TIXU_MX6Y Rev. A1_02 Table of Contents 1 INTRODUCTION ..............................4 2 TOP VIEW ................................4 2.1 T LCD ............................5 OP VIEW WITHOUT 3 BOTTOM VIEW ..............................6 4 SETTING UP THE SYSTEM ............................ 7 4.1 F EVAL B ........................7 IXING THE OARD ON SPACERS...
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TIXU_MX6Y Rev. A1_02 List of Figures Figure 1 : Top view ............................... 4 Figure 2 : Top view without LCD ......................... 5 Figure 3 : Bottom View ............................6 Figure 4 :Fixing the M3 spacers ........................... 7 Figure 5 : Fixing the M2 spacer ..........................8 Figure 6 : Fixing the M2 screw ..........................
TIXU_MX6Y Rev. A1_02 1 INTRODUCTION This document contains information about the power-up and user interfaces of the i.MX 6ULL EVAL board powered by Texas instruments TPS6521815 2 TOP VIEW Figure 1: Top view Note: More information on LEDs can be found in Section.4.11...
TIXU_MX6Y Rev. A1_02 4 SETTING UP THE SYSTEM Below are the steps need to followed for setting up the system Fix the M3 screws and Spacers to the EVAL board Fix the M2 spacer and nut for mounting the LCD Place the LCD on the acrylic and connect the FPC cable to the receptacle (J9) and lock the cable Fix the M2 screws.
TIXU_MX6Y Rev. A1_02 4.2 Fixing the acrylic for LCD After placing EVAL board please fix the M2 spacers, M2 nuts, on this we can place the acrylic piece on which LCD glued. Using the M2 screws fix the LCD. Figure 5: Fixing the M2 spacer Figure 6: Fixing the M2 screw 4.3 Connecting the FPC cable...
TIXU_MX6Y Rev. A1_02 User can connect the FPC cable of the LCD to the J9 FPC connector. Please lock the cable by pushing the black coloured lock towards the connector. Figure 7: Connecting FPC cable 4.4 Changing the BOOT option The default boot device of the EVAL board will be SD card.
TIXU_MX6Y Rev. A1_02 Table 2: SW7 Boot option Please make sure to set the boot options to SD as shown in below figure. Figure 8: SD Boot configuration. User can refer below figure to configure eMMC card boot option. Resistor change also needed for eMMC boot...
TIXU_MX6Y Rev. A1_02 Figure 9: eMMC boot configuration. 4.5 Inserting the uSD card User can flash the uSD card with boot image and that can insert to the Connector J2. It is a push-in Push- out uSD connector. Please refer the below figure for connecting uSD card. Figure 10: Connecting uSD card...
TIXU_MX6Y Rev. A1_02 4.6 Inserting the coin cell User need to insert a CR2032 coin cell to the battery holder BH1 for the battery backup and proper working of all functionality. Please refer below figure to insert the coin cell. Figure 11: Inserting coin cell 4.7 Connecting Debug UART For getting console access, a USB micro-B cable needed.
TIXU_MX6Y Rev. A1_02 4.8 Connecting USB cable. User can use connector J7 for connecting OTG device or usb cable. USB cable can connect to the board as shown below. Figure 13:Connecting USB cable 4.9 Connecting the User Interface Devices (Optional) Below are the User Interfaces which can connect to our board.
TIXU_MX6Y Rev. A1_02 4.9.1 USB2ANY Connect the USB2ANY 10 pin cable to the header H1 as shown below. Please make sure the Key of the connector is aligning with silk screen marking. Figure 14: Connecting USB2ANY header 4.9.2 Ethernet 100BASE-T Ethernet communication is supported through the dual port RJ45 jack J3. Connecting LAN cable is shown below Figure 15: Connecting Ethernet cable...
TIXU_MX6Y Rev. A1_02 4.9.3 JTAG Connector User can use header H5 for the JTAG communication. Segger J-link Base is compatible with this 2.54mm 20 pin header.Please connect the J-link Base as shown below. 4.9.4 GPIO Header User can access 10 gpios from the header H4. This is for user defined purpose. 4.10 Powering the board User can use a 5V, 5A adapter to meet the power requirement of the EVAL board.
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TIXU_MX6Y Rev. A1_02 This LED used for over voltage indication This LED will let know the user about the power source of DCDC6 of PMIC. Whether it is coincell or not. Orange means it powerd from coincell. Blue means powered from main supply. This will let know the user whether any reception of data happened in console This will let know the user whether any transmission of data happened in...
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