 TX5 RDY 32 33 TX5 HRST 34 Table 6 23 Aurora Connector Pinout The module standard connector pinout ST4 does not provide all signals which are necessary for the Aurora interface Additional signals are available on the following connector ST14 For more inform...

Page 55: ...a MAX7325ATG I C GPIO Expander The output pins are level shifted to either the input voltage or to the level of an externally supplied voltage The output driver can be separately enabled and disabled Additionally a fault pin exists that signals a chip thermal shutdown or an overcurrent condition on any channel MAX7325ATG Description P6 Pin7 FAULT input Logic low signals fault event O14 Pin16 A log...

Page 56: ...6 Maximum output current on all ports together 350mA O13 Pin15 3 OUT5 O12 Pin14 4 OUT4 O11 Pin13 5 OUT3 O10 Pin12 6 OUT2 O9 Pin11 7 OUT1 O8 Pin10 8 GND Table 6 26 GPOUT connector pinout ST17 Pin 1 of connector ST17 is connected to the carrierboard input voltage via R154 In order to supply the GPOUT section with input voltages different from the input voltage R154 has to be removed V_EXT on pin1 su...

Page 57: ...ector The SBC T1024 provides a fan connector marked with PWE In case a fan is necessary MicroSys recommends to use a 5V rated fan Part Reference PWE Manufacturer Würth Elektronik Type 679 304 124 022 Mates with 648 004 113 322 Pin Description 1 5V 2 GND 3 GND 4 VIN Table 6 27 FAN connector pinout PWE ...

Page 58: ... available on CPU ST2 ST4 T1024 Pin Signal Name Pin Description Pin Signal Name 1 3 3V 2 RST B121 10k PU 3 CLK B122 10k PU 4 5 GND 6 7 I O B123 10k PU 8 Table 6 28 Smart Card connector pinout ST2 for CRX05 R3 Connection von CRX05 R2 ST2 ST4 T1024 Pin Signal Name Pin Description Pin Signal Name 1 3 3V 2 RST Pin B67 10k PU U2 GPIO4_10 3 CLK Pin B66 10k PU U1 GPIO4_11 4 n c 5 GND 6 n c 7 I O Pin B65 ...

Page 59: ...PPORTED Part Reference ST18 Manufacturer Würth Elektronik Type 613 005 211 21 Mates with Standard 2 54mm dual row socket Pin Signal Name Connection 1 SEL_OUT MAX7325ATG O15 Pin17 2 MOSI SC18IS602BIPW MOSI Pin6 3 MISO SC18IS602BIPW MISO Pin5 4 CLK SC18IS602BIPW SPICLK Pin11 5 3 3V 6 GND 7 GND 8 GND 9 VIN 10 VIN Table 6 30 emBRICK connector pinout ST18 ...

Page 60: ...ws the internal connections of the BOOT SEL pins SW1 ST4 Microcontroller Switch Signal Pin Signal Pin Name 1 1 BOOT SEL1 T134 BOOT SEL1 19 PTA17 1 2 BOOT SEL2 T133 BOOT SEL2 20 PTA18 Table 7 2 BOOT SELx pin assignment Setting SW 1 1 SW 1 2 Boot device Features Boot location OFF OFF SPI Flash NAND flash is connected to CS1 module OFF ON NAND Flash NAND flash is connected to CS0 module ON OFF microS...

Page 61: ...nd the I C address of the EEPROM on I C Bus1 Setting SW 2 1 SW 2 2 Description OFF Watchdog disabled ON Watchdog active OFF EEPROM J25 address 0x57 ON EEPROM J25 address 0x55 Table 7 3 Configuration switch settings 7 3 PCIe selection root complex endpoint The PCIe configuration switch influences the behavior of root complex or endpoint Figure 7 2 Board Configuration Switch Figure 7 3 PCIe selectio...

Page 62: ...4 Reset Button Pressing the reset switch SW3 triggers a Hard Reset SW3 is connected to the reset input of a MAX6751KA29 chip via additional logic The resulting open drain reset signal is then inverted and fed to the microcontroller The following table shows the internal connections SW3 J17 ST4 Microcontroller Pin Signal Pin Pin Signal Pin Name 1 3 3 3V 2 4 RST BTN 39166 1 7 T136 RST IN 2 PTB7 Tabl...

Page 63: ...bps 0 blinks no link LAN1 A J8 LAN1 LED2 Yellow LED off LAN1 B J10 LAN2 LED1 Green LED configurable Default On Link Off no Link Blink Activity LAN1 B J10 LAN2 LED2 Yellow LED off LAN2 B J12 LAN3 LED0 Green LED configurable Default 3 blinks 1000Mbps 2 blinks 100 Mbps 1 blink 10 Mbps 0 blinks no link LAN2 B J12 LAN3 LED2 Yellow LED off LAN2 A J14 LAN4 LED1 Green LED configurable Default On Link Off ...

Page 64: ...2 ST4 CB RST Carrier board reset active LD3 J17 SW3 RST IN Power on the carrier is not ok watchdog reset is active manual reset is triggered Table 8 2 Indicator LEDs Carrier board Colour Function Green LED ON Power up sequence of the module is finished power is good LED OFF Power fail Red LED ON Module reset is active LED OFF Reset is inactive Table 8 3 Indicator LEDs Module ...

Page 65: ...has to be disabled before GP input pins of the MAX7325 port expander can be read correctly This can be achieved by setting the default value 1 of Bit 0 in MODE1 register to 0 The following table shows how the LEDs are mapped to the driver outputs Part Reference LED Driver Output LED Output Register LD4 LED0 0x14 LED1 LED2 LED3 is not connected LD7 LED4 0x15 LED5 LED6 LED7 is not connected LD6 LED8...

Page 66: ...ble on request only If you should have ordered a Starter Kit the most recent Linux will already be installed in the board s flash so you can start to develop and test your application right away 9 3 Flash Layout 9 3 1 NAND Flash Start End Definition Size 0x000000 0x0FFFFF u boot 1MB 0x100000 0x11FFFF u boot env 128KB 0x160000 0x16FFFF FMAN Ucode 64KB 0x180000 0x18FFFF QE Firmware 64KB Table 9 1 NA...

Page 67: ...lic License I2C Inter Integrated Circuit JTAG Joint Test Action Group LAN Local Area Network LED Light Emitting Diode LVTTL Low Voltage Transistor Transistor Logic MCU Microcontroller Unit MMC Multimedia Card mPCIe Mini Peripheral Component Interconnect Express mSATA Mini Serial Advanced Technology Attachment PCIe Peripheral Component Interconnect Express RGMII Reduced Gigabit Media independent In...

Page 68: ...ble 2 2 Functional coverage 10 Table 4 1 Pinout ST3 21 Table 5 1 Reset signal overview 25 Table 5 2 Voltage monitoring limits carrier 26 Table 5 3 Clock distribution and explanation 27 Table 5 4 Hard wired boot signals 28 Table 5 5 NAND Flash pin assignments 29 Table 5 6 SPI Flash pin assignment 30 Table 5 7 I C1 bus map 31 Table 5 8 I C 1 pin assignment 32 Table 5 9 I C2 bus map 32 Table 5 10 I C...

Page 69: ...AG Connector Pinout 53 Table 6 23 Aurora Connector Pinout 54 Table 6 24 Aurora Connector ST14 Pinout 54 Table 6 25 GPIN connector pinout ST16 55 Table 6 26 GPOUT connector pinout ST17 56 Table 6 27 FAN connector pinout PWE 57 Table 6 28 Smart Card connector pinout ST2 for CRX05 R3 58 Table 6 29 Smart Card connector pinout ST2 for CRX05 R2 58 Table 6 30 emBRICK connector pinout ST18 59 Table 7 1 Bo...

Page 70: ...ription 2017 10 06 2 0 Release Version for carrier CRX05 Revision 2 2017 12 06 2 1 NAND FLASH Memory Map changed 2018 07 16 2 2 Table 2 2 add LED colors Operating voltage change to 9V 30V PCIe portcount correction 2019 01 28 2 3 Added differences CRX05 carrier revision 2 to revision 3 2 4 1 Table 11 1 Document history ...

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