LinkIt 2523 HDK V11 User's Guide Link It Users
LinkIt_2523_HDK_Users_Guide
LinkIt_2523_HDK_Users_Guide
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LinkIt 2523 HDK v11 User's Guide Version: 1.1 Release date: 4 November 2016 © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). MediaTek cannot grant you permission for any material that is owned by third parties. You may only use or reproduce this document if you have agreed to and been bound by the applicable license agreement with MediaTek (“License Agreement”) and been granted explicit permission within the License Agreement (“Permitted User”). If you are not a Permitted User, please cease any access or use of this document immediately. Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. THIS DOCUMENT IS PROVIDED ON AN “AS-IS” BASIS ONLY. MEDIATEK EXPRESSLY DISCLAIMS ANY AND ALL WARRANTIES OF ANY KIND AND SHALL IN NO EVENT BE LIABLE FOR ANY CLAIMS RELATING TO OR ARISING OUT OF THIS DOCUMENT OR ANY USE OR INABILITY TO USE THEREOF. Specifications contained herein are subject to change without notice. LinkIt 2523 HDK v11 User's Guide Document Revision History Revision Date Description 1.0 2 September 2016 Initial release. This document is for LinkIt 2523 HDK v11. 1.1 4 November 2016 • Updated introduction to include top and bottom views of the LinkIt 2523 HDK v11. • • Updated the section for Bluetooth and Bluetooth Low Energy. Updated the schematic and the BOM list. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page i of v LinkIt 2523 HDK v11 User's Guide Table of contents 1. Introduction ........................................................................................................................................ 1 2. Get Started with the HDK .................................................................................................................... 3 2.1. 2.2. Installing the LinkIt 2523 HDK drivers on Microsoft Windows ........................................................... 3 Downloading the project image using the LinkIt 2523 HDK as a removable storage ......................... 6 3. Hardware Description ......................................................................................................................... 7 4. Hardware Configuration .................................................................................................................... 10 4.1. 4.2. 4.3. 4.4. 4.5. 4.6. 4.7. 4.8. 4.9. 4.10. 4.11. 4.12. 4.13. 4.14. 4.15. 4.16. Microcontroller unit ......................................................................................................................... 10 Power................................................................................................................................................ 10 Jumpers ............................................................................................................................................ 16 LEDs .................................................................................................................................................. 18 Buttons ............................................................................................................................................. 20 GPIO .................................................................................................................................................. 21 LCM ................................................................................................................................................... 22 Audio ................................................................................................................................................ 25 Speech .............................................................................................................................................. 25 MSDC ................................................................................................................................................ 25 Camera ............................................................................................................................................. 27 USB ................................................................................................................................................... 29 GNSS (LinkIt 2523G only) .................................................................................................................. 30 Bluetooth and Bluetooth Low Energy............................................................................................... 30 Debugging ......................................................................................................................................... 32 Connectors........................................................................................................................................ 34 5. Schematics (V11) ............................................................................................................................... 49 6. Layout (V11)...................................................................................................................................... 71 7. LinkIt 2523 HDK’s BOM (V11) ............................................................................................................ 75 8. Appendix A: Acronyms and Abbreviations ......................................................................................... 82 © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page ii of v LinkIt 2523 HDK v11 User's Guide Lists of tables and figures Table 1. Power input jumpers ............................................................................................................................... 10 Table 2. GPIO voltage level customization with jumper and pin (illustrated) settings .........................................11 Table 3. Enabling the active GPS antenna on HDK with jumper pin settings (illustrated) ....................................13 Table 4. PSRAM power source selection jumpers................................................................................................. 14 Table 5. Serial flash I/O power source selection jumper ...................................................................................... 15 Table 6. Analog I/O power source selection jumper............................................................................................. 15 Table 7. LinkIt 2523 HDK jumper index ................................................................................................................. 16 Table 8. The LED indicators ................................................................................................................................... 18 Table 9. Buttons and corresponding keypad functionality ................................................................................... 20 Table 10. LinkIt 2523 board’s eFuse jumper pin settings (illustrated) .................................................................. 22 Table 11. LinkIt 2523 board’s RTC jumper pin settings ......................................................................................... 22 Table 12. LCM backlight source selection settings (illustrated) ............................................................................ 23 Table 13. LinkIt 2523 HDK display peripheral jumper pin settings (illustrated) .................................................... 24 Table 14. Jumper settings (illustrated) for storage options .................................................................................. 25 Table 15. Jumper pin settings (illustrated) for camera and sensor daughterboards ............................................ 28 Table 16. Jumper pin settings (illustrated) for Bluetooth ..................................................................................... 31 Table 17. Resistor selections ................................................................................................................................. 33 Table 18. Battery connector CON2101 (see Figure 18) ......................................................................................... 34 Table 19. Micro-SD tray ........................................................................................................................................ 35 Table 20. OMTP Audio jack connector .................................................................................................................. 35 Table 21. LCM serial display daughterboard connector ....................................................................................... 36 Table 22. Serial camera daughterboard connector CON6201 .............................................................................. 37 Table 23. Sensor daughterboard connector CON6301 ......................................................................................... 38 Table 24.The HDK’s high speed USB 2.0 connector .............................................................................................. 39 Table 25. CMSIS-DAP USB full speed connector ................................................................................................... 40 Table 26. MK20 JTAG connector pin definition..................................................................................................... 41 Table 27. eMMC/micro SD jumpers ...................................................................................................................... 41 Table 28. JTAG connector CON9002 ..................................................................................................................... 41 Table 29. GPIO pin functionalities ......................................................................................................................... 43 Table 30. LinkIt 2523 HDK bill of materials ........................................................................................................... 75 Table 31. Acronyms and abbreviations ................................................................................................................. 82 Figure 1. Top view of the LinkIt 2523 HDK v11 ....................................................................................................... 1 Figure 2. Bottom view of the LinkIt 2523 HDK v11 ................................................................................................. 2 Figure 3. USB connectors on the LinkIt 2523 development board ......................................................................... 3 Figure 4. Device COM port for debugging on your PC ............................................................................................ 4 Figure 5. Device COM port for logging on your PC ................................................................................................. 5 Figure 6. A typical USB to UART converter.............................................................................................................. 5 Figure 7. LinkIt 2523 HDK connected as removable disk storage ........................................................................... 6 Figure 8. LinkIt 2523 HDK’s top view....................................................................................................................... 8 Figure 9. LinkIt 2523 HDK’s bottom view ................................................................................................................ 9 © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page iii of v LinkIt 2523 HDK v11 User's Guide Figure 10. The positions of jumpers J1105, J1110 to J1112. J1114, resistors R4101, R1113, GPDAC test point TP1101 and micro SD cardholder ...................................................................................................................................... 12 Figure 11. The jumper positions for J5201 and J5202, J1106, J1108, J1109 ......................................................... 14 Figure 12. LED positions for LED2001, LED2003 and LED6601 ............................................................................. 19 Figure 13. LED positions for LED9201, LED9206 and LED9209 ............................................................................. 20 Figure 14. The positions of buttons, strap pin resistors, jumpers J1102 to J1104 ................................................ 21 Figure 15. LCM display module and backlight jumper locations .......................................................................... 23 Figure 16. Jumpers J1001 to J1006 for storage options........................................................................................ 27 Figure 17. Jumper pin locations of J1007 to J1012, J1015 .................................................................................... 28 Figure 18. Positions of J1101 and Bluetooth antenna path selection from J5001 to J5004, U1101, CON2101 and resistor R5005 ....................................................................................................................................................... 31 Figure 19. The positions of UART and I2C pin header for debugging facilitation ................................................. 34 Figure 20. Micro-SD card holder CON4101 ........................................................................................................... 35 Figure 21. Serial LCM daughterboard’s connector and I2C pull-up resistors (R1002, R1003) .............................36 Figure 22. Serial camera daughterboard CON6201 .............................................................................................. 37 Figure 23. The position of the camera daughterboard pin headers ..................................................................... 37 Figure 24. High-speed USB2.0 connector ............................................................................................................. 39 Figure 25. CMSIS-DAP USB 1.1 full speed connector ............................................................................................ 39 Figure 26. MK20 JTAG connector, sensor daughterboard connector and PSRAM power switch J1113 ..............40 Figure 27. JTAG connector CON9002 pin definition ............................................................................................. 42 Figure 28. LinkIt 2523 HDK extension connectors ................................................................................................ 43 Figure 29. Block diagram ....................................................................................................................................... 50 Figure 30. I2C ID .................................................................................................................................................... 51 Figure 31. PMU_SPEC............................................................................................................................................ 52 Figure 32. BB MT2523G BB ................................................................................................................................... 53 Figure 33. BB_MT2523G_ABB ............................................................................................................................... 54 Figure 34. POWER_COMMON_LDO ...................................................................................................................... 55 Figure 35. POWER_Charging ................................................................................................................................. 56 Figure 36. MEMORY_eMMC ................................................................................................................................. 57 Figure 37. MEMORY_SD Card ............................................................................................................................... 58 Figure 38. CONNECTIVITY_BT_MT2523G.............................................................................................................. 59 Figure 39. CONNECTIVITY_GPS_MT2523G ........................................................................................................... 60 Figure 40. PERI_Audio_IO ..................................................................................................................................... 61 Figure 41. PERI_LCD_Capacitive touch panel........................................................................................................ 62 Figure 42. PERI_CAMERA ...................................................................................................................................... 63 Figure 43. PERI_SENSOR_DTB_IO ......................................................................................................................... 64 Figure 44. PERI_USB .............................................................................................................................................. 65 Figure 45. PERI_KEY .............................................................................................................................................. 66 Figure 46. PERI_SWD............................................................................................................................................. 67 Figure 47. DEBUG_IO ............................................................................................................................................ 68 Figure 48. POWER INDICATOR .............................................................................................................................. 69 Figure 49. LCM ...................................................................................................................................................... 70 Figure 50. LinkIt 2523 HDK layout (Layer 1) .......................................................................................................... 71 Figure 51. LinkIt 2523 HDK layout (Layer 2) .......................................................................................................... 72 © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page iv of v LinkIt 2523 HDK v11 User's Guide Figure 52. LinkIt 2523 HDK layout (Layer 3) .......................................................................................................... 73 Figure 53. LinkIt 2523 HDK layout (Layer 4) .......................................................................................................... 74 © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page v of v LinkIt 2523 HDK v11 User's Guide 1. Introduction MediaTek LinkIt™ 2523 hardware development kit (HDK) by SAC is a fully functional development platform for RTOS for IoT and Wearable applications powered by MediaTek MT2523G, an ARM Cortex-M4 core-based microcontroller unit (MCU). The HDK has rich connectivity features and interfaces such as SPI, I2S, PCM, UART, ADC, PWM, JTAG and clock out generators. The LinkIt 2523 HDK enables application development, prototyping and evaluation using sensors, Bluetooth, Bluetooth low energy, GNSS, audio (speech, headset and speaker), MIPI, serial, camera serial interface, keypad, battery management, micro SD and eMMC portable storage support and high speed USB 2.0. The LinkIt 2523 HDK also has built-in antenna that is able to receive Bluetooth (compatibility with up to 4.0 and higher versions), and GNSS (GPS, GLONASS and BeiDou) signals. In addition, the USB to serial wire debug (SWD) converter and JTAG feature provides convenient development and debugging. The LinkIt 2523 HDK supports OpenSDA to provide more streamlined development to debug and flash the binary code. This user’s guide covers MT2523G and MT2523D integrated chipsets. The functions and pin assignments from both chipsets are identical, except the MT2523D doesn’t support GNSS communication. The user manual guides you through the following. • Describing the hardware features of the LinkIt 2523 HDK. • Configuring the LinkIt 2523 HDK with specific pin and jumper assignments. • Providing the hardware schematics for more detailed configuration and reference design. • Listing bill of materials (BOM) for the LinkIt 2523 HDK. Front and back views of the LinkIt 2523 HDK version 11 are presented in Figure 1 and Figure 2, respectively. Figure 1. Top view of the LinkIt 2523 HDK v11 © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 1 of 82 LinkIt 2523 HDK v11 User's Guide Figure 2. Bottom view of the LinkIt 2523 HDK v11 © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 2 of 82 LinkIt 2523 HDK v11 User's Guide 2. Get Started with the HDK This section provides details on how to configure the HDK and install the required peripheral drivers for the full operation of the development platform. Before commencing the application development, set the jumpers for the camera daughterboard, as shown in Figure 3. Jumpers for the Camera Daughterboard 2523 USB 321 MK20 USB System Power Figure 3. USB connectors on the LinkIt 2523 development board The 2523 USB can be used for powering up the board and downloading the binary with LinkIt 2523 Flash Tool. The MK20 USB can be used for debugging with GDB and downloading the binary using Keil IDE. To learn more about 2523 USB COM port driver, see section 2.3, “Installing the USB driver” of MT2523 Flash Tool Users Guide. 2.1. Installing the LinkIt 2523 HDK drivers on Microsoft Windows Install mbed serial port driver to use the USB serial port on Windows OS for debugging: 1) Download and install the Windows serial port driver from here. 2) Connect the board to the computer through 2523 USB and the MK20 USB. 3) Open Windows Control Panel, click System and: • On Windows 7 and 8, click Device Manager. • On Windows XP, click the Hardware tab and then Device Manager. 4) In Device Manager, navigate to Ports (COM & LPT) (see Figure 4). © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 3 of 82 LinkIt 2523 HDK v11 User's Guide A new COM device should appear under Ports (COM & LPT), as shown in Figure 4. Note the COMx port number of the mbed Serial Port. Use this port to send and receive data to and from the LinkIt 2523 HDK. Figure 4. Device COM port for debugging on your PC To install a USB to UART driver, such as prolific USB to UART converter: 1) Connect a USB to UART cable to PC, such as USB to Serial/UART Bridge Controller (Integrated crystal/OTP). A new unknown device will be detected on Microsoft Windows system, if the device driver wasn’t setup before. 2) Download and install the USB to UART cable driver from Prolific. After the driver is installed, unknown device will be changed to Prolific USB-to-Serial Comm Port. 3) Open Windows Control Panel, click System. • On Windows 7 and 8, click Device Manager. • On Windows XP, click the Hardware tab and then Device Manager. 4) In Device Manager, navigate to Ports (COM & LPT) (see Figure 5). A new COM device should appear. Note the COMx port number of the Prolific USB-to-Serial Comm Port. The COM port can now be used to receive system logs through the UART interface on the LinkIt 2523 HDK. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 4 of 82 LinkIt 2523 HDK v11 User's Guide Figure 5. Device COM port for logging on your PC A typical USB to UART converter is shown in Figure 6. The USB connector should be connected to the PC. The jump wires (count of four) should be connected to the UART interface on the LinkIt 2523 HDK. Connect the black wire to the GND, the white wire to the RX and the green wire to the TX and no need to connect the red wire. Once the converter is connected, the system logs will display on the serial monitor tool, such as Tera Terminal. Figure 19 shows the UART port connector location. Figure 6. A typical USB to UART converter © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 5 of 82 LinkIt 2523 HDK v11 User's Guide 2.2. Downloading the project image using the LinkIt 2523 HDK as a removable storage To update the FreeRTOS image only (example project image: iot_sdk_demo.bin) use the LinkIt 2523 HDK as a removable disk drive according to the following steps: 1) Connect the LinkIt 2523 HDK to your PC with a micro-USB cable to the MK20 USB connector. 2) Navigate to Computer on your PC to check if a new mass storage named MT2523 is available under Devices with Removable Storage, as shown in Figure 7. Figure 7. LinkIt 2523 HDK connected as removable disk storage 3) Open the MT2523 removable storage, then drag and drop the project image, such as iot_sdk_demo.bin, from the original image folder to update the image on the HDK’s flash. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 6 of 82 LinkIt 2523 HDK v11 User's Guide 3. Hardware Description LinkIt 2523 HDK provides connections between the system on chip (SOC) and the peripherals, such as micro SD card, eMMC, MIPI LCM, serial LCM, touch panel, serial camera, sensor daughterboard, GNSS, Bluetooth, audio speech and high speed USB 2.0. The top and bottom layout views (Figure 8 and Figure 9, respectively) show the positions of the peripherals on the development board. Some of the peripheral interfaces are mutually exclusive. The eMMC and the micro SD, for example, cannot be used at the same time, as the corresponding pins can only be assigned to one function at a time. The LinkIt 2523 HDK provides the following features for application development. • ARM Cortex-M4 core-based MT2523G microcontroller. • Internal 160kB SRAM and 4MB PSRAM. • Internal 4MB serial flash. • Rich interfaces. • Three I2Cs. • Four master SPIs and a slave SPI. • One master I2S and one slave I2S. • One PCM interface that supports master. • Four sets of UARTs. The first set of UART is directly configured through pin headers, the other three sets are software configurable. • Five 12-bit ADCs. • Six PWMs by alternative voltage level. • Two SDMMCs. • JTAG debugging support. • Five sets of clock outputs. • Peripherals. • One serial camera interface supporting up to 3-bit mode image capture. • Two display modes supporting serial interface and MIPI with the resolution of up to 320*320 pixels. • Keypad supported to simulate buttons, such as volume up or down, backward and enter. • Onboard speaker, onboard analog microphone and audio jack appliance. • User-friendly customization. • Supports Bluetooth (2.4GHz) and GNSS onboard antenna connectivity and an SMA connector for dedicated antenna connectivity. • Supports 2-wire SWD interface for debugging purposes. • Headers for convenient and accurate current measurement. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 7 of 82 LinkIt 2523 HDK v11 User's Guide BT SMA (SMA 5002) R9023 Analog Microphone (MIC6001) Analog Jack GNSS/BT SMA (SMA 5001) Figure 8. LinkIt 2523 HDK’s top view © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 8 of 82 LinkIt 2523 HDK v11 User's Guide R9017 to R9021 GNSS RTC Battery 2523 JTAG (CON9002) Connector Speaker with Housing R4005 Figure 9. LinkIt 2523 HDK’s bottom view For more details on the HDK schematics see chapter 5, “Schematics”. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 9 of 82 LinkIt 2523 HDK v11 User's Guide 4. Hardware Configuration 4.1. Microcontroller unit The LinkIt 2523 HDK is powered by MediaTek MT2523G SOC, designed for IoT applications and equipped with flexible pin assignments for custom applications. MT2523G SOC is an ARM Cortex-M4 core-based architecture with built-in Bluetooth and Bluetooth Low Energy connectivity support, GNSS, audio interface, internal PSRAM and flash storage. The LinkIt 2523 HDK provides peripheral support for the I2C, SPI, UART, ADC, PWM, clock generator, audio and SDMMC interfaces. LinkIt 2523 platform featured applications include but are not limited to industrial applications and automation, medical signal processing applications, such as sports physiological signal recording, long term medical data recording, home automation applications, tracking and safety applications using GNSS. 4.2. Power This section describes the power source options for the LinkIt 2523 HDK. The HDK can operate powered by USB or a battery. To charge the battery, the USB cable has to be connected. The board can enter to sleep mode using the PSRAM memory. The sleep mode can be enabled or disabled by the software. The LinkIt 2523 HDK also enables GPIO voltage setting configuration based on the supported components. It also can supply power to the storage, such as micro SD or eMMC. The HDK supports an active GNSS antenna that requires a power input, see section 4.2.4, “Powering on an active GPS antenna”. 4.2.1. Powering up with the USB Connect a micro USB cable directly to 2523 USB or MK20 USB (see Figure 3) to supply power to the HDK. Set the jumper J2001 (system power) to pin 1 and pin 2, to charge the battery using a USB connector. To boot up the system without a battery, apply the jumper settings, as shown in Table 1. The jumper J2001 (system power) location is marked in Figure 3, it’s assigned for the power rail source. The main power traces through jumper J2001 to the system. For the battery criteria of LinkIt 2523 HDK, the capacity between 30mAh to 500mAh is recommended; charging voltage from USB connector with tolerance between 4.15V to 7V is acceptable. The LinkIt 2523 HDK also supports powering on the battery with power key, where the system power jumper setting is the same as to charge the battery. Table 1. Power input jumpers Power path switch Set the jumper J2001 pins to assign the power source from 2523 USB connector or MK20 USB connector, as shown below. Set the jumper J2001 pins to get the power source from battery connector CON2101 (see Figure 18), as shown below. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 10 of 82 LinkIt 2523 HDK v11 User's Guide 4.2.2. Power source for digital I/O LinkIt 2523 HDK supplies power to devices with different voltage support. GPIO voltage level customization is shown in Table 2. Jumper and resistor positions are specified in Figure 10 and Figure 11. Table 2. GPIO voltage level customization with jumper and pin (illustrated) settings Power rail DVDD_VIO_A voltage Set the jumper J1106 pins with 0Ω resistor to assign the power rail DVDD_VIO_A to VIO28, as shown below. 1 2 3 Set the jumper J1106 pins with 0Ω resistor to assign the power rail DVDD_VIO_A to VIO18, as shown below. 1 Power rail DVDD_VIO_C voltage 2 3 Set the jumper J1108 pins with 0Ω resistor to assign the power rail DVDD_VIO_C to VIO28, as shown below. 1 2 3 Set the jumper J1108 pins with 0Ω resistor to assign the power rail DVDD_VIO_C to VIO18, as shown below. 1 Power rail DVDD_GPO voltage 2 3 Set the jumper J1109 pins with 0Ω resistor to assign the power rail DVDD_GPO to VIO28, as shown below. 1 2 3 Set the jumper J1109 pins with 0Ω resistor to assign the power rail DVDD_GPO to VIO18, as shown below. Power rail DVDD18_VIO18 voltage selection 1 2 3 1 2 3 1 2 3 Set the jumper J1110 pins with 0Ω resistor to assign the power rail DVDD18_VIO18 to VIO28, as shown below. Set the jumper J1110 pins with 0Ω resistor to assign the power rail DVDD18_VIO18 to VIO18, as shown below. Power rail Set the jumper J1111 pins with 0Ω resistor to assign the power rail DVDD_VMC to VIO28, as shown below. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 11 of 82 LinkIt 2523 HDK v11 User's Guide DVDD_VMC voltage 1 2 3 Set the jumper J1111 pins with 0Ω resistor to assign the power rail DVDD_VMC to VIO18, as shown below. 1 2 3 Remove the jumper J1111 with 0Ω resistor to select the power rail DVDD_VMC connected with VMC while the 0Ω resistor R1113 is mounted. Mount the 0Ω resistors R1113 and R4101, to use micro SD storage. J1112 3 2 1 123 TP1101 123 1 2 3 R4101 Micro SD Cardholder J1105 J1114 J1110 J1111 R1113 Figure 10. The positions of jumpers J1105, J1110 to J1112. J1114, resistors R4101, R1113, GPDAC test point TP1101 and micro SD cardholder © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 12 of 82 LinkIt 2523 HDK v11 User's Guide 4.2.3. Powering on the eMMC or micro SD The LinkIt 2523 HDK supports eMMC and micro SD card for storage. The HDK operates with either eMMC or micro SD card (see Figure 10) enabled but not both at the same time. 4.2.4. Powering on an active GPS antenna The active GPS antenna on LinkIt 2523 HDK can be either software controlled or hardware activated. Table 3 provides details on how to determine if the antenna is activated by direct power supply or by software control. Adjust the jumpers J5201 and J5202 to change the settings. The jumper locations are shown in Figure 10 and Figure 11. Table 3. Enabling the active GPS antenna on HDK with jumper pin settings (illustrated) Low noise amplifier activation control (should be synchronized with J5202) Set the jumper J5201 pins with 0Ω resistor to enable the active GPS antenna using the power rail, as shown below. 1 2 3 Set the jumper J5201 pins with 0Ω resistor to enable the active GPS antenna controlled by software settings, as shown below. 1 Active antenna power supply (should be synchronized with J5201) 2 3 Set the jumper J5202 pins with 0Ω resistor to supply power and enable the active GPS antenna using the power rail, as shown below. 1 2 3 Set the jumper J5202 pins with 0Ω resistor to supply power and enable the active GPS antenna controlled by software settings, as shown below. 1 © 2015 - 2016 MediaTek Inc. 2 This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 3 Page 13 of 82 LinkIt 2523 HDK v11 User's Guide J1109 J1108 J5201 J5202 J1106 1 2 3 3 2 1 3 2 1 1 2 3 Figure 11. The jumper positions for J5201 and J5202, J1106, J1108, J1109 4.2.5. The LCM backlight power source ISINK The current sink for LCM backlight is the pin named ISINK. The current and voltage settings are configurable. If the current sink is active, LED9209 is powered on to indicate the backlight is enabled. More details can be found in Table 8, Figure 12 and Figure 13. 4.2.6. PSRAM power source The PSRAM power source can be set to either always powered on or could be controlled by user-defined settings. Table 4 provides the jumper settings for each of the methods. The jumpers J1105 (see Figure 10) and J1113 (see Figure 26) can be adjusted for PSRAM power source. Table 4. PSRAM power source selection jumpers PSRAM power supply J1105 (Should be synchronized with J1113) Connect the jumper J1105 pins with 0Ω resistor to set the power source from VSWXM, as shown below. 1 © 2015 - 2016 MediaTek Inc. 2 This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 3 Page 14 of 82 LinkIt 2523 HDK v11 User's Guide Connect the jumper J1105 pins with 0Ω resistor to set the power source from VIO18, as shown below. 1 PSRAM power supply J1113 (Should be synchronized with J1105) 2 3 Connect the jumper J1113 pins to set the power source from VIO18, as shown below. 1 2 3 Connect the jumper J1113 pins to set the power source from VSWXM, as shown below. 1 4.2.7. 2 3 Serial flash I/O power source Table 5 provides two different settings to power up the serial flash. Table 5. Serial flash I/O power source selection jumper Serial flash I/O power supply J1112 Connect the jumper J1112 (see Figure 10) pins with 0Ω resistor to set the power source from VIO18, as shown below. 1 2 3 Connect the jumper J1112 (see Figure 10) pins with 0Ω resistor to set the power source from VSF, as shown below. 1 4.2.8. 2 3 Analog I/O power selection Table 6 provides two different settings to power up the analog I/O. Table 6. Analog I/O power source selection jumper Analog I/O power supply J1114 Connect the jumper J1114 (see Figure 10) pins with 0Ω resistor to set the power source from VA28, as shown below. 1 2 3 Connect the jumper J1114 pins with 0Ω resistor to set the power source from VIO28, as shown below. 1 © 2015 - 2016 MediaTek Inc. 2 This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 3 Page 15 of 82 LinkIt 2523 HDK v11 User's Guide 4.3. Jumpers The HDK offers flexible jumper settings for customization. Table 7 summarizes the functions associated with different jumpers. Table 7. LinkIt 2523 HDK jumper index Jumpers J1001 J1002 J1003 J1004 J1005 J1006 J1007 J1008 J1009 J1010 J1011 J1012 J1015 J1101 J1102 J1103 J1104 J1105 J1106 J1108 J1109 Purpose Storage options Features • • eMMC Daughterboard options of camera or sensor • • Sensor daughterboard Selection of external buck LDO by ROM control or system boot • • Enable by VIO28 MT2523 D-die eFuse options • • Enable by VIO28 32.768kHz XTAL support (Should be synchronized with J1104) • Mount the 32.768kHz XTAL for power saving operations • Unmount the 32.768kHz XTAL for cost reduction 32.768kHz XTAL support (Should be synchronized with J1103) • Mount the 32.768kHz XTAL needed by VIO18 • Unmount the 32.768kHz XTAL by VA18 Power path for PSRAM power source (SMT type) • VIO18 for PSRAM power source • VSWXM for PSRAM power source Power path selection for DVDD_VIO_A cluster power source • VIO18 for DVDD_VIO_A cluster I/O voltage 1.8V • VIO28 for DVDD_VIO_A cluster I/O voltage 2.8V Power path selection for DVDD_VIO_C cluster power source • VIO18 for DVDD_VIO_C cluster I/O voltage 1.8V • VIO28 for DVDD_VIO_C cluster I/O voltage 2.8V Power path selection for • VIO18 for DVDD_GPO cluster Micro SD Camera daughterboard Enable by EXT_PWREN Disable by GND © 2015 - 2016 MediaTek Inc. Type GPIO selection, see section 4.10, “MSDC”. GPIO selection, see section 4.11, “Camera”. Power selection, see section 4.14, “Bluetooth and Bluetooth Low Energy”. GPIO selection, see section 4.6.1, “MT2523 digital die eFuse”. GPIO selection, see section 4.6.2, “RTC source ”. GPIO selection, see section 4.6.2, “RTC source ”. Power selection, see section 4.2.6, “PSRAM power source”. Power selection, see section 4.2.2, “Power source for digital I/O”. Power selection, see section 4.2.2, “Power source for digital I/O”. Power selection, see This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 16 of 82 LinkIt 2523 HDK v11 User's Guide Jumpers J1110 J1111 J1112 J1113 J1114 J2001 J5001 J5002 J5003 J5004 Purpose DVDD_GPO cluster power source Features I/O voltage 1.8V • VIO28 for DVDD_GPO cluster I/O voltage 2.8V Power path selection for DVDD18_VIO18 cluster power source • VIO18 for DVDD18_VIO18 cluster I/O voltage 1.8V • VIO28 for DVDD18_VIO18 cluster I/O voltage 2.8V Power path selection for DVDD_VMC cluster power source • VIO18 for DVDD_VMC cluster IO voltage 1.8V • VIO28 for DVDD_VMC cluster IO voltage 2.8V Power path selection for serial flash power source • VSF for internal serial flash power source • VIO18 for internal serial flash power source Power path for PSRAM power source (Jumper type) • VIO18 for PSRAM power source • VSWXM for PSRAM power source Power path for analog I/O power source • VIO28 for analog IO power source • VA28 for analog IO power source • VBAT for buck power supply to system directly • VBAT_CONN for battery power supply to system, also including battery charging External clock 26MHz signal input support • • Enable using VIO28 Bluetooth mode or BLE mode selection • VBT for Bluetooth mode and BLE modes • VIO18 for BLE mode only. RF signal path selection by onboard antenna or SMA connector • Select onboard antenna by connecting pin 1 and pin 2. • Select SMA connector antenna by connecting pin 2 and pin 3. Bluetooth mode selection or external buck cost reduction • VBT for both of Bluetooth mode and BLE mode • VIO18 for external buck LDO cost reduction Power path selection Disable using GND © 2015 - 2016 MediaTek Inc. Type section 4.2.2, “Power source for digital I/O”. Power selection, see section 4.2.2, “Power source for digital I/O”. Power selection, see section 4.2.2, “Power source for digital I/O”. Power selection, see section 4.2.7, “Serial flash I/O power source”. Power selection, see section 4.2.6, “PSRAM power source selection jumpers”. Power selection, see section 4.2.8, “Analog I/O power selection”. GPIO selection, see section 4.2.1, “Powering up with the USB”. GPIO selection, see section 4.14, “Bluetooth and Bluetooth Low Energy”. Power selection, see section 4.14, “Bluetooth and Bluetooth Low Energy”. GPIO selection, see section 4.14, “Bluetooth and Bluetooth Low Energy”. Power selection, see section 4.14, “Bluetooth and Bluetooth Low Energy”. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 17 of 82 LinkIt 2523 HDK v11 User's Guide Jumpers Purpose Features Type J5201 Active GPS antenna control • Controlled by power rail GPS_VTCXO_SW • Software control by net TX2 • Controlled by power rail GPS_VTCXO_SW • Software control by external buck LDO Power selection, see section 4.2.4, “Powering on an active GPS antenna”. Power selection, see section 4.2.4, “Powering on an active GPS antenna”. Display output by serial jumpers or high speed connector • Select serial pin header by connecting pin 2 and pin 3. • Select MIPI display LCM connecting pin 1 and pin 2. Switch of JTAG interface enable/disable on keypad and camera clusters • Select JTAG interface enable on keypad cluster if R9002 and R9007 are mounted. • Select JTAG interface on camera cluster is enabled if R9001 and R9007 are mounted. J5202 Active GPS antenna power source J6101 J6102 J6103 J6104 J6105 J6106 R9001 R9002 R9007 R9008 Disable JTAG interface when R9002 and R9008 are mounted 4.4. GPIO selection, see section 4.7, “LCM”. Strap pin selection, see section 4.15, “Debugging”. LEDs The LED indicators (see Figure 12 and Figure 13) on the HDK are listed in Table 8. Table 8. The LED indicators USB power source indicator LED2001 indicates if the power is supplied to both LinkIt 2523 HDK and CMSISDAP using USB connectors. Buck power indicator CMSIS-DAP power indicator eMMC/micro SD power indicator Core power indicator LED2003 indicates if the power source is from the USB cable and the buck is enabled. Display current sink indicator The only amber indicator LED9209 indicates if the backlight of the display panel is on. LED6601 indicates if the CMSIS-DAP power is on. This LED is not mounted on the HDK v1.1. It can be soldered, if necessary. LED9201 indicates if the micro SD or eMMC power rail is enabled. LED9206 indicates if the main power rail for LinkIt 2523 HDK core operates successfully. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 18 of 82 LinkIt 2523 HDK v11 User's Guide LED2001 LED6601 LED2003 Figure 12. LED positions for LED2001, LED2003 and LED6601 © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 19 of 82 LinkIt 2523 HDK v11 User's Guide LED9206 LED9201 LED9209 Figure 13. LED positions for LED9201, LED9206 and LED9209 4.5. Buttons The LinkIt 2523 HDK has four buttons that could support keypad functionality. To improve the pin usage on the development board, the buttons could be designed with double key feature, as shown in Table 9. The JTAG debug feature is assigned to the same set of pins as the buttons on the HDK. The pins are SW6502, SW6503, SW6504 and SW6505 and they will be disabled when JTAG feature is enabled using one of the resistors R9001 and R9007. The pin locations are shown in Figure 14. To enable button or keypad functions on the HDK: • Remove 10kΩ resistor from R9001. • Mount 10kΩ resistor to R9002. • Set GPIO 18, GPIO 20 and GPIO 22 to keypad function using the Easy PinMux Tool (EPT). Table 9. Buttons and corresponding keypad functionality System reset Power on Volume up Volume down Enter Push Reset to reset the HDK. Push PWR key to power on the HDK with a battery. There is no need to press this button, if the system is powered on with a USB cable as it will automatically turn on. SW6502 button is assigned to control the volume up function. SW6503 button is assigned to control the volume down function. SW6504 button is assigned to simulate ENTER key similar to the keypad. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 20 of 82 LinkIt 2523 HDK v11 User's Guide Back SW6505 button is assigned to simulate BACK key similar to the keypad. Left to right R9009, R9010 R9007, R9008 Left to right SW6502, SW6503 SW6504, SW6505 Top to bottom J6102 J6105 J6106 J6103 J6104 J6101 321 321 Left to right R9002, R9001 R9005, R9006 Reset J1104 J1102 J1103 Power Key Figure 14. The positions of buttons, strap pin resistors, jumpers J1102 to J1104 4.6. GPIO LinkIt 2523 GPIOs provide the following internal states: digital high and digital low, input and output. The pin configuration is stored under project\mt2523_hdk\template\ept_config folder and the Easy PinMux Tool is under PC_tool_Win folder. To learn more about the software registers and GPIO functionality, refer to the LinkIt 2523 API Reference Manual. MT2523 digital die eFuse, MT2523 real-time clock (RTC) source selection and pins assigned for user applications are GPIO features that could be customized in user-defined applications. 4.6.1. MT2523 digital die eFuse The MT2523 digital die eFuse function can be enabled to protect the binary image stored on the HDK, as shown in Table 10 and Figure 14. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 21 of 82 LinkIt 2523 HDK v11 User's Guide Table 10. LinkIt 2523 board’s eFuse jumper pin settings (illustrated) Enable or disable eFuse Set the jumper J1102 with 0Ω resistor to GND to disable the eFuse setting on the HDK, as shown below. 1 2 3 Set the jumper J1102 with 0Ω resistor to power rail VIO28 to enable the eFuse setting on the HDK, as shown below. 1 4.6.2. 2 3 RTC source The RTC source can be provided using either an internal or an external clock. Connect the jumper J1103 pin 2 and pin 3 to provide 32.786kHz internal clock signal for BOM cost saving setting. Connect jumper J1103 pin 1 and pin 2 to select the clock source generated by external XTAL or built-in oscillator. Jumper J1104 should be synchronized with the jumper J1103. Set the jumper J1104 pins 1 and pin 2 to apply power saving mode, if 32.768kHz XTAL is mounted. Connect jumper J1104 pins 2 and pin 3 for XTAL cost reduction. Table 11 provides details on how to configure the RTC jumper settings for the HDK. The pin, jumper and resistor locations can be found in Figure 14. Table 11. LinkIt 2523 board’s RTC jumper pin settings Enable or disable 32.768kHz XTAL Set the jumpers J1103 and J1104 with 0Ω resistors to supply 32.768kHz clock by XTAL, as shown below. Set the jumpers J1103 and J1104 with 0Ω resistors to supply 32.768kHz internal clock, as shown below. 4.6.3. Pins reserved for user-defined applications The camera and sensor daughterboard pin headers can be configured in user-defined applications. In addition, LinkIt 2523 HDK provides two sets of two-pin header jumpers for I2C, UART, EINT and GPIO pins that are software configurable using the EPT (see Figure 19). Pin assignment tables to implement multi-mode selections can be found in sections 4.16.1, “UART ” and 4.16.2, “I2C ”. 4.7. LCM The LinkIt 2523 HDK supports two types of display topology: MIPI DSI and serial. The MIPI interface provides a maximum resolution of display of up to 320*320 pixels and it’s a hyper RGB 1.63 inch AMOLED display. The serial © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 22 of 82 LinkIt 2523 HDK v11 User's Guide interface is a 240*240 pixel graphical RGB 1.6 inch thin film transistor LCD. The connector CON6102 on the HDK is reserved for the serial display LCM. The HDK supports only one display LCM at a time. The capacitive touch screen is enabled on both displays. The onboard MIPI LCM or CON6102 supports touch panel connected to the I2C interface. The pin definition of the connectors can be found in Table 13, with the path selection resistor locations shown in Figure 14. Resistors J6101 to J6106 are designed for onboard LCM and serial pin header switching. Table 13 presents jumper settings for different use case scenarios. For MIPI LCM display, users should connect the connectors CON501 and CON502 (located behind CON501 on the back of the board) for touch and display functions; for serial display, the set of CON401 and CON402 should be used. Jumpers J401 and J402 enable the current sink, and jumpers J201, J202, J203 are reserved for external current sink IC to power up the serial display backlight. Only one type of backlight source is needed at a time. All descriptions of backlight source jumpers and path selections are shown in Table 12. CON501 CON401 Left: J402 Right: J401 J201 CON402 Up: J203 Down: J202 Figure 15. LCM display module and backlight jumper locations Table 12. LCM backlight source selection settings (illustrated) LCM backlight boost source Set the jumpers J201, J202 and J203 to activate the external current sink IC for backlight. Remove the jumpers J401 and J402. Remove the jumpers J201, J202 and J203 to deactivate current IC and set jumpers J401 and J402 for backlight source through the current sink path. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 23 of 82 LinkIt 2523 HDK v11 User's Guide LCM current sink source Set the jumpers J401, J402 to activate the current sink and remove jumpers J201, J202 and J203 to disable the external current sink IC. Remove the jumpers J401, J402 to deactivate the current sink and set jumpers J201, J202 and J203 to activate the external current sink IC. Table 13. LinkIt 2523 HDK display peripheral jumper pin settings (illustrated) LCM display reset Set the jumper J6101 with 0Ω resistor to connect the LCM reset signal to onboard LCM, as shown below. 1 2 3 Set the jumper J6101 with 0Ω resistor to connect the LCM reset signal to serial pin header, as shown below. 1 LCM display chip select 2 3 2 3 Set the jumper J6102 with 0Ω resistor to connect the LCM SCE signal to onboard LCM, as shown below. 1 Set the jumper J6102 with 0Ω resistor to connect the LCM SCE signal to serial pin header, as shown below. 1 LCM display clock 2 3 2 3 Set the jumper J6103 with 0Ω resistor to connect the LCM SCK signal to onboard LCM, as shown below. 1 Set the jumper J6103 with 0Ω resistor to connect the LCM SCK signal to serial pin header, as shown below. 1 LCM display tearing 2 3 Set the jumper J6104 with 0Ω resistor to connect the LCM PTE signal to onboard LCM, as shown below. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 24 of 82 LinkIt 2523 HDK v11 User's Guide 1 2 3 Set the jumper J6104 with 0Ω resistor to connect the LCM PTE signal to serial pin header, as shown below. 1 LCM display data 2 3 Set the jumper J6105 with 0Ω resistor to connect the LCM SDA signal to onboard LCM, as shown below. 1 2 3 Set the jumper J6105 with 0Ω resistor to connect the LCM SDA signal to serial pin header, as shown below. 1 LCM display address 2 3 2 3 Set the jumper J6106 with 0Ω resistor to connect the LCM SA0 signal to onboard LCM, as shown below. 1 Set the jumper J6106 with 0Ω resistor to connect the LCM SA0 signal to serial pin header, as shown below. 1 4.8. 2 3 Audio The LinkIt 2523 HDK is equipped with a loud speaker to enable audio playback. To enable the speaker, configure the GPIO45 as an output using the Easy PinMux Tool. The LinkIt 2523 HDK also supports full duplex to develop audio receive and speak at the same time for real-time development. The HDK is using the I2S interface with master and slave with a sampling rate of 48Hz and bit width of up to 16 bits for stereo. 4.9. Speech There is one analog microphone on the LinkIt 2523 HDK for audio recording. The audio jack also supports the OMTP standard for recording. The locations of the microphone and audio jack are shown in Figure 8. 4.10. MSDC The LinkIt 2523 HDK supports any micro SD card of FAT32 format to read and write data. The micro-SD card plugin is detected at GPIO10 with various voltage levels. To power on the eMMC, the power rail should be connected to the power rail VMC, which means DVDD33_VMC should be connected to VMC using R1113. The eMMC feature is shared with micro SD card by configuring the pin jumper settings, see Table 14 and Figure 16. Table 14. Jumper settings (illustrated) for storage options Storage data line 0 Set the jumper J1001 pins to assign the storage data line 0 to micro SD, as shown © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 25 of 82 LinkIt 2523 HDK v11 User's Guide below. 1 2 3 Set the jumper J1001 pins to assign the storage data line 0 to eMMC, as shown below. 1 Storage data line 1 2 3 Set the jumper J1002 pins to assign the storage data line 1 to micro SD, as shown below. 1 2 3 Set the jumper J1002 pins to assign the storage data line 1 to eMMC, as shown below. 1 Storage data line 2 2 3 Set the jumper J1003 pins to assign the storage data line 2 to micro SD, as shown below. 1 2 3 Set the jumper J1003 pins to assign the storage data line 2 to eMMC, as shown below. 1 Storage data line 3 2 3 Set the jumper J1004 pins to assign the storage data line 3 to micro SD, as shown below. 1 2 3 Set the jumper J1004 pins to assign the storage data line 3 to eMMC, as shown below. 1 Storage clock line 2 3 Set the jumper J1005 pins to assign the storage clock line to micro SD, as shown below. 1 2 3 Set the jumper J1005 pins to assign the storage clock line to eMMC, as shown below. 1 Storage command 2 3 Set the jumper J1006 pins to assign the storage command line to micro SD, as © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 26 of 82 LinkIt 2523 HDK v11 User's Guide line shown below. 1 2 3 Set the jumper J1006 pins to assign the storage command line to eMMC, as shown below. 1 2 3 Top to Bottom J1001 J1002 J1003 J1004 J1005 J1006 123 Figure 16. Jumpers J1001 to J1006 for storage options 4.11. Camera Connect the camera daughterboard (see Figure 23) to the camera connector to enable the camera. The sensor daughterboard features are shared with camera using a jumper (see Table 15 and Figure 17). The LinkIt 2523 HDK supports serial interface cameras. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 27 of 82 LinkIt 2523 HDK v11 User's Guide 321 Top to Bottom J1010 J1008 J1007 J1011 J1015 J1012 J1009 Figure 17. Jumper pin locations of J1007 to J1012, J1015 Table 15. Jumper pin settings (illustrated) for camera and sensor daughterboards Camera power down or sensor daughterboard chip select Set the jumper J1007 to connect the sensor daughterboard using SPI chip select, as shown below. Set the jumper J1007 to connect camera daughterboard using camera power down, as shown below. Camera reset or sensor board power down Set the jumper J1008 to connect the sensor daughterboard using the GPIO, as shown below. Set the jumper J1008 to connect the camera daughterboard using the camera reset, as shown below. Camera data line 1 or sensor daughterboard data output Set the jumper J1009 to connect the sensor daughterboard using the SPI data output, as shown below. Set the jumper J1009 to connect the camera daughterboard using data line © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 28 of 82 LinkIt 2523 HDK v11 User's Guide 4.12. US 1, as shown below. B Camera data line 0 or sensor daughterboard clock Set the jumper J1010 to connect the sensor daughterboard using the SPI clock, as shown below. Set the jumper J1010 to connect the camera daughterboard using data line 0, as shown below. Camera pixel clock input or sensor daughterboard data input Set the jumper J1011 to connect the sensor daughterboard using the SPI data input, as shown below. Set the jumper J1011 to the camera daughterboard using pixel clock input, as shown below. Camera pixel clock output or sensor daughterboard reset Set the jumper J1012 to connect the sensor daughterboard connection using the GPIO, as shown below. Set the jumper J1012 to connect the camera daughterboard using the camera pixel clock output or data line 0, as shown below. Camera pixel clock output / camera data line 2 Set the jumper J1015 to connect the camera daughterboard using the camera pixel clock output, as shown below. 1 2 3 Set the jumper J1015 to connect the camera daughterboard using the camera data line 2, as shown below. 1 2 3 ”, as shown in Figure 3. The 2523 USB connector is used to flash the board with the LinkIt 2523 Flash Tool. LinkI t 2523 HDK has two USB conn ector s, 25 23 USB see secti on 4.16. 10, “USB 2.0 high spee d conn ector” and MK 20 USB see secti on 4.16. 11, “CM SISDAP USB 1.1 full spee d conn ector The MK20 USB is for CMSIS-DAP USB and serial port communication and setting up the board as a mass storage device. The CMSIS-DAP is the debugging user interface for embedded devices. The mass storage is for flashing the LinkIt 2523 using the SWD interface. The user can drag and drop the LinkIt 2523 binary file and the FreeRTOS © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 29 of 82 LinkIt 2523 HDK v11 User's Guide binary file to the HDK operating as a mass storage device to flash the image directly. The serial port also supports UART2 connectivity on the LinkIt 2523 HDK. The maximum charging current is 1.5A at 5V DC for the LinkIt 2523 HDK’s internal charger. The USB power source is passing through the jumper J2001 on the HDK. 4.13. GNSS (LinkIt 2523G only) The LinkIt 2523G HDK is equipped with multi-GNSS chip with a built-in multiband onboard antenna with an operating range of 1.5GHz-2.4GHz. Set the jumper J5003 to receive Bluetooth, Bluetooth Low Energy and GNSS signal by an onboard antenna or SMA connector. It’s convenient to use the onboard antenna for direct line of sight signals, where the environment conditions are clear for satellite visibility and location estimation. It’s recommended to use the passive onboard antenna for the satellite signals with signal-noise-ratio (SNR) greater than 40dB. If users would like to validate the satellite performance, please connect external antenna to the GNSS/BT SMA header shown in Figure 8. The HDK supports GPS, GLONASS, BeiDou, Galileo, QZSS and SBAS standards with optimized power consumption and extended battery life. Onboard antenna and SMA connector path settings are described in section 4.14, “Bluetooth and Bluetooth Low Energy”. 4.14. Bluetooth and Bluetooth Low Energy The LinkIt 2523 HDK supports Bluetooth 4.2 for Bluetooth core specification updates to provide an improved speed and reliable data transfer. The transfer speed is up to 2.5 times faster and the protocol stack size is smaller. Bluetooth 4.2 also consumes less power. It’s backward compatible with Bluetooth 4.0 and 4.1 and has adopted Bluetooth core versions starting from 1.1 with Bluetooth BR/EDR. There are three options to power up the HDK with Bluetooth, Bluetooth LE and external buck power supply. The data transfer is through an onboard antenna or an external antenna with an SMA connector. The SMA connector SMA5002 could be connected with an external antenna cable for Bluetooth and Bluetooth LE signal strength validation. Some of the jumpers are designed to switch between the RF signal and Bluetooth mode. Details on switching between the modes are presented in Table 16 with the jumpers shown in Figure 18. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 30 of 82 LinkIt 2523 HDK v11 User's Guide J5001 R5005 123 BAT CON (CON2101) Connector 1 2 3 J1101 U1101 1 2 3 321 Left: J5004 Right: J5002 J5003 Figure 18. Positions of J1101 and Bluetooth antenna path selection from J5001 to J5004, U1101, CON2101 and resistor R5005 Table 16. Jumper pin settings (illustrated) for Bluetooth Bluetooth external buck activated Connect the jumper J1101 pin 1 and pin 2 to set the external buck U1101 enabled by power rail VIO28, as shown below. 1 2 3 Connect the jumper J1101 pin 1 and pin 2 to set the external buck U1101 enabled by ROM, as shown below. 1 Bluetooth external 2 3 Connect the jumper J5001 pins with 0Ω resistor to set the Bluetooth clock to the clock signal generated by 26MHz XTAL, as shown below. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 31 of 82 LinkIt 2523 HDK v11 User's Guide clock source 1 2 3 Connect the jumper J5001 pins with 0Ω resistor to set the Bluetooth clock to an external clock source, as shown below. 1 Bluetooth power input 2 3 Connect the jumper J5002 pins with 0Ω resistor to set the Bluetooth main power source to VBT, as shown below. 1 2 3 Connect the jumper J5002 pins with 0Ω resistor to set the Bluetooth main power source to VIO18, as shown below. 1 Bluetooth antenna path 2 3 Connect the jumper J5003 pins with 0Ω resistor to select the antenna signal uplink and downlink paths on an onboard antenna, as shown below. Connect the jumper J5003 pins with 0Ω resistor to select the antenna signal uplink and downlink path using SMA connector, as shown below. Bluetooth I/O power input Connect the jumper J5004 pins with 0Ω resistor to set the Bluetooth I/O power source to VBT, as shown below. 1 2 3 Connect the jumper J5004 pins with 0Ω resistor to set the Bluetooth I/O power source to VIO18, as shown below. 1 2 3 Mount the 0Ω resistor R5005 and disconnect the jumper J5004 with 0Ω resistor to set the Bluetooth main power source to external buck LDO for low power consumption. 4.15. Debugging To enable debugging on the LinkIt 2523 HDK, activate the JTAG interface using Easy PinMux Tool. Switch from the camera operation mode to debugging mode using JTAG interface by replacing the output pins in a range from GPIO 24 to GPIO 28 in Easy PinMux Tool from camera function to JTAG interface. The debugging log can be captured © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 32 of 82 LinkIt 2523 HDK v11 User's Guide through the same jumpers, if the JTAG interface is activated. To capture logs by JTAG formal pin assignment connector, mount 0Ω resistors on footprint R9016, R9017, R9018, R9019, R9020, R9021 and R9023, then the connector CON9002 will be ready for JTAG signal transmission. Resistors from R9001, R9002, R9007 and R9008 are the strap pins to adjust the feature settings, such as JTAG debug interface output cluster, as shown in Table 17. LinkIt 2523 HDK also provides the I2C and UART pin headers to receive system log or connect to external components directly, as shown in Figure 19. Both Figure 14 and Figure 19 provide the detailed locations of the pins. Table 17. Resistor selections JTAG function activated Mount 10kΩ resistors R9002 and R9008 to deactivate the JTAG signals. Mount 10kΩ resistors R9001 and R9007 to activate the JTAG signals through the GPIO pins in a range from GPIO 24 to GPIO 28 to interface the camera pin headers. Mount 10kΩ resistors R9001 and R9008 to activate the JTAG signals through the GPIO of keypad cluster. Apply this setting to activate the MK20 JTAG connector. Left to Right I2C pins – SCL0, SDA0 UART pins – UTXD0, URXD0 GND pins – GND, GND © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 33 of 82 LinkIt 2523 HDK v11 User's Guide Figure 19. The positions of UART and I2C pin header for debugging facilitation 4.16. Connectors The LinkIt 2523 HDK supports connectors to capture a signal, plug-in an external component, update an image and more. This section provides details and pin definitions for the connectors. 4.16.1. UART pin header The UART pin header is reserved for user applications that can be configured for different modes, such as UART, GPIO and EINT (see Figure 19). 4.16.2. I2C pin header The I2C pin header is reserved for user applications that can be configured for different modes, such as GPIO and I2C (see Figure 19). Note, the pull-up resistors are needed for the I2C interface to provide the sufficient driving power to the I2C clock and data lines. The two pull-up resistors R1003 and R1002 are already installed for the I2C interface, as shown in Figure 21. 4.16.3. Battery connector CON2102 The pin configuration of the battery connector CON2101 is shown in Table 18. Table 18. Battery connector CON2101 (see Figure 18) Pin number 1 3 5 4.16.4. Description VBAT NC GND Pin number 2 4 6 Description VBAT NTC NC Push-Push micro SD tray CON4101 The push-push micro SD tray is able to read micro SD card directly to conveniently provide data from the storage. Connector details are shown in Table 19. The connector location is shown in Figure 10 and the schematic view is in Figure 20. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 34 of 82 LinkIt 2523 HDK v11 User's Guide Figure 20. Micro-SD card holder CON4101 Table 19. Micro-SD tray Pin number 1 3 5 7 9 11 13 15 4.16.5. Description Data 2 CMD CLK Data 0 GND GND GND Card detect Pin number 2 4 6 8 10 12 14 Description Data 3 VDD GND Data 1 GND GND GND RTC battery connector BAT5201 The coin battery connector is located at the bottom of the LinkIt 2523 HDK. The RTC saves the satellite information even when the system is powered off, see Figure 9. 4.16.6. OMTP standard audio connector CON6001 Audio jack pin assignment follows the OMTP standard and supports audio playback and microphone features. It enables to record speech and playback using the Audio Jack (see Figure 8), as described in Table 20. Table 20. OMTP Audio jack connector Pin number 1 3 5 4.16.7. Description GND Headset left Headset plug-in detection Pin number 2 4 6 Description MIC Headset right NC Serial display connector CON6102 CON6102 connector is mounted for external serial interface LCM daughterboard, as shown in Figure 21 and described in Table 21. You can only operate one LCM display at a time, make sure to change the signal path by resistors J6101 to J6106. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 35 of 82 LinkIt 2523 HDK v11 User's Guide LCM Display Path Selection J6101 to J6106 Serial LCM (CON6102) Up: R1002 Down: R1003 Figure 21. Serial LCM daughterboard’s connector and I2C pull-up resistors (R1002, R1003) Table 21. LCM serial display daughterboard connector Pin number 1 3 5 7 9 11 13 15 17 19 Description LCM backlight current sink LCM backlight PWM LPTE LSDA LSA0 LSCK LSCE_B LSRSTB VBAT VBAT Pin number 2 4 6 8 10 12 14 16 18 20 © 2015 - 2016 MediaTek Inc. Description VIO18 VIO28 VIO28 I2C_SCL I2C_SDA GND Touch panel EINT Touch panel reset pin GND GND This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 36 of 82 LinkIt 2523 HDK v11 User's Guide 4.16.8. Camera daughterboard connector CON6201 Connect the camera daughterboard to connector CON6201 (see Figure 22 and Figure 23) to capture images. The direction of camera module is to the left, which means the camera module on daughterboard should be toward USB connectors. The pin assignments can be customized for user-defined applications (see Table 22), if no camera daughterboard is available. Figure 22. Serial camera daughterboard CON6201 CON6201 1 2 13 14 Figure 23. The position of the camera daughterboard pin headers Table 22. Serial camera daughterboard connector CON6201 Pin number GPI O# 1 2 24 3 Power domai n VBAT DVDD_ VIO_A VCAMA 4 25 DVDD_ VIO_A 5 6 29 DVDD_ Descri ption VBAT CMRS T VCAM A CMPD N GND CMCS Flexible mode1 Flexible mode2 Flexible mode3 Flexible mode4 Flexible mode5 Flexible mode6 Flexible mode8 GPIO LSRSTB CLKO EINT GPCOU NTER JTDI MC1_D A3 GPIO LSCK1 DAICLK MA_SPI 2_CS MA_SPI 3_CS JTMS MC1_D A2 GPIO LPTE CMCSD EINT © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Flexible mode9 SLV_SPI 0_CS Page 37 of 82 LinkIt 2523 HDK v11 User's Guide Pin number GPI O# 7 37 8 28 9 36 10 29 11 12 27 DVDD_ VIO_A 13 14 26 DVDD_ VIO_A 4.16.9. Power domai n VIO_A DVDD_ VIO_A DVDD_ VIO_A DVDD_ VIO_A DVDD_ VIO_A Descri ption K I2C_S DA0 CMMC LK I2C_SC L0 CMCS D2 GND CMCS D1 GND CMCS D0 Flexible mode1 Flexible mode2 GPIO GPIO I2C_SDA 1 LSA0DA 1 I2C_SCL 1 LPTE GPIO GPIO Flexible mode3 Flexible mode4 Flexible mode5 Flexible mode6 Flexible mode8 Flexible mode9 DAISYN C MA_SPI 2_MISO MA_SPI 3_MISO JTDO MC1_D A0 SLV_SPI 0_MISO CMCSK EINT LSDA1 DAIPCM OUT MA_SPI 2_MOSI MA_SPI 3_MOSI JTRSTB MC1_CK SLV_SPI 0_MOSI LSCE_B1 DAIPCM IN MA_SPI 2_SCK MA_SPI 3_SCK JTCK MC1_C M0 SLV_SPI 0_SCK 2 GPIO GPIO Sensor daughterboard connector CON6301 Connect the sensor daughterboard to CON6301. The pin assignments can be customized in user-defined applications, if sensor daughterboard is unplugged, as described in Table 23 and Figure 26. Table 23. Sensor daughterboard connector CON6301 Pin number GPI O# 1 2 3 4 5 6 7 37 8 28 9 36 10 27 11 12 26 13 48 14 25 15 4 16 17 5 18 7 Power domain Descript ion VBAT VA28 VIO28 VIO18 VBAT VA28 VIO28 VIO18 GND GND I2C_SDA 0 MA_SPI 3_MISO I2C_SCL 0 MA_SPI 3_MOSI GND MA_SPI 3_SCK MA_SPI 3_CS1 MA_SPI 3_CS0 EINT DVDD_ VIO_A DVDD_ VIO_A DVDD_ VIO_A DVDD_ VIO_A DVDD_ VIO_A DVDD_ GPO DVDD_ VIO_A DVDD_ VIO_A DVDD_ VIO_A DVDD_ VIO_A Flexibl e mode 1 Flexible mode2 Flexible mode3 Flexible mode4 Flexible mode5 Flexible mode6 Flexible mode8 Flexible mode9 GPIO EINT CMMC LK GPIO GPIO CMCS D1 GPIO MC1_D A3 LSA0DA 1 MC1_D A2 LSDA1 DAISYN C MA_SPI 2_MISO JTDO MC1_D A0 SLV_SPI 0_MISO DAIPCM OUT MA_SPI 2_MOSI JTRSTB MC1_CK SLV_SPI 0_MOSI CMCS D0 GPO GPIO LSCE_B1 DAIPCM IN MA_SPI 2_SCK JTCK MC1_C M0 SLV_SPI 0_SCK CMPD N GPIO GPIO LSCK1 DAICLK JTMS MC1_D A2 SLV_SPI 0_CS URXD1 MC1_CK MA_SPI 0_CS MA_SPI 2_CS SLA_ED IDO GND EINT GPIO UTXD1 GPIO UTXD2 MC1_C M0 MC1_D A1 MA_SPI 0_SCK MA_SPI 0_MISO SLA_ED IDI SLA_ED ICK EINT EINT © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 38 of 82 LinkIt 2523 HDK v11 User's Guide Pin number GPI O# Power domain Descript ion 19 6 EINT 20 29 21 13 22 24 DVDD_ VIO_A DVDD_ VIO_A DVDD_ VIO_C DVDD_ VIO_A 23 24 EINT SEN_32 K_BB GPIO Flexibl e mode 1 GPIO Flexible mode2 Flexible mode3 Flexible mode4 Flexible mode5 URXD2 MA_SPI 0_MOSI CMCSD 2 MA_EDI WS UTXD2 SLA_ED IWS MC1_D A1 MA_SPI 1_MOSI BT_BUC K_EN_H W CMCS K GPIO GPIO MC1_D A0 LPTE EINT CLKO EINT MC1_D A1 SLA_EDI CK Flexible mode6 BT_RGPI O2 PWM2 Flexible mode8 Flexible mode9 SLA_EDI WS MA_SPI 0_MISO GND GND 4.16.10. USB 2.0 high speed connector The 2523 USB connector (see Figure 3 and Figure 24) follows USB 2.0 high-speed standard to communicate with other compatible devices. It’s used for charging and system power supply. The 5V power rail is also connected with MK20 USB. The connector pins are described in Table 24. Figure 24. High-speed USB2.0 connector Table 24.The HDK’s high speed USB 2.0 connector Pin number 1 3 5 Description VUSB_BB D+ GND Pin number 2 4 - Description DNC - 4.16.11. CMSIS-DAP USB 1.1 full speed connector Apply the MK20 USB connector (see Figure 25 and Figure 26) to update the binary on the HDK using CMSIS-DAP without other tools. The HDK operates as a removable mass storage, if the MK20 USB is used for connecting the device to the PC. Figure 25. CMSIS-DAP USB 1.1 full speed connector The connector pin details are described in Table 25. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 39 of 82 LinkIt 2523 HDK v11 User's Guide Table 25. CMSIS-DAP USB full speed connector Pin number 1 3 5 Description VUSB_DAP D+ GND Pin number 2 4 - Description DNC - 4.16.12. MK20 JTAG connector MK20 JTAG connector is used to provide a factory update of the MK20 bootloader (see Figure 26 and Table 26). No further modification can be applied. MK20 JTAG 123 J1113 Sensor Figure 26. MK20 JTAG connector, sensor daughterboard connector and PSRAM power switch J1113 The connector pin details are described in © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 40 of 82 LinkIt 2523 HDK v11 User's Guide Table 26. Table 26. MK20 JTAG connector pin definition Pin number 1 3 5 7 9 11 13 15 17 19 Description VIO28 SDA_JTAG_TRST SDA_JTAG_TDI SDA_JTAG_TMS SDA_JTAG_TCLK SDA_JTAG_TDO - Pin number 2 4 6 8 10 12 14 16 18 20 Description VIO28 GND GND GND GND GND GND GND GND GND 4.16.13. eMMC / micro SD holder jumpers There are six jumpers (J1001 to J1006) (see Figure 16) dedicated for eMMC or micro SD card, as shown in Table 27. If the assigned jumpers are idle, they can be customized for other applications. Use only the middle pin of those jumpers. The pins are sorted from up to down starting from 1 to 6. Table 27. eMMC/micro SD jumpers Pin order from upside 1 GPI O# Descr iption Flexible mode0 Flexible mode1 Flexible mode2 Flexible mode3 Flexible mode4 Flexible mode5 32 GPIO32 PWM2 DAISYNC 33 SLV_SPI0 _CS SLV_SPI0 _SCK EINT13 2 MCD A0 MCD A1 EINT14 PWM3 DAIPCMI N MC0_D A0 MC0_D A1 3 34 MCD A2 GPIO34 SLV_SPI0 _MOSI EINT15 PWM4 DAICLK MC0_D A2 4 35 MCD A3 GPIO35 SLV_SPI0 _MISO EINT3 PWM5 DAIPCM OUT MC0_D A3 5 30 MCCK GPIO30 SCL0 EINT11 PWM0 URXD1 6 31 MCC M0 GPIO31 SDA0 EINT12 PWM1 UTXD1 MC0_C K MC0_C M0 GPIO33 Flexible mode6 CLKO2 Flexible mode9 MA_SPI 3_B_CS MA_SPI 3_B_SC K MA_SPI 3_B_M OSI MA_SPI 3_B_MI SO SCL2 SDA2 4.16.14. JTAG connector CON9002 The connector CON9002 provides the standard JTAG connection. CON9002 could be enabled using the resistors R9011 to R9021 and R9023 (see Figure 9 and Figure 8). Table 28. JTAG connector CON9002 © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 41 of 82 LinkIt 2523 HDK v11 User's Guide Pin number 1 3 5 7 9 11 13 15 17 19 Description DVDD_VIO_A JTRST JTDI JTMS JTCK NC JTDO SYSRSTB_IN NC NC Pin number 2 4 6 8 10 12 14 16 18 20 Description DVDD_VIO_A GND GND GND GND GND GND GND GND GND Figure 27. JTAG connector CON9002 pin definition 4.16.15. SMA connectors There are two SMA headers to connect to the external antennas. The GNSS/BT SMA is used to connect to GNSS/Bluetooth antenna. The BT SMA could be connected to a Bluetooth antenna. The connectors are shown in Figure 8. To activate the BT SMA connector, move 0Ω resistor from R5010 to R5011. 4.16.16. External component connectivity support This section provides the detailed pin layout for sensor and daughterboard connectors and GPIO pins, see Figure 28 and Table 29. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 42 of 82 LinkIt 2523 HDK v11 User's Guide L1 R1 Sensor Ref Left Right to Left J1001 to J1006 Right 1 GND GND 2 GPIO24 GPIO14 Ref GPIO # 3 GPIO29 GPIO6 J1001 GPIO32 4 GPIO7 GPIO5 J1002 GPIO33 5 GND GPIO4 J1003 GPIO34 6 GPIO25 GPO48 J1004 GPIO35 7 GPIO26 GND J1005 GPIO30 8 GPIO27 GPIO36 J1006 GPIO31 9 GPIO28 GPIO37 10 GND GND 11 VIO18 VIO28 12 VA28 VBAT L12 CON6102 Ref GPIO # GPIO # Ref 1 ISINK VIO18 2 3 LCM_B LPWM VIO28 4 5 GPIO43 VIO28 6 7 GPIO41 GPIO36 8 9 GPIO42 GPIO37 10 11 GPIO40 GND 13 GPIO39 GPIO15 14 15 GPIO38 GPO47 16 17 VBAT GND 18 19 VBAT GND 20 R12 19 1 20 2 12 Right to Left J1010 J1008 J1007 J1011 J1015 J1012 J1009 Ref GPIO # J1010 GPIO26 J1008 GPIO24 J1007 GPIO25 J1011 GPIO28 J1015 GPIO29 J1012 GPIO29 J1009 GPIO27 Figure 28. LinkIt 2523 HDK extension connectors Table 29. GPIO pin functionalities Pin alias Name Direction Description GPIO4 MC[1]_CK O MSDC clock, output GPIO[4] I/O General purpose input, output SLA_EDIDO O Slave I2S data output EINT[3] I External interrupt URXD[1] I UART receive port, input © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 43 of 82 LinkIt 2523 HDK v11 User's Guide GPIO5 GPIO6 GPIO7 GPIO14 GPIO24 GPIO25 MA_SPI[0]_CS O SPI master chip select MC[1]_CM0 O MSDC command, output GPIO[5] I/O General purpose input, output SLA_EDIDI I Slave I2S data input EINT[4] I External interrupt UTXD[1] O UART transmit port, output MA_SPI[0]_SCK O SPI master clock output MC[1]_DA0 I/O MSDC data input, output GPIO[6] I/O General purpose input, output SLA_EDIWS I Slave I2S frame clock input EINT[5] I External interrupt URXD[2] I UART receive port, input MA_SPI[0]_MOSI O SPI master MOSI MC[1]_DA1 I/O MSDC data input, output GPIO[7] I/O General purpose input, output SLA_EDICK I Slave I2S bit clock input EINT[6] I External interrupt UTXD[2] O UART transmit port, output MA_SPI[0]_MISO I SPI master MISO BT_BUCK_EN_HW O External buck enable pin, output EINT[12] I External interrupt CLKO[4] O Clock output MA_EDICK O Master I2S bit clock output GPIO[14] I/O General purpose input, output PWM[3] O Pulse width modulation in 3.3V MA_SPI[1]_MISO I SPI master MISO SLA_EDICK I Slave I2S bit clock output CMRST O Serial camera reset, output LSRSTB O Serial display reset, output CLKO[1] O Clock output GPIO[24] I/O General purpose input, output EINT[9] I External interrupt GPCOUNTER_0 I General interrupt counter, input JTDI I JTAG data input MC[1]_DA3 I/O MSDC data input, output CMPDN O Serial camera power down, output LSCK1 O Serial display clock, output DAICLK O Digital audio interface clock, output GPIO[26] I/O General purpose input, output MA_SPI[2]_CS O SPI master chip select © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 44 of 82 LinkIt 2523 HDK v11 User's Guide GPIO26 GPIO27 GPIO28 GPIO29 GPIO30 MA_SPI[3]_CS O SPI master chip select JTMS O JTAG mode selection, input MC[1]_DA2 I/O MSDC data input, output SLV_SPI[0]_CS I SPI slave chip select CMCSD0 I Camera sensor data 0, input LSCE_B1 O Serial display chip select, output DAIPCMIN I Digital audio interface data input GPIO[26] I/O General purpose input, output MA_SPI[2]_SCK O SPI master clock output MA_SPI[3]_SCK O SPI master clock output JTCK O JTAG clock output MC[1]_CM0 O MSDC command, output SLV_SPI[0]_SCK I SPI slave clock input CMCSD1 I Camera sensor data 1, input LSDA1 O Serial display data, output DAIPCMOUT O Digital audio interface data output GPIO[27] I/O General purpose input, output MA_SPI[2]_MOSI O SPI master data output MA_SPI[3]_MOSI O SPI master data output JTRSTB O JTAG clock reset, output MC[1]_CK O MSDC clock output SLV_SPI[0]_MOSI I SPI slave data input CMMCLK O Camera main clock, output LSA0DA1 O Serial display address, output DAISYNC O DAI frame synchronization output GPIO[28] I/O General purpose input, output MA_SPI[2]_MISO I SPI master data input MA_SPI[3]_MISO I SPI master data input JTDO O JTAG data output MC[1]_DA0 I/O MSDC data input, output SLV_SPI[0]_MISO O SPI slave data output CMCSK I Camera sensor clock, input LPTE O Serial display tearing signal, output CMCSD2 I Camera sensor data 2, input GPIO[29] I/O General purpose input, output EINT[10] I External interrupt MC[1]_DA1 I/O MSDC data input, output SCL[0] O I2C clock output EINT[11] I External interrupt © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 45 of 82 LinkIt 2523 HDK v11 User's Guide GPIO31 GPIO32 GPIO33 GPIO34 GPIO35 URXD[1] I UART receive port, input MC[0]_CK O MSDC clock, output GPIO[30] I/O General purpose input, output SCL[2] O I2C clock output PWM[0] O Pulse width modulation SDA[0] I/O I2C data input, output EINT[12] I External interrupt UTXD[1] O UART transmit port, output MC[0]_CM0 O MSDC command, output GPIO[31] I/O General purpose input, output SDA[2] I/O I2C data input, output PWM[1] O Pulse width modulation SLV_SPI[0]_CS I SPI slave chip select EINT[13] I External interrupt GPIO[32] I/O General purpose input, output PWM[2] O Pulse width modulation DAISYNC O DAI frame synchronization output MC[0]_DA0 I/O MSDC data input, output MA_SPI[3]_CS O SPI master chip select SLV_SPI0_SCK I SPI slave clock input EINT[14] I External interrupt GPIO[33] I/O General purpose input, output PWM[3] O Pulse width modulation DAIPCMIN I Digital audio interface data input MC[0]_DA1 I/O MSDC data input, output MA_SPI[3]_SCK O SPI master clock output SLV_SPI0_MOSI I SPI slave data input EINT[15] I External interrupt GPIO[34] I/O General purpose input, output PWM[4] O Pulse-width-modulated output DAICLK O Digital audio interface clock, output MC[0]_DA2 I/O MSDC data input, output MA_SPI[3]_MOSI O SPI master data output SLV_SPI0_MISO O SPI slave data output EINT[3] I External interrupt GPIO[35] I/O General purpose input, output PWM[5] O Pulse-width-modulated output DAIPCMOUT O Digital audio interface data output MC[0]_DA3 I/O MSDC data input, output MA_SPI[3]_MISO I SPI master data input © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 46 of 82 LinkIt 2523 HDK v11 User's Guide GPIO36 GPIO37 GPIO38 GPIO39 GPIO40 GPIO41 GPIO42 CLKO[2] O Clock output SCL[0] O I2C clock output GPIO[36] I/O General purpose input, output SCL[1] O I2C clock output SDA[0] I/O I2C data input, output GPIO[37] I/O General purpose input, output SDA[1] I/O I2C data input, output LSRSTB O Serial display reset, output CMRST O Serial camera reset, output GPIO[38] I/O General purpose input, output CLKO[3] O Clock output SFSWP O Serial Flash write protect SCL[1] O I2C clock output LSCE_B0 O Serial display chip select, output CMCSD0 I Camera sensor data 0, input GPIO[39] I/O General purpose input, output CLKO[4] O Clock output SFSCS0 O Serial Flash chip select 0 SCL[1] O I2C clock output MA_SPI[2]_CS O SPI master chip select EINT[4] I External interrupt LSCK0 O Serial display clock, output CMPDN O Serial camera power down, output GPIO[40] I/O General purpose input, output SFSHOLD O Serial Flash data hold MA_SPI[2]_SCK O SPI master clock output LSDA0 O Serial display data, output CMCSD1 I Camera sensor data 1, input GPIO[41] I/O General purpose input, output SFSCK O Serial Flash clock SDA[1] I/O I2C data input, output MA_SPI[2]_MOSI O SPI master data output EINT[4] I External interrupt LSA0DA0 O Serial display interface address, output LSCE1_B0 O Serial display chip select, output GPIO[42] I/O General purpose input, output CMMCLK O Camera main clock, output SFSOUT I Serial Flash data output CLKO[5] O Clock output © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 47 of 82 LinkIt 2523 HDK v11 User's Guide GPIO43 MA_SPI[2]_MISO I SPI master data input LPTE O Serial display tearing signal, output CMCSK I Camera sensor clock, input GPIO[43] I/O General purpose input, output CMCSD2 I Camera sensor data 2, input SFSIN I Serial Flash data input SDA[1] I/O I2C data input, output EINT[6] I External interrupt © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 48 of 82 LinkIt 2523 HDK v11 User's Guide 5. Schematics (V11) Project : MT2523 REF_SCH TOP LEVEL MT2523G 26M_BB XTAL SDIO Micro SD UART Connectivity ANT SDIO eMMC Serial MIPI LCM+CTP DTB SDIO Display serial interface GPS Bluetooth LNA SAW Diplexer BT EINT I2C Camera IF Camera DTB CAM (Serial) RTC 32K_BB I2C HSP_OUT I2C Sensors DTB I2C EINT SPI JTAG Debug port 32K UART Audio Speech AU_VIN0 Class-D SPK Amp. SPK_OUT Analog MIC AU_VIN1 HP_OUT Audio Jack SPI JTAG UART PMU SWD MK20DX128 UART SWD Charger Reset VBAT Battery BJT VBUS USB HS USB HS Micro USB 01_Block Diagram Title Size C Date: © 2015 - 2016 MediaTek Inc. MediaTek HDK MT2523G Thursday , March 31, 2016 This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Sheet 1 of 99 Page 49 of 82 LinkIt 2523 HDK v11 User's Guide Figure 29. Block diagram I2C I2C0 Function I2C Spec. Rear Camera 400 Kbps Touch IC 400 Kbps Budgeted Timing I2C Slave Address (7-bit mode) Yes. Rear camera (GC0310) I2C address: 0X21 (Write:0x42, Read:0x43) Yes. TP (GT9137) I2C address: 0X24 (Write:0x28, Read:0x29) Title Size C Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 02_I2C_ID_Overview MediaTek HDK MT2523G Thursday , March 31, 2016 Sheet 2 of 99 Page 50 of 82 LinkIt 2523 HDK v11 User's Guide Figure 30. I2C ID Vout(V) I_max(mA) Vcore 0.6~1.3 200 Digital LDO Vcore 0.6~1.3 20 VBT 2.8/1.8 100 Analog LDO VA28 2.8 150 VCAMA 2.8 150 VA18 1.8 Buck VSF Digital LDO 2.5 100 VIO28 2.8 150 VIO18 1.8 200 VUSB 3.3 80 VMC 1.8/2.8/3/3.3 230 VIBR 1.3/1.5/1.8/2/ 2.5/2.8/3/3.3 100 VDIG18 Driver 1.86/3.0/3.3 ISINK 1.8 5 1X(96mA;48mA/0.25V) Title Size C Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 04_PMU_SPEC MediaTek HDK MT2523G Thursday , March 31, 2016 Sheet 4 of 99 Page 51 of 82 LinkIt 2523 HDK v11 User's Guide Figure 31. PMU_SPEC Selection of CAM and sensor DTB J1014 2 1 SDA0 MCDA0 1 2 3 Note: 10-1 [62] CMCSK_J [62] CMCSD2_J [63] 3 MCDA0_J J1018 2 1 3 3 U303_RSTN_CONN Note: 10-3 J1012 2 1 CMCSK [41] MSDC0_DAT1 MCDA1_J 3 MA_SPI3_B_MISO [62,90] [40] Note 10-1: Jumper selection for microSD or eMMC; also flexible pin mux feature for user appliance. Note 10-2: R1004 should be closed to Larkspur ball out position Note 10-3: Jumper selection for Camera or sensor DTB; also flexible pin mux feature for user appliance. Note 10-4: Dedicate pins for GPS function are fixed; please don't change this design to other appliance. Note 10-5: Optional schematic for external flash 2 HEADER 2X1(W/O JMP) [40] [63] 2 1 CMCSK_CAM J1001 MCDA1 UTXD0 HEADER 2X1(W/O JMP) J1015 1 CMCSK_CAM MSDC0_DAT0 2 URXD0 1 SCL0 HEADER 2X1(W/O JMP) Selection of eMMC and micro SD Schematic design notice of "10_BB_MT2523G_BB" page. J1013 J1011 2 1 CMMCLK_J [41] J1002 3 MSDC0_DAT2 MCDA2_J [63] [40] 3 MA_SPI3_B_SCK [62,90] [41] J1010 2 1 CMCSD0_J J1003 MCDA3 MC_RST 1 2 3 MSDC0_DAT3 MCDA3_J [63] [40] [62,90] [41] 3 MA_SPI3_B_MOSI J1009 CMCSD1_J KROW1 2 1 [40] [65] SWD_CLK_TGTMCU KCOL0 J1004 MCCK_J [63] [41] TP_EINT R1002 R / 4.7 / K / 0402 2 N13 MCDA0 P12 MCDA1 N12 MCDA2 N11 MCDA3 N10 SYS CTL MCCM0 MCDA0 MCDA1 SDA0 UART D13 B10 A15 C13 GPIO_C1 GPIO_C2 GPIO_C3 GPIO_C4 D10 B13 E11 GPIO_B0 GPIO_B1 GPIO_B3 GPIO_B2 C10 GPIO_A0 MCDA2 MCDA3 GPIO_A1 GPIO_A2 GPIO_A3 [61] LSRSTB_LCM [61,90] LSCK_LCM [61] LSDA_LCM [61] LSA0_LCM R / 0 / ohm / 0402 / NC L13 L12 L14 M15 LPTE_LCM [61] TCP [61] TCN [61] TDP [61] TDN J5 H5 G4 F4 F3 VIO28 VSWMP 1 3 J1016 E4 2 TVRT J4 MT2523 BB LSRSTB LSCK LSDA GPO_0 LSA0 LCM [61] K14 LSCE_B GPO LSCE_B_LCM LPTE TCP TDP TDN AVDD28_MIPI GPO_2 GPO_3 SYS_CTL TVRT USB_VRT GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND AUXADCIN_1 AUXADCIN_2 AUXADCIN_3 AUXADCIN_4 B8 URXD0 B7 UTXD0 E14 SCL0 E13 SDA0 C18 B15 D15 D16 Note: 10-5 U305_EINT_CONN [63,93] U304_EINT_CONN [63,93] U302_EINT_CONN [63,93] U303_EINT_CONN C15 MCINS D17 EAR_EINT L10 [60,93] LCM_BLPWM A6 TP_RST B6 E3 USB_VRT [63,93] GPIO_A2 [63,93] GPIO_A3 [63,93] GPIO_A4 [41,93] GPIO_A5 [60,93] Note: 10-4 [90] [61] MA_SPI3_B_CS1 D3 [63,93] GPIO_A1 [61,90] GPS_HRST_B B20 E6 [63,93] [41,93] GPIO_A0 USB_DM [64] USB_DP [64] [63,90] Note: 10-2 2 R1004 1 R / 5.1 / K / 0402 / 1% N8 UART2_RX_MK M12 UART2_TX_MK M8 URXD3_GPS M11 UTXD3_GPS L8 GPS_LDO_EN [66] [66] [52] Note: 10-4 [52] [52] K15 J15 H15 G15 F15 J14 H14 G14 F14 J13 H13 G13 F13 J12 H12 G12 F12 H11 G11 F11 TESTMODE SRCLKENAI C6 MT2523G B2 1 R1010 R / 1.8 / K / 0402 / 1% R0402 [60] USB_DP AUXADCIN_0 AVSS28_MIPI R / 0 / ohm / 0402-3P(1-2) 2 GPO_1 USB_DM TCN USB [61] GPIO_A5 ADC 1 TP1001 NC [61,62,63] [61,62,63] [11] D14 UTXD0 GPIO_A4 K13 SCL0 SDA0 [52] GPIO_C0 URXD0 SCL0 MCCK I2C MCCM0 GPIO_A P10 GPIO_C GPIO_B MSDC MCCK E10 B16 D9 GPIO_B5 GPIO_B4 CMPDN CAMERA R1006 [63] [52] EXT_PWREN U1000-1 SPK_AMP_PDN R1003 R / 4.7 / K / 0402 [61] SEN_32K_BB GPS_32K_BB GPS_EINT 2 A18 1 CMPDN_J CMCSK 3 MA_SPI3_B_CS0 [62,90] A19 [63] [41] J1006 J1007 B19 MCCM0_J [40] CMMCLK MSDC0_CMD B17 3 DVDD_VIO_A Note: 10-4 [65] 2 1 CMRST_J KCOL2 CMCSD0 2 J1008 B18 MCCM0 1 U303_PD_CONN [62,90] J1005 3 [66] 1 [40] CMRST 3 MSDC0_CLK CMCSD1 MCCK 1 2 [66] [65,90] SWD_DIO_TGTMCU 1 1 2 2 MCDA2 SPK_AMP_PDN Title Size C Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 10_BB_MT2523G_BB MediaTek HDK MT2523G Thursday , March 31, 2016 Sheet 10 of 99 Page 52 of 82 LinkIt 2523 HDK v11 User's Guide Figure 32. BB MT2523G BB Schematic design notice of "11_BB_MT2523G_ABB" page. Those capacitors must be closed Larkspur ball out placement Note 11-1: Total capacitor value at VBAT must larger than 28.4uF for DL without battery. Selection of 32.768 KHz crystal mounted: Note 11-2: GND: 32.768 KHz crystal is existed VRTC: 32.768 KHz crystal is not existed This jumper could be switched for efuse function workable. Note 11-3: Burning eFUSE case is needed: Pin FSOURCE_D connected to VEFUSE No burning eFUSE case: Pin FSOURCE_D is tied to GND . This jumper could be switched for 32.768KHz crystal mounted Note 11-4: VA18: 32.768KHz crystal less VIO18: 32.768KHz crystal existed This jumper could be switched for PSRAM power saving Note 11-5: VSWXM: Switch off power supply in suspend mode VIO18: Default setting Note 11-6: Users are able to adjust IO cluster power source by design; Active eMMC should unmount R1113 and mount J1111. AVSS28_ABB ball L5 and K5 connected first, then connected Note 11-7: to C1109 GND side by point directly which without any branch. Note 11-8: This test point is used for DCXO calibration C1107/C1108 mounted when 32K co-clock with GNSS function Note 11-9: DVDD_VIO_B should be connected to 2.8V power only VBAT IN AU_VIN0_N [60] AU_VIN0_P TP1101 C / 1 / uF / 0402 C1132 1 2 DVDD_VIO_A D8 VIO28 M14 DVDD_VIO_C A16 DVDD18_VSWXM K12 DVDD_VSF E15 DVDD33_VMC P13 1 DVDD_VSF DVDD33_VMC AVDD18_DCXO AVDD_RTC BATSNS L7 RESETB_OUT PWRKEY SY SRSTB_IN K5 M4 L6 L5 M6 GPDAC AVSS28_ABB AU_HPL AUD_VREF AVSS28_HP K7 N2 M2 N4 N3 K6 AU_HSP AU_HSN AU_HPR AVSS28_ABB VSF_23 VIBR VBT_LDO H1 E2 VMC_23 J1 VUSB33_23 F2 VBATSW L3 VIO18_LDO K2 VIO28_LDO H2 VA28_LDO K3 VA18_LDO G1 VCAMA_LDO K1 1 TP1104 N15 2 1 X1101 NC 2 R1139 1 R / 0 / ohm / 0402 X / 32 / KHz / SC-20S / 7pF GND C1108 C / 10 / pF / 0402 Note: 11-8 GND ISINK 2 VCORE_FB R1105 1 VCORE R / 0 / ohm / 0402 / NC 2 R1106 1 R / 0 / ohm / 0402 VDDK L1101 2 1 PL / MBKK1608T1R0M / SMD1608 VCORE_FB C1136 C / 2.2 / nF / 0402 / X5R N6 P9 N9 M9 VDIG18 3 2 1 TP1105 1 R / 0 / ohm / 0402-3P(1-2) J1102 C1130 C / 10 / uF / 0603 VIO28 3 C1110 C / 10 / uF / 0603 VIO28 1 J1111 R / 0 / ohm / 0402-3P(1-2) 2 VMC R1113 1 R / 0 / ohm / 0402 / NC VDIG18 [61,92] 2 R1103 1 R / 0 / ohm / 0402 U6606 VTCXO / SiT1533AI-H4-D14-32768 / NC DVDD_VIO_C 2 R / 0 / ohm / 0402-3P(1-2) J1108 DVDD33_VMC 3 VIO18 2 1 VIO28 Note: 11-3 VIO18_LDO C1133 C / 100 / nF / 0402 / NC R / 0 / ohm / 0402-3P(1-2) J1109 DVDD_VIO_A 3 2 1 VIO18 PMU LDO 2 ISINK R1102 R / 0 / ohm / 0402 1 R / 0 / ohm / 0402-3P(1-2) J1110 DVDD_GPO 3 2 1 VCORE TP1103 D1 DVDD18_VIO18 2 R / 0 / ohm / 0402-3P(1-2) J1106 VSWDP N1 VDDK VRTC 2 R1104 1 R / 0 / ohm / 0402 VIO18_LDO VIO28_LDO VIO28_LDO VSF_23 VA28_LDO VA18_LDO VBT_LDO VMC_23 VRTC 3 VIO28 VUSB33_23 J1103 R / 0 / ohm / 0402-3P(1-2) 3 2 1 1 VIO28 VIO18 VCAMA_LDO TP1102 VIO18 VIO28 VSWMP L2 P7 LED DRV DVDD_IO power source selection VIO18 2 RTC TP1106 1 C1107 C / 10 / pF / 0402 Note: 11-6 VSWXM C3 VCORE Note: 11-8 1 2 L9 M1 GND GND GND GND GND GND GND GND GND GND C5 C1124 1 C / 1 / uF / 0402 E1 ISENSE XIN PWRKEY SY SRSTB_IN VREF B4 1 VDRV K10 G9 J10 F9 H10 F8 H9 G8 G10 F10 A3 CHRLDO AVSS_PMU AVSS_PMU AVSS_PMU AVSS_PMU AVSS_PMU AVSS_PMU A2 E7 E8 F7 H8 J8 J9 B1 BATSNS BATON RTC_XOSC32_ENB VDRV B5 L4 VCDT 2 Vin = 2.5V ~ 5.5V Vout = 0.6 x (1+Ra/Rb) P2 VDIG18 1 L1102 PL / MAKK2016T2R2M 2 1 7 AU_VIN1_P GND_VCORE 2 THER PAD GND VCORE_FB AVSS_DCXO 1.32V / 20mA (max) U / TPS62560 VCORE_BUCK AVSS33_USB MT2523G 3 VCORE_LDO MT2523 ABB AVDD33_USB 1 FB AU_VIN1_N VSWDP N16 CHRLDO D2 2 MODE SW AU_VIN0_N VSWMP AVDD18_AUXADC AVDD28_ABB 2 6 EN VIO28 VA18 1 C2 2 1 C1129 C / 22 / pF / 0402 2 1 C1128 C / 10 / uF / 0603 2 Vin VIO18 VA28 RTC_XOSC32_ENB A4 BATON RESETB_OUT L11 R1134 R1133 R / 360 / K / 0402 R / 430 / K / 0402 2 1 2 1 4 1 VBATSW VCAMA XOUT VCDT ISENSE [65] U1101 5 R1131 R / 100 / K / 0402 2 1 J1101 C1127 C / 4.7 / uF / 0603 2 1 2 R1135 1 R / 0 / ohm / 0402 3 EXT_PWREN 2 1 VIO28 P3 M5 ACCDET DVDD_VIO_C DVDD18_VSWXM AVDD_BTRF_ext VBAT AU_VIN0_P DVDD_VIO_B VUSB33 FSOURCE_D C1106 C / 1 / uF / 0402 Ext. Buck for BT AVDD13 AU_MICBIAS0 VMC DVDD_VIO_B P15 ISENSE VIBR DVDD_VIO_A XOUT [21] DVDD_GPO 1 BATSNS / 0402 1 / 0402 1 / 0402 1 VDRV [21] C1102 C / 1 / uF 2 C1103 C / 1 / uF 2 C1134 C / 100 / nF 2 C1123 C / 1 / uF 2 C1113 C / 1 / uF 2 C1112 C / 1 / uF 2 C1125 C / 1 / uF 2 / 0402 1 CHRLDO [21] VBT System Control / 0402 1 DVDD18_VSWXM [21] D4 DVDD18_VIO18 XIN AVDD18_DCXO C1135 C / 100 / nF / 0402 E9 VSF FSOURCE_A VSWXM 3 VBATSW N14 VRTC AVSS_VREF AUDIO VDDK CLKOUT BATON C4 VBAT_VCORE VREF AVSS_VREF VDDK VRTC VCDT [21] B3 M3 2 C1131 C / 1 / uF / 0402 2 1 [21] VSWDP C7 VBAT_BUCK_CTRL CHARGER VSWMP VSWXM AVDD18_AUXADC VUSB33 C1109 C / 2.2 / uF / 0402 2 1 Note: 11-7 Note: 11-4 2 R1112 1 R / 0 / ohm / 0402 A8 D21 VIO28 VBAT_LDOS1 PMU LDO DVDD_GPO K9 VBAT_LDOS2 POWER IN VA18 J1114 R / 0 / ohm / 0402-3P(1-2) 1 VIO28 2 3 VA28 / 0402 1 DVDD18_VIO18 AVDD18_DCXO J1104 R / 0 / ohm / 0402-3P(1-2) 1 VIO18 2 3 VA18 P6 H3 K11 Note: 11-9 J1112 R / 0 / ohm / 0402-3P(1-2) 1 VSF 2 3 VIO18 / 0402 1 VDDK Note: 11-5 J1113 CON3/SMD/P2.54/C111400/B/ACMELUX VIO18 3 2 VSWXM 1 DVDD_VSF VBAT_VCORE U1000-2 2 R1118 1 R / 0 / ohm / 0402 2 R1119 1 R / 0 / ohm / 0402 2 R1120 1 R / 0 / ohm / 0402 2 R1121 1 R / 0 / ohm / 0402 2 R1122 1 R / 0 / ohm / 0402 2 R1123 1 R / 0 / ohm / 0402 2 R1124 1 R / 0 / ohm / 0402 2 R1125 1 R / 0 / ohm / 0402 1 2 R1126 R / 0 / ohm / 0402 VIO18 VIO28 VSF VA28 VA18 VBT VCAMA VUSB33 VMC Note: 11-2 VRTC Title 4 J1105 R / 0 / ohm / 0402-3P(1-2) / NC 1 VIO18 2 3 VSWXM L1 1 Note: 11-1 RESETB_OUT SY SRSTB_IN R1136 R / 0 / ohm / 0402 / NC F1 VBAT_LDOS1 VBAT_BUCK_CTRL N7 2 [66,90] C1105 C / 2.2 / uF / 0402 / NC 2 SY SRSTB_IN VBAT_LDOS2 VBAT IN R1101 R / 1 / K / 0402 / NC N5 1 ACCDET 1 [60] [10] Note: 11-7 VREF 1 AU_VIN1_P [60] 2 AU_VIN1_N [60] C1114 C / 4.7 / uF / 0603 2 1 C1115 C / 10 / uF / 0603 2 1 C1116 C / 10 / uF / 0402 2 1 C1117 C / 2.2 / uF / 0402 / NC 2 1 C1118 C / 1 / uF / 0402 2 1 C1119 C / 2.2 / uF / 0402 2 1 C1120 C / 2.2 / uF / 0402 2 1 C1121 C / 1 / uF / 0402 2 1 C1122 C / 1 / uF / 0402 2 1 AU_HSP [60] C1126 2 1 VIO18 AU_HSN [60] C / 1 / uF / 0402 AU_MICBIAS0 AU_HPR [60] 1 System reset button AU_HPL [60] 2 Note: 11-1 [60] 1 VBAT_VCORE 1 VBAT_BUCK_CTRL 2 R1117 1 R / 0 / ohm / 0402 2 VBAT_LDOS2 2 R1116 1 R / 1 / ohm / 0402 C1140 C / 2.2 / uF / 0402 2 1 VBAT_LDOS1 2 R1115 1 R / 0 / ohm / 0402 C1139 C / 2.2 / uF / 0402 2 1 2 R1114 1 R / 0 / ohm / 0402 C1137 C / 1 / uF / 0402 2 1 2 R1137 1 R / 0 / ohm / 0603 C1138 C / 1 / uF / 0402 2 1 VBAT Size C Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 11_BB_MT2523_ABB MediaTek HDK MT2523G Friday , June 24, 2016 Sheet 11 of 99 Page 53 of 82 LinkIt 2523 HDK v11 User's Guide Figure 33. BB_MT2523G_ABB Schematic design notice of "20_POWER_COMMON_LDO" page. U2001 4 VUSB_BB 60mils 3 NC ANODE CATHODE CATHODE CATHODE CATHODE Note 20-1: Users must connect CON6401 for total system power supply Note 20-2: External LDO are option components Remove R1118, R1119, C1114 change to 10uF when applying external LDO 1 2 5 6 VBUS U / SS2003M 60mils 2A FUSE FUSE/DIP/SMD 1 F2001 R2001 R / 2.2 / K / 0402 60mils 3 ANODE CATHODE CATHODE CATHODE CATHODE 1 2 5 6 FD and Hole 1 NC 2 U2002 4 VUSB_DAP LED2001 LED / CL190Y G H2001 2 U / SS2003M H2003 H2002 STAND STAND HOLE/PTH/R6D3.5 HOLE/PTH/R6D3.5 H2004 STAND HOLE/PTH/R6D3.5 H2007 STAND HOLE/PTH/R6D3.5 H2006 H2005 STAND HOLE/PTH/R6D3.5 STAND HOLE/PTH/R6D3.5 STAND HOLE/PTH/R6D3.5 DC 5V supply VBAT_CONN U / TPD1S514-1 GND GND GND GND R2003 R / 1 / K / 0402 1 2 1 2 R2004 R / 1 / K / 0402 / NC 5 6 9 SW PVIN AVIN FB EN PGND MODE AGND THER PAD 2 AD_IN_SW 1 4 AD_IN_FB L2001 PL / MEKK2520T1R0M 2 1 3 U / TPS62065 Vout = 0.6 x (1+Ra/Rb) = 3.96V 1 60mils 3 2 1 A4 B4 C1 C4 8 7 VBUS_SY S 2 R / 1 / K / 0603 J2001 R2018 R / 1.58 / K / 0402 1 2 EN# A2 A3 B2 R2019 LED2003 LED / CL190Y G 2 U2004 VBUS_SY S VBUS_SY S VBUS_SY S VBAT 1 AD_IN C2005 C / 22 / uF / 0603 2 1 A1 C2002 C / 1 / uF / 0402 2 1 2 1 C2006 C / 22 / pF / 0402 2 R2002 1 R / 0 / ohm / 0402 B1 C2004 C / 10 / uF / 0603 1 2 VBUS_CON VBUS_CON VBUS_CON 2 C2001 C / 1 / uF / 0603 / 50V VBUS_POWER B3 C2 C3 C2003 C / 2.2 / uF / 0402 1 2 1 60mils R2006 R2005 R / 91 / K / 0402 R / 510 / K / 0402 2 1 2 1 U2003 VBUS Title Size C Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 20_POWER_COMMON_LDO MediaTek HDK MT2523G Monday , October 24, 2016 Sheet 20 of 99 Page 54 of 82 LinkIt 2523 HDK v11 User's Guide Figure 34. POWER_COMMON_LDO Schematic design notice of "21_Power_Charging" page. Note 21-1: Note: 21-1 VCDT rating: 1.268V VCDT R2104 1 R / 330 / 2K / 0402 / 1% D2101 C2101 C / 1 / uF / 0603 / 50V [11] R2102 1 R / 39 / K2 / 0402 / 1% 1 Note: 21-2 VBUS 1. Close to Battery Connector. (Rsense (R2103) <10mm) 2. Main path should be 40mil. (VBUS -> U2101's E, -> U2101's C -> R2103 -> VBAT) 3. Star connection from R2103 to BAT Connector Note 21-2: Capacitor rating depends on Phone OVP spec. Note 21-3: Before you select BJT , please take power dissipation into consideration. Refer to MT6385 design notice. Note 21-4: 60mils from battery connector to MT2523 chip 2 D/NZ9F5V6ST5G R2105 R / 1.5 / K / 0402 1 2 CHRLDO [11] Note 21-6: E B D D 1 2 3 8 60mils Note 21-5: Note: 21-3 VDRV [11] 7 6 5 4 C C G S Note 21-7: Q / PNMT6N1-LB Q2101 4mil 1 Rsense 2 R2109 1 R / 0 / ohm / 0402 2 R2108 1 R / 0 / ohm / 0402 R2103 R / 0.1 / ohm / 0805 / 1% R0805 2 4mil BATTERY CONNECTOR Differential ISENSE BATSNS L style pin header for battery sub board plug in Based on your system level design , if better ESD performance is needed on your system, please refer to ESD performance enhance proposal. Please place ESD2101 closed by R1137. Thermal protection : battery with NTC (1) if battery NTC is 10kohm; R2106=16.9K (+/-1%) (2) if battery NTC is 47kohm; R2106=61.9K (+/-1%) [11] [11] 2 VA18 Note: 21-4 R2106 1 R / 16.9 / K / 0402 / 1% VBAT_CONN 1 1 2 R2107 NTC / NTCG103JF103FT / 0402 2 1 ESD2102 ESD / AZ5725-01F 1 2 C2102 C / 22 / uF / 0603 ESD2101 ESD / AZ5825-01F 2 1 NTC 2 R2101 R / 1 / K / 0402 BATON [11] Note: 21-7 Note: 21-6 BATTERY DTB CON2101 VBAT_CONN 1 3 5 2 VBAT_CONN 4NTC 6 Note: 21-5 21_POWER_Charging Title Size C Date: © 2015 - 2016 MediaTek Inc. MediaTek HDK MT2523G Friday , June 24, 2016 This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Sheet 21 of 99 Page 55 of 82 LinkIt 2523 HDK v11 User's Guide Figure 35. POWER_Charging Schematic design notice of "40_MEMORY_eMMC" page. Note 40-1: Note 40-2: Please refer eMMC datasheet for the recommendation of VCC/VCCQ/VDDI bypass capacitors values. Note 40-3: C4003 need to be placed near by eMMC Note 40-4: R4005 and R4009 must be removed when micro SD feature active R4009 and R4010 co-layout for path selection only on one time Note 40-5: eMMC is an optional component 1 NC 1 NC R4001 2 R / 10 / K / 0402 / R4002 2 R / 10 / K / 0402 / R4003 2 R / 10 / K / 0402 / R4004 2 R / 10 / K / 0402 / 1 NC VIO18 1 NC For eMMC 5.0, connect eMMC's A6 & J5 pin to GND. For eMMC 4.5, check eMMC's A6 & J5 is no connection (NC). MSDC0_DAT4 MSDC0_DAT5 MSDC0_DAT6 MSDC0_DAT7 Note: 40-4 Note: 40-5 153 ball eMMC C4003 C / 100 / nF / 0402 E7 G5 H10 K8 A6 J5 1 1 R4007 R / 0 / ohm / 0402 2 Note: 40-1 2 R4008 R / 0 / ohm / 0402 A1 A2 A8 A9 A10 A11 A12 A13 A14 B1 B7 B8 B9 B10 B11 B12 B13 B14 C1 C3 H1 H2 H3 H12 H13 H14 K1 K2 K3 K12 K13 K14 M1 M2 M3 M7 M8 M9 M10 M11 M12 M13 M14 P1 P2 P8 P9 P11 P12 P13 P14 P7 P10 K10 K7 K6 G10 2 VIO18 1 R4010 2 R / 0 / ohm / 0402 1 VIO18 C4006 C / 100 / nF / 0402 C4005 C / 4.7 / uF / 0402 Note: 40-4 2 C4002 C / 4.7 / uF / 0402 1 1 R4009 2 R / 0 / ohm / 0402 / NC 2 C4 N2 N5 P4 P6 2 Note: 40-3 1 C2 C4004 C / 100 / nF / 0402 Note: 40-2 2 1 R4006 R / 10 / K / 0402 / NC A3 A4 A5 B2 B3 B4 B5 B6 1 1 C4001 C / 2.2 / uF / 0402 2 MSDC0_DAT4 MSDC0_DAT5 MSDC0_DAT6 MSDC0_DAT7 1 MSDC0_DAT0 MSDC0_DAT1 MSDC0_DAT2 MSDC0_DAT3 2 [10] [10] [10] [10] U4001 U / 153 eMMC / THGBMBG5D1KBAIL E6 VCC F5 DAT0 VCC J10 DAT1 VCC K9 DAT2 VCC DAT3 DAT4 C6 VCCQ M4 DAT5 VCCQ N4 DAT6 VCCQ P3 DAT7 VCCQ P5 VCCQ VDDI M5 CMD M6 VSSQ VSSQ CLK H5 DSL K5 VSSQ VSSQ RST D4 VSSQ A1 INDEX / NC C7 NC C8 VSS NC C9 VSS NC C10 VSS NC C11 VSS NC C12 VSS VSS NC C13 NC C14 NC D1 NC D2 NC D3 NC D12 NC D13 NC D14 NC E1 NC E2 NC E3 NC E12 NC NC E13 NC NC E14 NC NC F1 NC NC F2 NC NC F3 NC NC F12 NC NC F13 NC NC F14 NC NC G1 NC NC G2 NC NC G12 NC NC G13 NC NC G14 NC NC J1 NC NC J2 NC NC J3 NC NC J12 NC NC J13 NC NC J14 NC NC L1 NC NC L2 NC NC L3 NC NC L12 NC NC L13 NC NC L14 NC NC N1 NC NC N3 NC NC N6 NC NC N7 NC NC N8 NC NC N9 NC NC N10 NC NC N11 NC NC N12 NC NC NC N13 NC N14 NC NC C5 NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC A7 NC RFU E5 RFU E8 RFU RFU E9 RFU RFU E10 RFU RFU F10 RFU RFU G3 RFU RFU VMC 1 R4005 2 R / 0 / ohm / 0402 / NC MSDC0_CMD MSDC0_CLK MC_RST [10] [10] [10] Title Size C Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 40_Memory_eMMC MediaTek HDK MT2523G Thursday , March 31, 2016 Sheet 40 of 99 Page 56 of 82 LinkIt 2523 HDK v11 User's Guide Figure 36. MEMORY_eMMC Schematic design notice of "41_MEMORY_SD Card" page. VMC 2 MCCM0_J [10] MCCK_J [10] MCDA0_J [10] MCDA1_J 1 2 3 4 6 2 7 VCCSWP CMD CD VDD GND GND GND GND GND GND GND GND CLK VSS DATA0 DATA1 / NC / NC / NC / NC / NC K ESD5451NKM K ESD5451NKM K ESD5451NKM K ESD5451NKM K ESD5451NKM K ESD5451NKM / NC 8 A ESD4101 A ESD4102 A ESD4103 A ESD4104 A ESD4105 A ESD4106 C4101 C / 1 / uF / 0402 5 SWPIO DATA2 CD/DATA3 Note: 41-1 9 10 12 MCINS [10,93] 11 13 14 15 16 17 18 19 K ESD5451NKM / NC K ESD5451NKM / NC K ESD5451NKM / NC MCDA3_J [10] R4101 must be removed when eMMC feature active Note: 41-1 A ESD4107 A ESD4108 A ESD4109 MCDA2_J [10] 1 1 [10] Note 41-2: CON4101 CON / 12 / TA-M017-012-07-811 MICROSD/8P/SMD/TA-M017-012-07-811 Note: 41-2 R4101 R / 0 / ohm / 0402 These ESD diodes are optional for better ESD and RF de-sense performance. (The C load of Diodes on trace should be less than 15pF) MSDC interface 2 R4102 1 R / 10 / K / 0402 / NC 2 R4103 1 R / 10 / K / 0402 / NC 2 R4104 1 R / 10 / K / 0402 / NC VMC Note 41-1: Title Size C Date: © 2015 - 2016 MediaTek Inc. 41_MEMORY_SD Card MediaTek HDK MT2523G Thursday , March 31, 2016 This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Sheet 41 of 99 Page 57 of 82 LinkIt 2523 HDK v11 User's Guide Figure 37. MEMORY_SD Card ANT5001 ANT sprint ANT sprint C / NC / 0402 C5007 L5003 2 1 L / 6.8 / nH / LQG15HS6N8H02D Note 50-1: These capacitors should be placed near by ball out position Note 50-2: 26MHz crystal must be placed near by Larkspur ball out position Note 50-3: R5002, C5003 and C5004 are reserved for BT antenna matching tuning J5006 is set for single Bluetooth performance measurement. C5009 C / 3.6 / pF / 0402 / GJM1555C1H3R6WB01D SMA-1.66MM SMA5001 1 1 R5006 50 Ohm impedence 1 R5003 R / 0 / ohm / 0402 2 1 2 3 R / 0 / ohm / 0402-3P(1-2) J5003 2 6 5 4 1 NC TP5001 1 NC TP5002 C5008 C / NC / 0402 DIPX5001 GND WiFi ANT GND GND GPS C / 18 / pF / 0402 2 C5005 1 1 BT_ANT 50 Ohm impedence C / 18 / pF / 0402 2 C5006 1 3 GPS_diplexer_input 50 Ohm impedence [52] J5001 should keep low for clock is generated by crystal; Pull high if clock signal is injected from net XTAL1. Note 50-5: The impedence of traces about diplexer should be 50 ohm Note 50-6: R5013 R / 0 / ohm / 0402 / NC 2 1 R5012 R / 0 / ohm / 0402 / NC 2 1 2 Note 50-4: 2 DP1608-V1524CA DIPLEXER/6P/SMD/DP1608 R / 0 / ohm / 0402 L5002 NC 2 5 4 3 2 1 2 50 Ohm impedence 1 2 Note: 50-7 Note 50-7: J5002 connected to VBT for dual mode of Bluetooth and BLE modes J5002 connected to VIO18 for BLE mode J5004 connected to VBT for dual mode of Bluetooth and BLE modes J5004 connected to VIO18 for external buck LDO cost reduction J5005 connected to AVDD_BTRF_ext for power saving SMA 5001 SMA5002 are optional components 26MHz crystal X5001 Note: 50-2 1 2 Hot2 NC GND HOT 4 3 X / 26 / MHz / 8Q26000008 XTAL1 XTAL2 U1000-3 2 R5010 1 R / 0 / ohm / 0402 2 R5011 1 R / 0 / ohm / 0402 / NC BT_ANT 1 2 50 Ohm impedence SMA-1.66MM SMA5002 1 R5002 R / 0 / ohm / 0402 2 2 3 4 5 2 R5007 1 R / 0 / ohm / 0402 1 A12 C5004 C / NC / 0402 2 AVDD13_BTRF BT_LNA 1 AVDD_VBT BT A14 A13 C5003 C / NC / 0402 Note: 50-7 26M & CLK BUFFER XTAL2 FREF EXT_CLK_SEL A9 XTAL1 A10 XTAL2 C8 A11 TP5003 CLK_SEL Note: 50-4 VIO18 J5001 R / 0 / ohm / 0402-3P(1-2) 3 2 1 DUMMY_NET DUMMY_NET DUMMY_NET DUMMY_NET DUMMY_NET XTAL1 P5 P22 P1 A1 A22 AVSS_BT AVSS_BT AVSS_BT E12 MT2523G B12 AVSS_BT Note: 50-6 AVSS_BT MT2523 BT D12 2 R5005 1 R / 0 / ohm / 0402 / NC AVDD_VBT AVDD13_BTRF C12 R / 0 / ohm / 0402-3P(1-2) J5004 AVDD_BTRF_ext Note: 50-1 2 C11 VIO18 3 POWER IN VBT 1 R / 0 / ohm / 0402-3P(1-2) J5002 1 2 3 C5002 C / 100 / nF / 0402 2 1 VBT VIO18 C5001 C / 2.2 / pF / 0402 2 1 R5009 R / 0 / ohm / 0402 / NC 1 Feed 1 Feed 1 1 1 Note: 50-5 NC L5001 1 ANT5002 2 2 Schematic design notice of "50_CONNECTIVITY_BT_M T2523G" page. Title 50_CONNECTIVITY_BT_MT2523G Size C MediaTek HDK MT2523G Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Thursday , March 31, 2016 Sheet 50 of 99 Page 58 of 82 LinkIt 2523 HDK v11 User's Guide Figure 38. CONNECTIVITY_BT_MT2523G External buck 3.3V LDO GNSS_VBAT 1 L21 GPS_AVDD_TCXO_SW GPS_XTEST GPS_EINT0 GPS_EINT1 GPS_DVSS28_IO GPS_DVDD28_IO1 GPS_DVDD28_IO2 B22 C22 GPS_AVDD28_CLDO GPS_DVSS28_SF MT2523G GPS_AVDD11_CLDO GPS_AVSS11_CLDO GPS_DVDD28_SF GPS_JRCK R5224 2 1R / 0 / ohm / 0603 2 1 1 1 TP5216 NC N19 1 N20 1 TP5201 NC TP5211 NC M19 L19 GPS_SCS1_ R / 0 / ohm / 0402 2 GPS_CORE1V1 R5230 1 C5212 C / 2.2 / uF / 0402 2 1 C5213 C / 4.7 / nF / 0402 2 1 Note: 52-9 GPS_VDDIO GPS_VTLDO_2V8 R5201 R / 0 / ohm / 0402 2 1 C5215 J21 C / 1 / uF / 0402 C / 1 / uF / 0402 2GPS_VTLDO_2V8 J20 C5216 R5232 1 1 TP5214 R / 0 / ohm / 0402 NC 1 TP5215 L17 JRCK NC R5203 R / 10 / K / 0402 / NC P18 JDO R5204 R / 10 / K / 0402 / NC 1 K16 JDI TP5207 NC 1 G19 JCK TP5208 NC 1 N18 JMS TP5209 NC 1 N17 JRST TP5210 NC Note: 52-10 Note 52-14:Main Input Voltage Requirement and External LDOs Selection [1] Please choose one voltage source without built-in output high-speed discharge function and confirm the voltage drop-down curve to keep long output voltage drop-down period. [2] Please choose external LDOs without output high-speed discharge function, such as Torex XC6210/XC6215/XC6221 series to keep long output voltage drop-down period (>1ms from 2.7V to 0.5V). The voltage drop must can't be lower than 3.1V. Note 52-15:matching value depends on LNA selected Note 52-16:GPS_VTCXO_SW Note for external active antenna, GPS_VTCXO_SW is 1.8V or 2.8V base on TCXO selection. Please ensure external active antenna is operating at this range. Otherwise, please using external power supply. Note 52-17:Please refer the QVL to select LNA component Note: 52-8 R5207 R / 10 / K / 0402 / NC R5208 R / 10 / K / 0402 Note 52-12:In order to keep good GPS clock stability, TCXO layout please refer to MTK TCXO layout rule. MT2523 support 16.368MHz&26MHz TCXO, please refer the QVL to select TCXO component Note 52-13:C5203, C5206 and L5201 are reserved for LNA matching J17 P20 SCS1 GPS_TX2 GPS_RX2 GPS_SCK1 GPS_RX0 GPS_TX1 GPS_RX1 Note: 52-14 External buck 3.3V LDO Note: 52-7 GNSS_VBAT U5203 1 2 1 RTC XTAL IO Voltage Selection 2.8V IO : R5201= 0 , R5202 = NC (IO voltage is GPS_VTLDO) 1.8V IO : R5201 = NC , R5202 = 0 (IO voltage is GPS_DCV_1V8) Note 52-11:C5201 is close to U5201 VCC P17 L18 1 TP5204 NC SCK1 K17 J18 E16 G20 GPS_TX0 M16 M18 R5225 R / 0 / ohm / 0402 R5226 [10] UTXD3_GPS R / 0 / ohm / 0402 2 1 GPS_EINT R / 0 / ohm / 0402 R5242 [10] 1 R5209 TP5203 TP5202 NC R / 10 / K / 0402 / NC NC TX2 URXD3_GPS [10] IN1 IN2 1 R / 120 / K / 0402 / NC X5204 1 R / 91 / K / 0402 / NC X / FC-135 32.768KHZ 12.5pF Note: 52-6 GPS_JRST_ G18 H20 RF clock selection 16.368MHZ TCXO : R5207 = NC , R5208 = NC 26MHZ TCXO : R5207 = NC , R5208 = 10K Host interface selection Note 52-10: UART : R5203 = NC , R5204 = NC (I/F : TX0 , RX0) SPI : R5203 = NC , R5204 = 10K I2C : R5203 = 10K , R5204 = 10K 1 1 2 C5221 C / 22 / pF / 0402 1 GPS_JMS 2 GNSS_VBAT GPS_XOUT GPS_XIN K21 1 R5210 2 R5220 2 C5222 2 GPS_32K_BB C / 22 / pF / 0402 R / 1 / K / 0402 / NC C5223 C / 2.2 / uF / 0402 1 TP5212 NC TP5213 NC 2 GPS_VRTC_1V1 F21 1 C5220 C / 1 / uF / 0402 GPS_RTC_XIN 1 TP5205 NC 1 TP5206 NC GPS_JDI GPS_JCK GPS_RTC_XOUT K22 GPS_AVDD43_RTC GPS_FORCE_ON GPS_32K_OUT E17 D19 D20 1 2 GPS_AVDD43_DCV A21 GPS_AVDD11_RTC 1 GPS_JDO B21 1 M21 VTCXO voltage selection 2.8V TCXO: TLDO 2.8V : R5209 = NC 1.8V TCXO: SMPS 1.8V : R5209 = 10K C5224 [10] GPS_LDO_EN C / 4.7 / uF / 0603 3 IN OUT 5 GND EN VGPS_MAIN Note 52-18:GPS HOT re-start feature No support: BAT5201=NC, R5211=NC, R5243=NC, R5234=0ohm X5204=NC, C5222=NC, C5221=NC, R5210=120K, R5220=91K Support: BAT5201=NC, R5211=NC, R5243=0ohm, R5234=NC X5204=NC, C5222=NC, C5221=NC, R5210=120K, R5220=91K Support and Power optimization BAT5201=ML621S, R5211=1K, R5243=NC, R5234=0 ohm X5204=FC-135, C5222=22pF, C5221=22pF, R5210=NC, R5220=NC 1 D22 Note 52-9: 2 GPS_DVDD11_CORE1 Note: 52-5 VBAT 1 GPS_HRST_B GPS_DVDD11_CORE2 GPS_AVSS43_MISC 2 R5234 1 R / 0 / ohm / 0402 2 R5243 1 R / 0 / ohm / 0402 / NC R5211 ML621S / NC [10] G G G Note: 52-11 GPS_AVDD28_TLDO + BAT5201 C / 1 / uF / 0402 J16 F17 F16 F18 G16 G17 H16 H17 C19 GPS_T1N L22 GPS_AVDD18_CM GPS_OSC GPS_AVSS_RF GPS_T1P L20 F20 P21 N22 GPS_RFIN GPS_VREF Note: 52-4 Note: 52-18 Note 52-8: C5201 BY P C5225 4 2 1 2 GPS_AVDD43_VBAT GPS_AVSS43_DCV L / 1 / uH / 0806 C21 GPS_DCV L5202 GPS_DCV L/IND/SMD/LQM2MPN1R0NG0 GPS_DCV_FB C20 GPS_DCV_FB R5205 R / 0 / ohm / 0402 VGPS_MAIN R5206 MT2523G R / 0 / ohm / 0402 / NC GNSS_VBAT VGPS_MAIN GPS_VTCXO_SW C5209 C / 4.7 / nF / 0402 2 1 C / 1 / uF / 0402 1 2 VGPS_MAIN R / 0 / ohm / 0402 C5218 R5236 C / 4.7 / uF / 0603 C5219 C / 4.7 / uF / 0603 Buck Mode : L5202 = 1uH, R5205 = 0 ohm , R5206 = NC LDO Mode : L5202 = 0 ohm , R5205 = NC , R5206 = 0 ohm Note 52-7: 4 1 C / 1 / uF / 0402 G21 C / 1 / uF / 0402 2 GPS_DCV_1V8 1 R / 0 / ohm / 0402 R5238 2 GPS_CORE1V1 1 R / 0 / ohm / 0402 C5217 R5237 1 2 GPS_DCV_1V8 R / 0 / ohm / 0402 R5235 Note 52-4: Recommend to select 3V coin battery for leakage consideration. Pin GPS_VRTC_4V3 should be provided between 2.0V to 4.3V. GNSS_VBAT for pin GPS_VRTC_4V3 should be provided between 2.0V to 4.3V. U5204/C5221/C5222 could be removed, R5210 = 0 ohm, Note 52-6: GPS_VRTC_4V3 should be kept (always alive voltage source). Or change C5220 to 0 ohm and feed 1.1V (always alive voltage source) into GPS_VRTC_1V1. C5235 C / 0402 / NC 1 GPS_DCV_1V8 GPS_DVSS11_CORE GPS_DVSS11_CORE GPS_DVSS11_CORE GPS_DVSS11_CORE GPS_DVSS11_CORE GPS_DVSS11_CORE GPS_DVSS11_CORE GPS_DVSS11_CORE GPS_DVSS11_CORE H22 1 2 C5226 2 1 2 Note: 52-3 VCC AVSS43_DCV should be connected to C5218 GND net first, then connect to reference GND. 2 GPS_VREF M22 GPS_RFIN 1 C5211 C / 1 / uF / 0402 1 R5240 F22 R / 0 / ohm / 0402 1 E22 GPS_VTLDO_2V8 2 R5239 C5214 R / 0 / ohm / 0402 Note: 52-1 NC OUT TCXO C5207 C / 1 / nF / 0402 C5208 C / 4.7 / nF / 0402 2 1 GPS_AVDD18_RXFE 1 R5241 R / 0 / ohm / 0402 C5210 C / 1 / uF / 0402 2 1 G22 GPS_VTCXO_SW 2 Note: 52-2 GND TCXO / 26 / MHz R / 0 / ohm / 0402 R5227 1 R5228 2 R / 0 / ohm / 0402 U1000-4 2 C5234 C / 0402 / NC Note 52-3: Note 52-5: 1 R5218 2 Carkit_input R / 0 / ohm / 0402 / NC TCXO5201 2 3 1 2 Note: 52-1 2 2 C / 0402 / NC Note: 52-12 C5206 C / 1 / pF / 0402 VGPS_MAIN R5217 2 L5201 L / 1.2 / nH / 0402 NC C / 4.7 / uF / 0603 J5201 R / 0 / ohm / 0402-3P(1-2) 1 GPS_VTCXO_SW 2 3 TX2 1 C5203 Carkit_input 1 R / 0 / ohm / 0402 / NC C5233 C5232 C / 0402 / NC 2 U / BGA725L6 2 GPS_DCV_1V8 1 Note: 52-13 1 GND PON 50 Ohm 3 AO AI 6 2 3 5 5 Note 52-2: C5214 is close to G1 ball (AVDD28_TLDO) C5238 4 R5219 R / 0 / ohm / 0402 U5206 U / EPOCOS_B8313 1 4 IN OUT 1 C5230 C / 0402 / NC 2 1 50 Ohm C / 18 / pF / 0402 2 3 5 C / 18 / pF / 0402 2 G G G GPS_diplexer_input BY P R5216 R / 0 / ohm / 0402 2 VCC GNDRF 2 2 [50] U5207 4 L5204 L / 5.6 / nH / 0402 1 2 EN 1 C5231 C / 1 / uF / 0402 2 1 Note: 52-15 U5208 C5236 C5229 U / EPOCOS_B8313 2 1 1 1 4 2 IN OUT Note 52-1: Both of pin AVDD43_VBAT and AVDD43_DCV voltage should be keeped between 3.1V to 4.3V (VGPS_MAIN) GPS_VANT U / XC6210A332MR 2 1 C / 22 / pF / 0402 L5203 L / 22 / nH / 0402 / NC GPS_VTCXO_SW 5 GND 3 TX2 C / 4.7 / uF / 0603 2 Note: 52-17 OUT 1 1 C5237 C5227 2 1 1 IN 2 2 J5202 R / 0 / ohm / 0402-3P(1-2) 1 2 3 GPS_VANT GPS_VTCXO_SW Schematic design notice of "52_CONNECTIVITY_GPS_M T2523G" page. U5205 2 Note: 52-16 C / 4.7 / uF / 0603 U / XC6210A332MR Title 52_CONNECTIVITY_GPS_MT3333 Size C MediaTek HDK MT2523G Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Monday , May 30, 2016 Sheet 52 of 99 Page 59 of 82 LinkIt 2523 HDK v11 User's Guide Figure 39. CONNECTIVITY_GPS_MT2523G Schematic design notice of "60_PERI_Audio_IO" page. Note 60-1: Note: 60-1 1 C / 100 / nF / 0402 C6005 R6016 R / 0 / ohm / 0402 C / 4.7 / uF / 0603 1 TP6001 NC C6004 C / 33 / pF / 0402 / NC C6003 C / 33 / pF / 0402 / NC 2 GND GND 3 C6017 2 [11] ACCDET AU_VIN0_P [11] AU_VIN0_N [11] 1 2 C6014 C / 33 / pF / 0402 C6015 C / 33 / pF / 0402 2 SHORT6001 SHORT / NC-MMD-L6-4MIL R6019 1 R / 0 / ohm / 0402 1 C / 1 / uF / 0402 2 R6018 1 R / 0 / ohm / 0402 / NC 1 2 R6003 1 R / 0 / ohm / 0402 / NC 1 C / 1 / uF / 0402 1 XMIC C / 100 / nF / 0402 C6016 2 2 R6017 1 R / 0 / ohm / 0402 / NC C / 100 / pF / 0402 C6013 C6012 C / 100 / nF / 0402 2 C6002 AU_VIN1_P FILTER/SMD/SPU0410HR5H-PB MIC / SPU0410HR5H-PB MIC6001 4 VDD OUT 1 C6006 C / 100 / pF / 0402 / NC 2 [11] 1 R6001 R / 1.5 / K / 0402 In shielding Speaker is an optional component 1 C6001 AU_VIN1_N Note 60-4: AU_MICBIAS0 R6004 R / 1 / K / 0402 2 [11] The gain of class-D amplifier is set to 12dB (4V/V); ESD diodes are for ehnhacement proposal; also could be cost reduction. AMIC AU_MICBIAS0 2JACK_GND R6002 1 R / 0 / ohm / 0402 / NC Note 60-2: Note 60-3: 2 Headset microphone The GND of headset microphone and Headset earphone should be connected together first, then connected to main GND. 2 Headset earphone Note: 60-4 R6024 1 R / 0 / ohm / 0402 2 R6005 C6025 C / 22 / uF / 0402 R / 100 / ohm / 0402 [11] AU_HPR R6025 1 R / 0 / ohm / 0402 2 R6006 C6007 C / 22 / uF / 0402 R / 100 / ohm / 0402 XMP3_L Speaker VBAT 1 AU_HPL 1 [11] 2 C6019 C / 4.7 / uF / 0402 / X5R 2 C6018 C / 100 / nF / 0402 XMP3_R C6009 C / 33 / pF / 0402 / NC Note: 60-3 K C6011 C / 33 / pF / 0402 / NC R6009 R / 470 / ohm /0402 2 C6021 C / 100 / nF / 0402 [10] 2 VO+ VO- SHUNTDOWN GND GND B2 C3 A3 A2 B3 AU_SPKP AU_SPKN R6014 1 R / 0 / ohm / 0402 2 TP6003 AU_SPK_P 1 2 2 PVDD C6023 C / 100 / pF / 0402 R6015 1 R / 0 / ohm / 0402 2 U / TPA2010D1 SPK_AMP_PDN AU_SPK_N C6024 C / 33 / pF / 0402 1 Note: 60-2 R6013 R / 300 / K / 0402 / NC 2 XMIC_SLT EAR_EINT_1 2 5 BEAD6001 XMP3_L_SLT L / BLM15AG100SN1 / 0402 XMP3_R_SLT JACK_GND 4 3 1 1 1 2 SPEAKER/SMD/2403-260-00071/WS3330 SPK / 2403-260-00071-190-EN SPK1 TP6004 ESD6002 ESD5451NKM / NC Note: 60-3 CON6001 JACK_CON/5P/EJ-3699M-GP AUDIOJACK/5P/SMD/EJ-3699M-GP K R6010 R / 47 / K / 0402 VDD IN+ IN- K 2 VIO28 1 C2 2 R6012 1 R / 75 / K / 0402 U6001 A 1 A1 C1 1 AU_HSN B1 2 R6011 1 R / 75 / K / 0402 R6020 R / 0 / ohm / 0402 ESD6006 ESD5Z5.0T1G default open A EAR_EINT [11] 1 2 C6020 C / 100 / nF / 0402 2 2 2 K [10,93] R6008 R / 470 / ohm /0402 A K A ESD5Z5.0T1GESD6004 Note: 60-3 K A ESD5Z5.0T1GESD6005 ESD5Z5.0T1GESD6003 XMP3_L R6007 1 2 R / 470 / K / 0402 XMP3_R AU_HSP 2 R6021 1 R / 0 / ohm / 0402 R6022 1 R / 0 / ohm / 0402 R6023 1 R / 0 / ohm / 0402 XMIC [11] 1 Note: 60-1 C6022 C / 33 / pF / 0402 2 1 ESD6001 ESD5451NKM / NC A C6010 C / 33 / pF / 0402 / NC C6008 C / 33 / pF / 0402 / NC Note: 60-3 Title Size C Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 60_PERI_Audio_IO MediaTek HDK MT2523G Thursday , March 31, 2016 Sheet 60 of 99 Page 60 of 82 LinkIt 2523 HDK v11 User's Guide Figure 40. PERI_Audio_IO Note 61-1: High speed connector is an optional component CON6102 [11,61,92] 1 2 LCM_BLPWM_J3 4 LPTE_JP 5 6 LSDA_JP 7 8 LSA0_JP 9 10 LSCK_JP 11 12 LSCE_B_JP 13 14 15 16 17 18 19 20 ISINK LSRSTB_JP VBAT R6102 R / 0 / ohm / 0402 R6103 R / 0 / ohm / 0402 VIO18 VIO28 SCL0 [10,61,62,63] SDA0 [10,61,62,63] TP_EINT TP_RST [10,61] [10,61] SCL0 SDA0 TP_EINT LPTE_HS LSRSTB_HS TP_RST ISINK [10] LSRSTB_LCM 2 1 LSRSTB_HS 3 LSRSTB_JP LSCK_HS LSDA_HS LSA0_HS LSCE_B_HS LCM_BLPWM_J R / 0 / ohm / 0402-3P(1-2) J6101 [10] LSCE_B_LCM 2 1 LSCE_B_HS 3 LSCE_B_JP TP_SCL [94] TP_SDA [94] TP_EINT[94] LPTE [94] LSRSTB [94] TP_RST [94] ISINK [94] LSCK [94] LSDA [94] LSA0 [94] LSCE_B [94] PWM_EN[94] R / 0 / ohm / 0402-3P(1-2) J6104 [10,90] LSCK_LCM 2 1 LSCK_HS 3 LSCK_JP R / 0 / ohm / 0402-3P(1-2) J6103 [10] LPTE_LCM 2 1 LPTE_HS 3 LPTE_JP R / 0 / ohm / 0402-3P(1-2) J6102 [10] LSDA_LCM 2 1 LSDA_HS 3 LSDA_JP R / 0 / ohm / 0402-3P(1-2) J6106 [10] LSA0_LCM 2 1 LSA0_HS 3 LSA0_JP R / 0 / ohm / 0402-3P(1-2) J6105 [10,90] LCM_BLPWM LCM_BLPWM_J R6101 R / 0 / ohm / 0402 / NC 61_PERI_LCD_CTP Title Size C Date: © 2015 - 2016 MediaTek Inc. MediaTek HDK MT2523G Friday , June 24, 2016 This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Sheet 61 of 99 Page 61 of 82 LinkIt 2523 HDK v11 User's Guide Figure 41. PERI_LCD_Capacitive touch panel VCAMA VBAT [10,61,63] [10,61,63] SDA0 SCL0 1 3 5 7 9 11 13 CON6201 2 + + 4 + + 6 + + 8 + + 10 + + 12 + + 14 + + CMRST_J CMPDN_J CMCSK_J CMMCLK_J CMCSD2_J CMCSD1_J CMCSD0_J [10,90] [10,90] [10] [10,90] [10] [10,90] [10,90] HE7X2 MALE_TOP DIP7X2/P2.54 Title Size C Date: © 2015 - 2016 MediaTek Inc. 62_PERI_CAMERA MediaTek HDK MT2523G Thursday , March 31, 2016 This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Sheet 62 of 99 Page 62 of 82 LinkIt 2523 HDK v11 User's Guide Figure 42. PERI_CAMERA VBAT VIO28 [10,61,62] SDA0 [10,61,62] SCL0 [10,90] MA_SPI3_B_CS1 [10,93] U305_EINT_CONN [10,93] U304_EINT_CONN [10,93] [10] U302_EINT_CONN SEN_32K_BB 2 R6303 1 R / 0 / ohm / 0402 2 R6301 1 R / 0 / ohm / 0402 CON6301 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 2 R6304 1 R / 0 / ohm / 0402 2 R6302 1 R / 0 / ohm / 0402 VA28 VIO18 MA_SPI3_B_MISO MA_SPI3_B_MOSI [10] [10] MA_SPI3_B_SCK [10] MA_SPI3_B_CS0 [10] U303_EINT_CONN U303_RSTN_CONN U303_PD_CONN [10,93] [10] [10] 63_PERI_SENSOR_DTB Title Size C Date: © 2015 - 2016 MediaTek Inc. MediaTek HDK MT2523G Friday , June 24, 2016 This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Sheet 63 of 99 Page 63 of 82 LinkIt 2523 HDK v11 User's Guide Figure 43. PERI_SENSOR_DTB_IO Schematic design notice of "64_PERI_USB" page. Note 64-1: This ESD components are optional for better ESD performance. The C load of these diodes must smaller than 3pf and close to USB jack. USB VUSB_BB Note: 64-1 2 D1 D2 CON6401 11 . 10 1 . 9 2 VUSB 3 D- . 8 4 D+ . 7 5 ID . 6 GND. ESD6402 Proconn_8791-N005-M1A0 ESD / AZ5825-01F 2 D3 ESD6401 ESD / AZ5315-02F 1 1 USB_DM USB_DP 3 [10] [10] Title Size C Date: © 2015 - 2016 MediaTek Inc. 64_PERI_USB MediaTek HDK MT2523G Thursday , March 31, 2016 Sheet 64 This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. of 99 Page 64 of 82 LinkIt 2523 HDK v11 User's Guide Figure 44. PERI_USB Schematic design notice of "65_PERI_KEY" page. PWRKEY R6502 1 R / 1 / K / 0402 This ESD diode D6501 must be closed by power button SW6301 SW6501 2 1 2 K PWRKEY 1 [11] Note 65-1: Note: 65-1 3 ESD6501 ESD5451NKM / NC 4 KSW (DJT-1109S-2) 2 A HEADER 2X1(W/O JMP) J6501 KEYPAD 1 KROW1 2 ESD / ESD5311NKM /NC 1 3 SW6502 2 4 1 ESD6504 R6503 R / 20 / K / 0402 2 1 ESD6502 1 KCOL2 KCOL0 [10] 1 ESD6503 SW6503 2 1 3 4 2 ESD / AZ5325-01F /NC R6501 R / 20 / K / 0402 2 [10] [10,90] 2 ESD / ESD5311NKM /NC 1 3 SW6504 2 4 1 3 1 ESD6505 SW6505 2 2 ESD / AZ5325-01F /NC 4 KSW (DJT-1109S-2) KSW (DJT-1109S-2) KSW (DJT-1109S-2) KSW (DJT-1109S-2) Title Size C Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 65_PERI_Key MediaTek HDK MT2523G Thursday , March 31, 2016 Sheet 65 of 99 Page 65 of 82 LinkIt 2523 HDK v11 User's Guide Figure 45. PERI_KEY 2 [11,90] 1 4 SW6601 3 KSW (DJT-1109S-2) 1 TP6611 SDA_SPI0_SOUT 1 NC 1 TP6608 SDA_SPI0_SCK 2 NC 1 TP6609 SDA_SPI0_RST_B NC 1 TP6610 SDA_SPI0_CS U6605 3 4 SO SI GND SCK RST_B CS_B VCC WP_B 8 1 2 R6625 R / 0 / ohm / 0603 7 6 5 WP_B U / ATMEL AT45DB161E-SHD2B-T / NC VIO28_MK VIO28 SDA_SPI0_SIN 1 NC 1 3 2 2 2 NC TP6607 R6616 R / 0 / ohm / 0402 / NC C6607 C / 1 / uF / 0402 C6608 C / 100 / nF / 0402 / NC 2 3 2 1 1 2 SY SRSTB_IN Q / SSM3K15AMFV Q6603 Q / SSM3K15AMFV Q6602 1 RESETB_TGT2V8 Replace to bead 330ohm@100MHz 1.5A if power noise impact existed 1R6624 R / 10 / K / 0402 / NC 1 1 WP_B 2 1 R6615 R / 510 / K / 0402 2 R6609 R / 10 / K / 0402 Note 66-1: VIO28_MK VIO28_MK VIO28_MK Schematic design notice of "66_PERI_SWD" page. SPI FLASH MEMORY For RESETB LVS 1 VIO28_MK R6605 R / 0 / ohm / 0402 1 7 JTAG_TCLK/SWD_CLK/EZP_CLK/TSI0_CH1/PTA0/UART0_CTS#/UART0_COL#/FTM0_CH5 JTAG_TDI/EZP_DI/TSI0_CH2/PTA1/UART0_RX/FTM0_CH6 JTAG_TDO/TRACE_SWO/EZP_DO/TSI0_CH3/PTA2/UART0_TX/FTM0_CH7 JTAG_TMS/SWD_DIO/TSI0_CH4/PTA3/UART0_RTS#/FTM0_CH0 NMI#/EZP_CS#/TSI0_CH5/PTA4/FTM0_CH1 VDD1 VDDA VUSB_DAP TP6604 NC 8 11 1 1 2 VBAT EXTAL/PTA18/FTM0_FLT2/FTM_CLKIN0 XTAL/PTA19/FTM1_FLT0/FTM_CLKIN1/LPTMR0_ALT1 2 VIO28_MK GND GND OUT 4 3 X / 8 / MHz / ABM3B-8.000MHZ-18-B2-T 1 ADC0_SE8/TSI0_CH0/PTB0/I2C0_SCL/FTM1_CH0/FTM1_QD_PHA ADC0_SE9/TSI0_CH6/PTB1/I2C0_SDA/FTM1_CH1/FTM1_QD_PHB C6602 C / 18 / pF / 0402 20 21 SDA_SWD_OE_B 10 9 EXTAL32 XTAL R6619 R / 0 / ohm / 0402 19 ADC0_SE15/TSI0_CH14/PTC1/SPI0_PCS3/UART1_RTS#/FTM0_CH0/I2S0_TXD0 ADC0_SE4B/CMP1_IN0/TSI0_CH15/PTC2/SPI0_PCS2/UART1_CTS#/FTM0_CH1/I2S0_TX_FS CMP1_IN1/PTC3/SPI0_PCS1/UART1_RX/FTM0_CH2/CLKOUT/I2S0_TX_BCLK PTC4/SPI0_PCS0/UART1_TX/FTM0_CH3/CMP1_OUT PTC5/SPI0_SCK/LPTMR0_ALT2/I2S0_RXD0/CMP0_OUT CMP0_IN0/PTC6/SPI0_SOUT/PDB0_EXTRG/I2S0_RX_BCLK/I2S0_MCLK CMP0_IN1/PTC7/SPI0_SIN/USB_SOF_OUT/I2S0_RX_FS RESET# 1 1 2 2 NC TP6612 R6604 R / 10 / K / 0402 IN 2 VREGIN VOUT33 USB0_DM USB0_DP 1 2 C6605 C / 2.2 / uF / 0603 1 TP6602 1 TP6603 17 18 X6601 C6601 C / 18 / pF / 0402 ESD6602 ESD / AZ5315-02F D3 D2 D1 1 NC NC 3 1 1 2 C6606 C / 1 / uF / 0603 / 50V 2 2 Note: 66-1 R6614 R / 0 / ohm / 0402 ESD / AZ5825-01F 1 Proconn_8791-N005-M1A0 6 5 4 3 2 R6602 2 R6603 R / 33 / ohm / 04021 R / 33 / ohm / 04021 NC TP6601 ESD6601 1 SDA_JTAG_TCLK SDA_JTAG_TDI SDA_JTAG_TDO SDA_JTAG_TMS SDA_SWD_EN VSSA VBUS 11 CON6601 10 . 1 . 9 VUSB 2 8 . D- 3 7 . D+ 4 6 . ID 5 . GND 12 13 14 15 16 2 2 C6604 C / 1 / uF / 0402 1 2 U6601 1 22 23 24 25 26 27 28 SDA_SPI0_RST_B SDA_SPI0_CS SDA_SPI0_SCK SDA_SPI0_SOUT SDA_SPI0_SIN RESETB_TGT2V8 R6620 R6621 UART2_TX_MK UART2_RX_MK [10] [10] VSS1 SDA_JTAG_TRST 33 R / 0 / ohm / 0402 R / 0 / ohm / 0402 PTD4/SPI0_PCS1/UART0_RTS#/FTM0_CH4/EWM_IN ADC0_SE6B/PTD5/SPI0_PCS2/UART0_CTS#/UART0_COL#/FTM0_CH5/EWM_OUT# ADC0_SE7b/PTD6/SPI0_PCS3/UART0_RX/FTM0_CH6/FTM0_FLT0 PTD7/CMT_IRO/UART0_TX/FTM0_CH7/FTM0_FLT1 EPAD VIO28_MK 29 30 31 32 R6608 R / 470 / ohm / 0402 / NC VUSB_DAP LED6601 LED / CL190Y G / NC 1 2 2 R6606 R / 5.1 / K / 0402 / NC 1 1 U / MK20DX128VFM5 2 R6607 R / 6.6 / K / 0402 / NC Buffer for SWD input/output MK20 JTAG connector VIO28_MK VIO28_MK 1 SDA_SPI0_SOUT 2 SWD_DIO_TGTMCU_R 3 4 VIO28_MK NC 1 TP6605 5 NC 1 TP6606 6 7 U6604 1OE# 1A VCC 4OE# 1Y 4A 2OE# 4Y 2A 2Y GND 3OE# 3A 3Y GND 14 1 R6611 R / 10 / K / 0402 13 SDA_SWD_EN R6617 R / 5.1 / K / 0402 12 SDA_SPI0_SCK 2 SDA_SWD_OE_B 2 2 R6618 R / 0 / ohm / 0402 2 R6610 R / 10 / K / 0402 1 1 1 VIO28_MK 11 10 SDA_SWD_EN 9 SWD_DIO_TGTMCU_R 8 SDA_SPI0_SIN SDA_JTAG_TRST SDA_JTAG_TDI SDA_JTAG_TMS SDA_JTAG_TCLK SDA_JTAG_TDO R6622 R / 0 / ohm / 0402 SWD_CLK_TGTMCU [10] R6623 R / 0 / ohm / 0402 SWD_DIO_TGTMCU [10] 1 3 5 7 9 11 13 15 17 19 CON6602 2 + + 4 + + 6 + + 8 + + 10 + + 12 + + 14 + + 16 + + 18 + + 20 + + HE10X2 RA HOUSING 15 Title U / NXP 74LVC125A Size C Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 66_PERI_SWD MediaTek HDK MT2523G Thursday , March 31, 2016 Sheet 66 of 99 Page 66 of 82 LinkIt 2523 HDK v11 User's Guide Figure 46. PERI_SWD Schematic design notice of "90_Debug_IO" page. HW trap Note: 90-1 MCU JTAG Trapping VIO28 R9003 R / 10 / K / 0402 / NC Note: 90-4 [10,65] R9005 R / 10 / K / 0402 / NC 2 2 2 LCM_BLPWM Net KCOL0 is the trap pin of USB download. Keep low for image download, keep high for normal boot. KCOL0 [10,61] Note 90-3: Note 90-4: LSCK_LCM R9002 R / 10 / K / 0402 / NC 1 1 1 [10,61] Note 90-2: 1 1 Note: 90-2 R9001 R / 10 / K / 0402 One of JTAG trap pin, selection combination with note 90-2 The sequence is (GPS_HRST_B, LCM_BLPWM) (Low, Low): no JTAG; (Low, High): JTAG at keypad; (High, High): JTAG at CAM DVDD18_VIO18 1 DVDD18_VIO18 Note 90-1: R9004 R / 10 / K / 0402 / NC This trap pin is used to adjust serial flash voltage. Low: 1.86V, High: 3V This trap pin is used to adjust system into system level test or not. Low: Normal mode, High: Test mode DVDD_GPO 1 1 DVDD_GPO Note: 90-3 R9009 R / 10 / K / 0402 / NC 2 2 R9007 R / 10 / K / 0402 / NC GPS_HRST_B [10,63] MA_SPI3_B_CS1 1 1 [10] 2 2 2 R9006 R / 10 / K / 0402 / NC R9008 R / 10 / K / 0402 2 2 R9010 R / 10 / K / 0402 / NC 1 DVDD_VIO_A 2 R9016 R / 5.1 / K / 0402 / NC [10,62] [10,62] [10,62] [10,62] CMCSD1_J CMRST_J CMPDN_J CMCSD0_J [10,62] CMMCLK_J [11,66] SY SRSTB_IN R9017 1 R9018 1 R9019 1 R9020 1 2 2 2 2 R / 0 / ohm / 0402 / NC R / 0 / ohm / 0402 / NC R / 0 / ohm / 0402 / NC R / 0 / ohm / 0402 / NC R9021 1 R9023 1 2 2 R / 0 / ohm / 0402 / NC R / 0 / ohm / 0402 / NC 1 3 5 7 9 11 13 15 17 19 CON9002 2 + + 4 + + 6 + + 8 + + 10 + + 12 + + 14 + + 16 + + 18 + + 20 + + HE10X2 RA HOUSING Title Size C Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 90_DEBUG_IO MediaTek HDK MT2523G Thursday , March 31, 2016 Sheet 90 of 99 Page 67 of 82 LinkIt 2523 HDK v11 User's Guide Figure 47. DEBUG_IO Power Indicator VBAT VBAT R9211 R / 0 / ohm / 0603 1 1 LED / LAL296-P1R2-Z LED9209 VCORE ISINK [11,61] 2 3 LED9206 LED / CL190Y G Q / SSM3K37MFV Q9201 1 Q / SSM3K15AMFV Q9206 1 2 VMC LED9201 LED / CL190Y G 3 2 2 2 1 2 R9206 R / 1.58 / K / 0402 1 2 R9201 R / 1.58 / K / 0402 1 R9209 R / 180 / ohm / 0402 Title 92_POWER INDICATOR Size C MediaTek HDK MT2523G Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Thursday , March 31, 2016 Sheet 92 of 99 Page 68 of 82 LinkIt 2523 HDK v11 User's Guide Figure 48. POWER INDICATOR Schematic design notice of "01_CONNECTOR" page. VBAT AMOLED 24 24 23 1 11 12 13 14 15 16 17 18 19 20 TDN_AMOLED TDP_AMOLED [1] [1] TCN_AMOLED TCP_AMOLED [1] [1] CON / 24 / AXE520127 2 LPTE LSCE_B LSDA LSA0 LSRSTB LSCK VBAT TP_SDA CTRL FB VIN GND VOUT LX 4 5 6 2 C201 C / 470 / nF / 0402 1 2 1 LEDK [3,4] 3 R404 R204 R / 3.3 / ohm / 0402 U / KTD2898 / TDFN22-6 C204 C / 10 / uF / 0603 J202 2 1 IM0 VIO18 0R 3 R405 VIO28 2 0R IM1 C401 C / 100 / nF / 0402 TP410 LEDA VBAT 1 J402 2 CON / 24 / OK-03F024-04 Note: 4-1 VIO28 1 R403 R / NC / 0402 1 1 2 3 4 5 6 7 8 9 10 1 2 ESD / PESD5V0V1BL / NC 2 1 D401 ESD / PESD5V0V1BL / NC 2 1 D402 ESD / PESD5V0V1BL / NC 1 D405 2 ESD / PESD5V0V1BL / NC 2 1 D403 TP_SCL TP_SDA TP_EINT TP_RST ESD / PESD5V0V1BL / NC 2 1 D404 [1,3,5] [1,3,5] [1,3,5] [1,3,5] C403 C / 100 / nF / 0402 LEDK LEDK GND GND FMARK SDA WR RS CS RESET IOVCC IOVCC VCC VCC GND GND NC NC NC IM1 IM0 NC LEDA LEDA 1 1 1 2 TP407 CON401 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 IM1 20 IM0 21 22 23 24 LPTE LSDA LSA0 LSCK LSCE_B LSRSTB VIO18 [2,3] TP408 TP412 2 IM1=0,IM0=1 (3SPI) IM1=1,IM0=0 (4SPI) Rset=200/Imax TP409 J401 1 VIO28 VIO18 1 2 3 2 1 1 LEDA J203 1 [3,4] TP_SCL 1 EP PWM_EN 7 [1] 1 C503 C / 1 / uF / 0402 Goodix+Truly CTP (at TOP) LEDK U201 R401 R / 4.7 / K / 0402 / NC 2 R402 R / 4.7 / K / 0402 / NC AXE510124 ISINK [2,3] 1 [1,3,4] 1 TP_SCL PL / 10 / uH / L-NR3012 1 2 4 6 8 10 13 L201 2 [1,3] 1 2 4 6 8 10 13 J201 2 TP IC:ITE7258 1 3 5 7 9 14 2 14 [1] [1,3,5] LCM Backlight LED Driver 1 2 1 3 5 7 9 VIO28 TP_RST 12 1 TP_SDA TP_EINT [1,3,4] Model :Truly 1.6" Square Driver : ST7789H2-G4 Spec : 240 X 240 Interface : Serial Touch panel : Truly Backlight types: 1S3P (3 LEDs) [1,5] [1] [1] [1] 2 VIO28 2 [1,3,4] [1,3,4] 12 LPTE LSCE_B LSDA LSA0 LSRSTB LSCK Note: 2-1 VIO28 CON502 11 TR-TFT 240 x 240 LCM R501 MTP 1 11 JP101 only support serial LCM I/F. R101,R102,R103,R104 is for selecting TR-TFT LCM or AMOLED. TP402 TP403 TP404 TP405 TP406 TP401 23 R / 0 / ohm / 0402 ITE+Jinfu CTP (at Bottom) Note 1-2: Note 1-3: 2 2 C / 1 / uF / 0402 MTP 21 1 PL / 10 / uH / L-NR3012 C506 C / 10 / uF / 0402 / 6.3V 2 [5] 2 SWIRE LPTE [1,3,4] LSRSTB [5] SWIRE C501 C / 1 / uF / 0402 C502 11 12 13 14 15 16 17 18 19 20 1 [1,4] 20% 21 1 2 3 4 5 6 7 8 9 10 1 AVEE L502 AVDD 22 1 25V 1 10 9 8 7 6 1 1 1 PVIN AVIN SWN OUTN CTRL U / TPS65631W 2 C507 C / 10 / uF / 0402 / 6.3V SWP PGND OUTP FBS AGND 1 U501 1 2 3 4 5 1 2 3 4 5 6 7 8 9 10 VIO18 C504 C / 100 / nF / 0402 CON501 22 VIO28 2 2 20% 11 PL / 10 / uH / L-NR3012 GND AVDD C / 10 / uF / 0402 / 6.3V AVEE C505 Model :AUO Driver : RM69032 Spec : 320 X 320 Interface : MIPI DSI, 1-Lane Touch panel : N/A 3D Display : N/A 1 2 R / 0 / ohm / 0402 L501 Note 1-1: 1. For MTK Internal development and verification.(EVB:WS3308) 2. CON101,CON102 can support display MIPI and Serial I/F at the same time. 1 R502 1 AMOLED Power C402 C / 2.2 / uF / 0402 C0402 CON402 VDD SCL SDA EINT RESET GND GND NC GND GND CON / 10 / OK-20F010-04 TP IC:GT9137 Note: 1-3 SCL0 SDA0 TP_EINT LPTE_HS R101 1 TCP 2 TCP_AMOLED [5] LSRSTB_HS TP_RST ISINK R / 0 / ohm / 0402 LSCK_HS LSDA_HS LSA0_HS LSCE_B_HS R102 1 TCN 2 TCN_AMOLED [5] R / 0 / ohm / 0402 TCP TCN TDP TDN [10 94] [10 94] [10 94] [10 94] LCM_BLPWM TP_SCL [94] TP_SDA [94] TP_EINT[94] LPTE [94] LSRSTB [94] TP_RST [94] ISINK [94] GND_POWER GND_SIGNAL LSCK [94] LSDA [94] LSA0 [94] LSCE_B [94] PWM_EN[94] R103 1 TDP 2 TDP_AMOLED [5] TDN_AMOLED [5] R / 0 / ohm / 0402 R104 TDN 1 2 R / 0 / ohm / 0402 Title Size D Date: © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. 94_MIPI_AMOLED_CTP MTK Confidential Monday , October 24, 2016 Sheet 94 of 99 Page 69 of 82 LinkIt 2523 HDK v11 User's Guide Figure 49. LCM © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 70 of 82 LinkIt 2523 HDK v11 User's Guide 6. Layout (V11) Figure 50. LinkIt 2523 HDK layout (Layer 1) © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 71 of 82 LinkIt 2523 HDK v11 User's Guide Figure 51. LinkIt 2523 HDK layout (Layer 2) © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 72 of 82 LinkIt 2523 HDK v11 User's Guide Figure 52. LinkIt 2523 HDK layout (Layer 3) © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 73 of 82 LinkIt 2523 HDK v11 User's Guide Figure 53. LinkIt 2523 HDK layout (Layer 4) © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 74 of 82 LinkIt 2523 HDK v11 User's Guide 7. LinkIt 2523 HDK’s BOM (V11) Table 30 shows the bill of material details of the HDK. Users can refer this table to understand the components used on the HDK as well as to customize and change parts as needed. Table 30. LinkIt 2523 HDK bill of materials Ite m Quantity Reference Part PCB Footprint Manufacturer 1 2 ANT5001,ANT5002 ANT sprint PAD/SMD/2.3X1.0 2 1 BAT5201 ML621S 3 1 BEAD6001 Murata 4 1 CON2101 L / BLM15AG100SN1 / 0402 HEAD_6P C0.22F3.3V/SMD/ EN-RL BEAD0402 DIP6/P2.54 PIN CHIH 5 1 CON401 CON / 24 / OK-03F02404 OCN 6 1 CON402 CON / 10 / OK-20F01004 7 1 CON4101 CON / 12 / TA-M017012-07-811 7 1 CON501 CON / 24 / AXE520127 8 1 CON502 AXE510124 9 1 CON6001 10 1 CON6101 11 1 CON6102 12 1 CON6201 JACK_CON/5P/EJ3699M-GP QTH-060-01-FDA (120 pin) JUMPER 10x2 DIP/P2.54 HE7X2 MALE_TOP CON12X4/SMD/F/ OK-03F02404/WS3287 CON5X2/SMD/P0. 4/F/OK-20F01004/WS3287 MICROSD/8P/SM D/TA-M017-01207-811 CON10X2/SMD/P 0.4/F/AXE520127 /WS3287 CON5X2/SMD/P0. 4/F/AXE510124/ WS3287 AUDIOJACK/5P/S MD/EJ-3699M-GP QTH-060-01-F-DA DIP10X2/P2.54 13 1 CON6301 14 2 CON6401,CON6601 15 2 CON6602,CON9002 HE10X2 RA HOUSING 16 1 CON9001 17 1 C201 CON / 40 / AXT640124 / NC C / 470 / nF / 0402 C0402 18 35 C / 1 / uF / 0402 C0402 JUMPER 12x2 DIP/P2.54 Proconn_8791-N005M1A0 C501,C502,C503,C1102, C1103,C1106,C1112,C1113, C1118,C1121,C1122,C1123, C1124,C1125,C1126,C1131, C1132,C1137,C1138,C2002, © 2015 - 2016 MediaTek Inc. Panasonic OCN Smart-conn Panasonic Panasonic Dian Jin SAMTEC PIN CHIH DIP7X2/P2.54 PIN CHIH DIP12X2/P2.54 PIN CHIH MICROUSB/5P/S MD/P0.65/R/879 1-N005-M1A0 JP10X2/P2.54/R Proconn PIN CHIH Panasonic This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 75 of 82 LinkIt 2523 HDK v11 User's Guide Ite m Quantity Reference Part PCB Footprint C / 2.2 / uF / 0402 / NC C0402 19 2 C4101,C5201,C5210,C5211, C5214,C5215,C5216,C5217, C5220,C5226,C5231,C6016, C6017,C6604,C6607 C1105,C1117 20 2 C1107,C1108 C / 10 / pF / 0402 C0402 21 10 C / 2.2 / uF / 0402 C0402 22 6 C / 10 / uF / 0603 C0603 23 9 C / 4.7 / uF / 0603 C0603 24 4 C402,C1109,C1119,C1120, C1139,1140,C2003,C4001, C5212,C5223 C204,C1110,C1115,C1128, C1130,C2004 C1114,C1127,C5218,C5219, C5224,C5225,C5237,C5238, C6005 C505,C506,C507,C1116 C / 10 / uF / 0402 C0402 25 3 C1129,C2006,C5227 C / 22 / pF / 0402 C0402 26 2 C1133,C6608 C / 100 / nF / 0402 / NC C0402 27 16 C / 100 / nF / 0402 C0402 28 1 C401,C403,C504,C1134, C1135,C4003,C4004,C4006, C5002,C6001,C6002,C6012, C6018,C6020,C6021,C9001 C1136 C0402 29 3 C2001,C2101,C6606 C / 2.2 / nF / 0402 / X5R C / 1 / uF / 0603 / 50V 30 2 C2005,C2102 C / 22 / uF / 0603 C0603 31 2 C4002,C4005 C / 4.7 / uF / 0402 C0402 32 1 C5001 C / 2.2 / pF / 0402 C0402 C0603 33 4 C5003,C5004,C5007,C5008 C / NC / 0402 C0402 34 6 C / 18 / pF / 0402 C0402 35 1 C5005,C5006,C5229,C5236, C6601,C6602 C5009 C0402 36 45 C / 3.6 / pF / 0402 / GJM1555C1H3R6WB01 D NC 37 1 C / 1 / pF / 0402 C0402 TP1001,TP1101,TP1102, TP1103,TP1104,TP1105, TP1106,TP5001,L5001, TP5002,L5002,TP5003, TP5201,TP5202,TP5203, C5203,TP5204,TP5205, TP5206,TP5207,TP5208, TP5209,TP5210,TP5211, TP5212,TP5213,TP5214, TP5215,TP5216,TP6001, TP6003,TP6004,TP6601, TP6602,TP6603,TP6604, TP6605,TP6606,TP6607, TP6608,TP6609,TP6610, TP6611,TP6612,TP9001 C5206 © 2015 - 2016 MediaTek Inc. Manufacturer Murata TP30MIL This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 76 of 82 LinkIt 2523 HDK v11 User's Guide Ite m 38 Quantity Reference Part PCB Footprint 1 C5207 C / 1 / nF / 0402 C0402 39 3 C5208,C5209,C5213 C / 4.7 / nF / 0402 C0402 40 2 C5221,C5222 C / 22 / pF / 0402 C0402 41 1 C5228 C / 220 / nF / 0402 C0402 42 5 C / 0402 / NC C0402 43 6 C / 33 / pF / 0402 / NC C0402 44 1 C5230,C5232,C5233,C5234, C5235 C6003,C6004,C6008,C6009, C6010,C6011 C6006 C / 100 / pF / 0402 / NC C0402 45 2 C6007,C6025 C / 22 / uF / 0402 C0402 46 2 C6013,C6023 C / 100 / pF / 0402 C0402 47 4 C6014,C6015,C6022,C6024 C / 33 / pF / 0402 C0402 48 1 C6019 C0402 49 1 C6605 C / 4.7 / uF / 0402 / X5R C / 2.2 / uF / 0603 50 1 DIPX5001 DP1608-V1524CA 51 3 ESD2101,ESD6402,ESD6601 ESD / AZ5825-01F DIPLEXER/6P/SM D/DP1608 VR0402 52 1 ESD2102 ESD / AZ5725-01F VR0402 53 12 ESD5451NKM / NC SOD923/SMD/AK 54 4 ESD5Z5.0T1G 55 2 ESD4101,ESD4102,ESD4103, ESD4104,ESD4105,ESD4106, ESD4107,ESD4108,ESD4109, ESD6001,ESD6002,ESD6501 ESD6003,ESD6004,ESD6005, ESD6006 ESD6401,ESD6602 56 2 ESD6502,ESD6503 57 2 ESD6504,ESD6505 ESD / ESD5311NKM /NC ESD / AZ5325-01F /NC SOD523/ESD5Z2.5 T1 ESD/SMD/AZ5315 -02F VR0402 58 1 F2001 2A FUSE FUSE/DIP/SMD 59 5 STAND 60 15 JMP_3P(2-3) HOLE/PTH/R6D3. 5 DIP3/P2.54 61 7 HEADER 2X1(W/O JMP) DIP2/P2.54 62 2 H2001,H2002,H2003,H2004, H2005 J1001,J1002,J1003,J1004, J1005,J1006,J1007,J1008, J1009,J1010,J1011,J1012, J1015,J1101,J2001 J201,J202,J203,J1013, J1014,J1018,J6501 J401,J402 HEADER 2X1(W JMP) DIP2/P2.54 63 23 R / 0 / ohm / 04023P(1-2) R0402/(1-2) R404,R405,J1016,J1102, J1103,J1104,J1106,J1108, J1109,J1110,J1111,J1112, J1114,J5001,J5002,J5003, J5004,J5201,J5202,J6101, ESD / AZ5315-02F © 2015 - 2016 MediaTek Inc. Manufacturer C0603 VR0402 Advanced Ceramic Amazing Microelectronic Amazing Microelectronic TY Semiconductor ON Semiconductor Amazing Microelectronic TY Semiconductor Amazing Microelectronic PAN HAO This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 77 of 82 LinkIt 2523 HDK v11 User's Guide Ite m Quantity Reference Part PCB Footprint R / 0 / ohm / 04023P(1-2) / NC CON3/SMD/P2.54/C11 1400/B/ACMELUX R0402/(1-2) Manufacturer 64 1 J6102,J6103,J6104,J6105, J6106 J1105 65 1 J1113 66 4 LED / CL190YG 67 1 LED2001,LED2003,LED9201, LED9206 LED6601 CON3/SMD/P2.54 /C111400/B/ACM ELUX LED190 LED / CL190YG / NC LED190 68 1 LED9209 LED / LAL296-P1R2-Z LED190 CITIZEN ELECTRONIC CITIZEN ELECTRONIC OSRAM 69 3 L201,L501,L502 PL / 10 / uH / L-NR3012 L-NR3012 Taiyo Yuden 70 1 L1101 1 L1102 72 1 L2001 PL / MEKK2520T1R0M L/IND/SMD/MBKK 1608 L/IND/SMD/MAK K2016 L/IND/SMD/2520 Taiyo Yuden 71 PL / MBKK1608T1R0M / SMD1608 PL / MAKK2016T2R2M 73 1 L5003 L0402 Murata 74 1 L5201 L / 6.8 / nH / LQG15HS6N8H02D L / 1.2 / nH / 0402 L0402 75 1 L5202 L / 1 / uH / 0806 L/IND/SMD/0402 1 L5203 L / 22 / nH / 0402 / NC 76 1 L5204 L / 5.6 / nH / 0402 L/IND/SMD/LQM 2MPN1R0NG0 L0402 77 1 MIC6001 78 1 Q2101 MIC / SPU0410HR5HPB Q / PNMT6N1-LB 79 3 Q6602,Q6603,Q9206 Q / SSM3K15AMFV 80 1 Q9201 Q / SSM3K37MFV 81 1 R204 R / 3.3 / ohm / 0402 81 2 R1002,R1003 R / 4.7 / K / 0402 82 1 R1004 R / 5.1 / K / 0402 / 1% 21L1B/SMD/SSM3 K35MFV R0402 83 32 R / 0 / ohm / 0402 / NC R0402 84 1 R1006,R1105,R1113,R1136, R4005,R4009,R5005,R5009, R5011,R5012,R5013,R5206, R5217,R5218,R5243,R6002, R6003,R6017,R6018,R6101, R6616,R9011,R9012,R9013, R9014,R9015,R9017,R9018, R9019,R9020,R9021,R9023 R1010 R / 1.8 / K / 0402 / 1% R0402 85 2 R1101,R2004,R5211 R / 1 / K / 0402 / NC R0402 © 2015 - 2016 MediaTek Inc. ACMELUX Taiyo Yuden Taiyo Yuden L0402 Knowles FILTER/SMD/SPU 0410HR5H-PB DFN6/SMD/P0.65 /PNMT6N1-LB 21L1B/SMD/SSM3 K35MFV R0402 Prisemi Toshiba Toshiba This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 78 of 82 LinkIt 2523 HDK v11 User's Guide Ite m 86 Quantity 87 Reference Part PCB Footprint R / 0 / ohm / 0402 R0402 1 R501,R502,R1102,R1103, R1104,R1106,R1112,R1114, R1115,R1117,R1118,R1119, R1120,R1121,R1122,R1123, R1124,R1125,R1126,R1135, R1139,R2002,R2108,R2109, R4007,R4008,R4010,R4101, R5002,R5003,R5006,R5007, R5010,R5201,R5205,R5216, R5219,R5225,R5226,R5227, R5228,R5230,R5232,R5233, R5234,R5235,R5236,R5237, R5238,R5239,R5240,R5241, R5242,R6014,R6015,R6016, R6019,R6020,R6021,R6022, R6023,R6024,R6025,R6102, R6103,R6301,R6302,R6303, R6304,R6605,R6614,R6618, R6619,R6620,R6621,R6622, R6623 R1116 R / 1 / ohm / 0402 R0402 88 1 R1131 R / 100 / K / 0402 R0402 89 1 R1133 R / 430 / K / 0402 R0402 90 1 R1134 R / 360 / K / 0402 R0402 91 4 R1137,R5224,R6625,R9211 R / 0 / ohm / 0603 R0603 92 1 R2001 R / 2.2 / K / 0402 R0402 93 1 R2003 R / 1 / K / 0402 R0402 94 2 R2005,R6615 R / 510 / K / 0402 R0402 95 1 R2006 R / 91 / K / 0402 R0402 96 3 R2018,R9201,R9206 R / 1.58 / K / 0402 R0402 97 1 R2019 R / 1 / K / 0603 R0603 98 3 R2101,R5211,R6004,R6502 R / 1 / K / 0402 R0402 77 99 1 R2102 R / 39 / K / 0402 / 1% R0402 100 1 R2103 R0805 101 1 R2104 R / 0.056 / ohm / 0805 / 1% R / 330 / K / 0402 / 1% 102 2 R2105,R6001 R / 1.5 / K / 0402 R0402 103 1 R2106 R / 16.9 / K / 0402 / 1% R0402 104 1 R2107 R0402 105 21 NTC / NTCG103JF103FT / 0402 R / 10 / K / 0402 / NC 106 1 R / 120 / K / 0402 / NC R0402 R4001,R4002,R4003,R4004, R4006,R4102,R4103,R4104, R5203,R5204,R5207,R5209, R6624,R9002,R9003,R9004, R9005,R9006,R9007,R9009, R9010 R5210 © 2015 - 2016 MediaTek Inc. Manufacturer R0402 TDK R0402 This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 79 of 82 LinkIt 2523 HDK v11 User's Guide Ite m 107 Quantity Reference Part PCB Footprint 1 R5220 R / 91 / K / 0402 / NC R0402 108 2 R6005,R6006 R / 100 / ohm / 0402 R0402 109 1 R6007 R / 470 / K / 0402 R0402 110 2 R6008,R6009 R / 470 / ohm /0402 R0402 111 1 R6010 R / 47 / K / 0402 R0402 112 2 R6011,R6012 R / 75 / K / 0402 R0402 113 1 R6013 R / 300 / K / 0402 / NC R0402 114 2 R6501,R6503 R / 20 / K / 0402 R0402 115 2 R6602,R6603 R / 33 / ohm / 0402 R0402 116 7 R / 10 / K / 0402 R0402 117 3 R5208,R6604,R6609,R6610, R6611,R9001,R9008 R6606,R9016,R9022 R / 5.1 / K / 0402 / NC R0402 118 1 R6607 R / 6.6 / K / 0402 / NC R0402 119 1 R6608 R0402 120 1 R6617 R / 470 / ohm / 0402 / NC R / 5.1 / K / 0402 R0402 115 1 R9209 R / 180 / ohm / 0402 R0402 116 1 SHORT6001 NC-4MIL 117 2 SMA5001,SMA5002 SHORT / NC-MMD-L64MIL SMA-1.66MM SMA1 PIN CHIH 118 1 SPK1 SPK / 2403-260-00071190-EN EDOM 119 6 KSW (DJT-1109S-2) 120 1 SW6501,SW6502,SW6503, SW6504,SW6505,SW6601 TCXO5201 121 1 U201 122 1 U501 TCXO / 26 / MHz / 7L26002009 U / KTD2898 / TDFN226 U / TPS65631W 123 1 U1000 MT2523G 124 1 U1101 U / TPS62560 125 2 U2001,U2002 U / SS2003M 126 1 U2003 U / TPD1S514-1 127 1 U2004 U / TPS62065 128 1 U4001 U / 153 eMMC / THGBMBG5D1KBAIL 129 2 U5203,U5205 U / XC6210A332MR SPEAKER/SMD/24 03-26000071/WS3330 SW/4P/SMD/SHO WMAN TCXO/SMD/2.5X2. 0/IT2205BE TDFN22/6P/SMD/ P0.65/KTD2898 SON10/SMD/P0.5 /TPS65631W MT2523G/TFBGA 246/P0.4/B0.25/9 .2X6.0 SON6/SMD/P0.65 /TPS62560 SOT363/6P/SMD/P0.6 5/SS2003M DSBGA12/P0.4/B0 .225/TPD1S514 WSON8/SMD/P0. 5/TPS62060 FBGA153/P0.5/B0 .27/11.5X13/SKHY NIX SOT23-5 © 2015 - 2016 MediaTek Inc. Manufacturer DJ TECH TXC Kinetic Texas Instruments MediaTek Texas Instruments ON Semiconductor Texas Instruments Texas Instruments Toshiba Torex This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 80 of 82 LinkIt 2523 HDK v11 User's Guide Ite m Quantity Reference Part PCB Footprint Manufacturer Semiconductor 130 2 U5206,U5208 U / EPOCOS_B8313 131 1 U5207 U / BGA725L6 132 1 U6001 U / TPA2010D1 133 1 U6601 U / MK20DX128VFM5 134 1 U6604 U / NXP 74LVC125A 135 1 U6605 136 1 U6606 137 1 X1101 138 1 X5001 139 1 X5204 140 1 X6601 U / ATMEL AT45DB161E-SHD2B-T / NC TCXO / SiT1533AI-H4D14-32768 / NC X / 32 / KHz / SC-20S / 7pF X / 26 / MHz / 8Q26000008 X / FC-135 32.768KHZ 12.5pF X / 8 / MHz / ABM3B8.000MHZ-18-B2-T © 2015 - 2016 MediaTek Inc. SAW/SMD/1.05X1 .35 TSLP6/SMD/P0.4/ BGA725L6/S WCSP9/SMD/P0.5 /B0.27/TPA2010D 1 QFN32/SMD/P0.5 /98ARE10566D DHVQFN14/SMD/ P0.5/74LVC125A SOIC8/SMD TDK SIT1533AI-SMD32768 CRYSTAL/SMD/C M8V-T1A CRYS/SMD/D1.6X 1.2/8Q26000008 RTC/SMD/2P/3.2X 1.5 CRYS/SMD/5X3.2/ ABM3B8.000MHZ-22-B2T Si-Time Infineon Technologies Texas Instruments Freescale NXP ATMEL Seiko Instruments TXC EPSON ABRACON This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 81 of 82 LinkIt 2523 HDK v11 User's Guide 8. Appendix A: Acronyms and Abbreviations The acronyms and abbreviations used in this user manual are listed in Table 31. Table 31. Acronyms and abbreviations Acronym ADC BLE CMSISDAP eFuse GPIO HDK I2S JTAG MSDC NTC PCM RTC SPI TFT VIO18 VSF VA18 VCAMA VMC Description Analog-to-Digital Converter Bluetooth Low Energy Cortex® Microcontroller Software Interface Standard Debug Access Port Electronic Fuses General Purpose I/O Hardware Development Kit Integrated Interchip Sound Joint Test Action Group Mass Storage Device Class Negative Temperature Coefficient Pulse-code modulation Real Time Counter Serial Peripheral Interface Bus Thin-Film Transistor The power rail of digital LDO output 1.8V The power rail of digital LDO output for the serial flash The power rail of analog LDO output 1.8V. The power rail of analog LDO output for camera. The power rail of digital LDO output for eMMC. Acronym BT CLKO CTP Description Bluetooth Clock out Capacitive Touch Panel EINT GPS I2C ISINK MIPI NC OMTP PSRAM SDMMC SWD USB VIO28 VA28 External interrupt Global Positioning System Inter-Integrated Circuit LCM backlight current sink source Mobile Industry Processor Interface Not connected Open Mobile Terminal Platform Pseudo Static Random Access Memory Secure Digital Multimedia Card Serial Wire Debug Universal Serial Bus The power rail of digital LDO output 2.8V. The power rail of analog LDO output 2.8V. VBT The power rail of analog LDO output for Bluetooth. The power rail of digital LDO output for USB. VUSB33 VBAT The main power rail for battery charging and system operating power source. © 2015 - 2016 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. (“MediaTek”) and/or its licensor(s). Any unauthorized use, reproduction or disclosure of this document in whole or in part is strictly prohibited. Page 82 of 82
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File Type : PDF File Type Extension : pdf MIME Type : application/pdf PDF Version : 1.5 Linearized : Yes Author : MediaTek Inc. Company : Telegram Studios Content Type Id : 0x010100C01574E716B48540A2901D80B9DAC368 Create Date : 2016:11:04 17:50:11+08:00 Keywords : MediaTek, LinkIt, development, platform, RTOS, 2523, MT2523G, open, source, HDK, board, IoT, internet, things, smart, home, office, FreeRTOS, flash, RTC, UART, ARM Cortex-M4, GNSS, BLE, Bluetooth, PWM, I2C, MIPI, camera, LCM, CMSIS-DAP, keypad Modify Date : 2016:11:04 17:51:26+08:00 Source Modified : D:20161104094829 Subject : This document provides required knowledge on LinkIt 2523 HDK v1.1 and its features, including the pins, communication interfaces, core MCU description, the BT/GNSS working capabilities and the usage through the host driver. Tag Ad Hoc Review Cycle ID : -523490182 Tag Author Email : Nathan.Hsiao@mediatek.com Tag Author Email Display Name : Nathan Hsiao (蕭奕昕) Tag Email Subject : Please submit your doc to review Tag New Review Cycle : Tag Reviewing Tools Shown Once : Tagged PDF : Yes XMP Toolkit : Adobe XMP Core 5.2-c001 63.139439, 2010/09/27-13:37:26 Metadata Date : 2016:11:04 17:51:26+08:00 Creator Tool : Acrobat PDFMaker 10.0 for Word Document ID : uuid:b93b008b-11be-47cd-a661-17b7f82f5a88 Instance ID : uuid:5ecf6746-daeb-4c2c-82ca-890290f0d76d Format : application/pdf Title : LinkIt 2523 HDK v11 User's Guide Description : This document provides required knowledge on LinkIt 2523 HDK v1.1 and its features, including the pins, communication interfaces, core MCU description, the BT/GNSS working capabilities and the usage through the host driver. Creator : MediaTek Inc. Producer : Adobe PDF Library 10.0 Headline : This document provides required knowledge on LinkIt 2523 HDK v1.1 and its features, including the pins, communication interfaces, core MCU description, the BT/GNSS working capabilities and the usage through the host driver. Page Layout : OneColumn Page Count : 88EXIF Metadata provided by EXIF.tools