B3000MS034

User’s Guide Doc Rev. 05 (July 2017) EPD Extension Kit Gen2 Preface EPD* Extension Kit Generation 2 (EXT2) is a new generation of extension board to the Texas Instruments’ LaunchPad development platform to drive most of Pervasive Displays’ EPDs. It is designed to kick-start EPD development with your microcontrollers. There are onboard headers can be bridged to any of your development kit and product. * EPD: Electrophoretic display, Electronic paper display. E-Paper display Table of Contents Preface ........................................................................................................................................................................................ 1 1. Introduction ........................................................................................................................................................................ 3 1.1 Overview ................................................................................................................................................................ 3 1.2 EXT2 kit introduction ........................................................................................................................................ 4 1.2.1 EXT2 kit contents ................................................................................................................................. 4 1.2.2 EPD Extension Board Gen2 (EXT2 board) ................................................................................... 4 1.3 EPD Displays ........................................................................................................................................................ 6 1.3.1 FPL (E ink Imaging film): ................................................................................................................... 6 1.3.2 COG (Chip on Glass): .......................................................................................................................... 6 1.3.3 Supported EPD Display Lineup for EXT2 .................................................................................... 7 1.4 TI LaunchPads ...................................................................................................................................................... 9 2. Getting Started ................................................................................................................................................................ 10 2.1 Assembling the EXT2 board with LaunchPad ........................................................................................ 10 2.1.1 Adjust the Jumpers of LaunchPad .............................................................................................. 10 2.1.2 Getting started with EXT2 kit ........................................................................................................ 12 2.1.3 Stack the EXT2 board on LaunchPad ......................................................................................... 12 2.1.4 Connect the EPD to the EXT2 board .......................................................................................... 13 2.2 Programming firmware to LaunchPad ..................................................................................................... 14 2.2.1 Download firmware file to LaunchPad by UniFlash.............................................................. 15 2.2.2 Install CCS and setup driver library ............................................................................................ 18 2.2.3 Load project and program firmware by CCS .......................................................................... 19 2.2.4 Set driverlib path of MSP-EXP432P401R and EK-TM4C123GXL...................................... 21 2.3 Installing the PDI Apps................................................................................................................................... 22 2.4 Working with PDI Apps.................................................................................................................................. 23 2.4.1 Global Update .................................................................................................................................... 24 2.4.2 Fast Update.......................................................................................................................................... 26 2.4.3 Bitmap Converter .............................................................................................................................. 28 3. Hardware Instructions of EXT2 Kit ............................................................................................................................ 30 3.1 Introduction of EXT2 board.......................................................................................................................... 30 3.1.1 Headers and Connectors ................................................................................................................ 31 3.2 How to bridge EXT2 with other development kit ................................................................................ 32 3.3 Integration with front light guide .............................................................................................................. 34 3.4 Integration with touch panel ....................................................................................................................... 35 4. Working with TI CCS Project Code ........................................................................................................................... 36 4.1 EPD_drivers Project.......................................................................................................................................... 36 4.2 LaunchPad Name Project .............................................................................................................................. 38 5. Document revision history .......................................................................................................................................... 40 6. Evaluation board/kit important notice ................................................................................................................... 41 EPD Extension Kit Gen2 (EXT2) 2 [User’s Guide] Rev.05 1. Introduction 1.1 Overview Thank you for purchasing the EPD Extension Kit/Board Generation 2 (EXT Gen2, EXT2) for low-power electrophoretic paper display (EPD) solutions. This document provides an overview of the kit and is organized into four main sections. 1. The EXT2 introduction and supported EPD, material and drivers 2. Getting started with the EXT2 to drive EPD 3. Hardware instruction of EXT2 kit 4. Working with TI CCS project code The 1st and 2nd sections are most of the user guide to instruct how to use the EXT2 kit and get the EPD working. The 3rd and 4th sections are more details of developing EPDs with EXT2 kit and provided project code. The EXT2 is a new EPD Extension board to the Texas Instruments (TI)’s LaunchPads development platform supports driving most of Pervasive Displays Inc. (PDI)’s EPD panels lineup. It has 20 to 40 pins socket at the rear side to stack on TI’s LaunchPad board. It also provides a 20 pins header to bridge with your project/product or other development kit. The project of EXT2 is open source code provides driving waveform and command interface to update content on EPD panel for developer to start working with EPD application easily. EPD Extension Kit Gen2 (EXT2) 3 [User’s Guide] Rev.05 1.2 EXT2 kit introduction 1.2.1 EXT2 kit contents Model name of EXT2 Kit: B3000MS034(24 pin connector supported) The EXT2 kit contents of one EXT2 board, one 90 degrees 20 pins header and one bridging cable. EPD Extension Board Gen2 (EXT2 board) 90 degrees 20 pins header Bridging cable 1.2.2 EPD Extension Board Gen2 (EXT2 board) Figure 1-1 40 pins connector for eTC driver displays EPD Extension Board Gen2 (front view) 24 pins connector for iTC driver displays 26 pins connector for iTC driver displays The EXT2 board supports driving most of the PDI’s EPD panels with the 40 and 24/26 pins FPC connector. The EXT2 board has embedded EPD driving circuit which are soldered at the backside. eTC and iTC will be explained later. EPD Extension Kit Gen2 (EXT2) 4 [User’s Guide] Rev.05 Figure 1-2 EPD Extension Board Gen2 (rear view) 20 pins connector for stacking on TI LaunchPads There are two 20 pins connectors at the backside of EXT2 board is able to stack on TI LaunchPads. EPD Extension Kit Gen2 (EXT2) 5 [User’s Guide] Rev.05 1.3 EPD Displays Figure 1-3 Structure layer of EPD Protective Sheet Driver IC(COG) E-Ink Film (FPL) TFT Backplane 1.3.1 FPL (E ink Imaging film): Made by E-ink which is embedded in PDI’s EPD panels. The EXT2 board supports driving the following films: - Aurora Ma: also call V230. The display color is black and white. It supports operating at wide temperature from -20°C to +50°C. It has to load special driving waveform to get the display works. This film type display is suggested for lower temperature operation is the major criteria only. - Aurora Mb: also call V231. The display color is black and white. Most of the cases, The Aurora Mb film type display provides the best performance, faster update speed and lower power consumption. It supports operating at room temperature from 0°C to +50°C. - Spectra: also call E4. The display color is red, black and white, three colors. The EXT2 board will support this film type driving soon. It supports operating at room temperature from +0°C to +40°C 1.3.2 COG (Chip on Glass): also call Tcon (TC, Timing controller) or Driver IC which is mounted on TFT glass of EPD display. - eTC: external Tcon, the driving waveform and flow are controlled by the host MCU (microcontroller). Developer needs to manage most of the driving stages, frame time and data flow by the MCU of host control board. The eTC includes PDI’s G1, G1b and G2 COG (where G1/G1b are EOL (end of life)). The pin number of FPC (flexible printed circuit) of eTC is 40 pins. - iTC: internal Tcon, the driving waveform and settings are managed by Lookup Table (LUT). The LUT is serial hex array includes the waveform parameters. User will need to send defined LUT and image data to COG. The COG will extract the waveform settings from the LUT to update display by following image data. The pin number of FPC of iTC is 24 or 26. EPD Extension Kit Gen2 (EXT2) 6 [User’s Guide] Rev.05 1.3.3 Supported EPD Display Lineup for EXT2 Table 1-1 Size Picture Supported EPDs for EXT2 Resolution Pixel Density Model No. FPL EK014BS011 Aurora Ma E1144CS021 Aurora Mb E2144CS021 Aurora Mb E1190CS021 Aurora Mb COG (dpi) 1.44” 1.90” 2.00” 128 x 96 111 144 x 128 128 x 96 101.6 208 x 112 110 2.60” 232 x 128 101.6 2.71” EPD Extension Kit Gen2 (EXT2) eTC E2190CS021 Aurora Mb EG020BS011 Aurora Ma E1200CS021 Aurora Mb 111 2.15” 264 x 176 7 eTC eTC E2200BS021 Aurora Mb E2200CS021 Aurora Mb E2215CS062 Aurora Mb iTC Aurora Mb eTC E1260CS021 (EOL) EM027BS013 Aurora Ma E1271CS021 Aurora Mb 117 eTC E2271BS021 Aurora Mb E2271CS021 Aurora Mb [User’s Guide] Rev.05 E2287CS051 2.87” 4.2” 296 x 128 400 x 300 Aurora Mb 112 iTC E2287ES051 Spectra E2417CS051 Aurora Mb 120 iTC E2417ES053 Spectra There are more sizes with iTC COG will be added in the table above in the future, please keep watching on our release of sample project code, PDi website or contact PDI for more information. EPD Extension Kit Gen2 (EXT2) 8 [User’s Guide] Rev.05 1.4 TI LaunchPads The Texas Instruments (TI)’s LaunchPad is excluded in the EXT2 kit, so user and developer has to purchase the LaunchPad on TI official website or other online webshop. The supported LaunchPads for EXT2 kit that are provided CCS (Code Composer Studio™) project source code are  MSP: MSP-EXP432P401R, MSP-EXP430F5529LP  Connected: EK-TM4C123GXL There are more LaunchPads will be supported in the CCS projects. Please kindly keep watching on our updated project code in PDI website of EXT2 kit. If you are first time with this EXT2 kit and will order TI LaunchPad to work with, we would highly suggest choosing EK-TM4C123GXL for more functions that we will offer. EPD Extension Kit Gen2 (EXT2) 9 [User’s Guide] Rev.05 2. Getting Started This section provides instructions to set up the EXT2 kit with TI LaunchPads and use the PDI Apps to update image on EPD display. There are four steps to prepare the kit: (1) Assembling the EXT2 board with LaunchPad (2) Programming firmware to LaunchPad (3) Installing the PDI Apps (4) Working with PDI Apps 2.1 Assembling the EXT2 board with LaunchPad We will need to set the jumpers of LaunchPad in order to get the LaunchPad programmable. 2.1.1 Adjust the Jumpers of LaunchPad  MSP-EXP430F5529LP LaunchPad - eZ-FET Jumper: - JP8 Jumper: EPD Extension Kit Gen2 (EXT2) 10 [User’s Guide] Rev.05  MSP-EXP432P401R LaunchPad(Black PCB version)  EK-TM4C123GXL LaunchPad - PWR Selecting switch to DEBUG side EPD Extension Kit Gen2 (EXT2) 11 [User’s Guide] Rev.05 2.1.2 Getting started with EXT2 kit Please check with the backside of EXT2 board. You will find a table for adjusting the J7 of 8 positions of DIP switch. Table 2-1 Configuration of the DIP switch S1 S2 S3 S4 S5 S6 S7 S8 0 0 0 0 0 0 1 - 0 0 0 0 0 0 0 - (iTC) 2.15 1 0 1 0 0 0 0 - (iTC) 2.87 4.2 0 1 0 1 0 1 0 - (eTC) 1.44 2.0 (eTC) 1.9 2.6 2.71 When connecting with any EPD, please always check with this table and switch each shift register from S1 to S8 accordingly. The 0 means Off and set the shift register at the bottom. The 1 means On and set the shift register to the top. The dash means (don’t care) either 0 or 1 is fine. 2.1.3 Stack the EXT2 board on LaunchPad After adjusting the jumpers of LaunchPad and EXT2, please stack the EXT2 board on LaunchPad. There are two 20 pins socket at the rear of EXT2 board allows user to stack on LaunchPad board. Please make sure the assembly direction of EXT2 board to align with LaunchPad headers. Most of the cases, when facing to the LaunchPad, the USB port is at the top side. Figure 2-1 Stack EXT2 on LaunchPad USB port LaunchPad EPD Extension Board Gen2(EXT2) EPD Extension Kit Gen2 (EXT2) 12 [User’s Guide] Rev.05 2.1.4 Connect the EPD to the EXT2 board  Connecting with 40-pins eTC connector (J1) Open the connector Slide the FPC into connector Close the connector Note the pin1 is at the top side.  Connecting with 24/26-pins iTC connector (J3/J2) Open the connector Slide the FPC into connector Close the connector Note the pin1 is at the bottom side. EPD Extension Kit Gen2 (EXT2) 13 [User’s Guide] Rev.05 2.2 Programming firmware to LaunchPad Before you proceed to get started with EXT2 kit, you have to download the EXT2 project source code from PDI website in advance. Download link: EPD Extension Board Gen2 (EXT2) You will be asked to fill out your basic contact information and then you will receive an email to show the download link. Please download and extract it (.RAR file format usually). If you don’t have CCS or you don’t plan installing CCS to develop EPD product and will just want to demo or test EPDs, please refer to section 2.2.1 Download firmware file to LaunchPad by UniFlash which is the next section. If you have CCS installed and you will develop EPD product based on our provided project source code, please go to section 2.2.2 “ Install CCS and setup driver library” to section 2.2.4 to program the project code in CCS IDE. EPD Extension Kit Gen2 (EXT2) 14 [User’s Guide] Rev.05 2.2.1 Download firmware file to LaunchPad by UniFlash CCS UniFlash is a free of charge and standalone tool used to program on-chip flash memory on TI MCUs and on-board flash memory. Uniflash has a GUI, command line, and scripting interface.  Please download CCS UniFlash tool from this link and install it in your computer. It’s better you can read the Quick Start Guide of UniFlash.  During installation, you will be asked to select Components. Depends on what LaunchPad will you connect with, you will just need to select the Microcontrollers. For example: MSP-EXP430F5529LP to select “MSP430 Ultra Low Power”, MSP-EXP432P401R to select “MSP432 Ultra Low Power” and EK-TM4C123GXL to select both of “Tiva/Stellaris Cortex-M”.  In next step, deselect the Debug Probes Click Next until the CCS UniFlash is installed in your computer. EPD Extension Kit Gen2 (EXT2) 15 [User’s Guide] Rev.05  Launch the CCS UniFlash tool, you will see the clean user interface below We have setup Configurations for our supported LaunchPads for you to use directly. Click on menu to select [File] / [Open Configuration] / [Browse] to select the configuration file at the extracted folder from “EPD Extension Board Gen2 (EXT2)” project code under [Output] / [UniFlash] folder. Please select the LaunchPad name accordingly (EPD_Extension_Board_LaunchPadName.ccxml). Hereafter, will use MSP-EXP432P401R as example: Click OK button to complete this step. You will see the configuration be loaded automatically in the CCS UniFlash tool.  In general, you don’t need to change all the setting. Just select the [Programs] from the tree view menu. Click the button to select the .out file for programming. Switch the folder under EPD Extension Kit Gen2 (EXT2) 16 [User’s Guide] Rev.05 [Output] of “EPD Extension Board Gen2 (EXT2)” project code and click Open button to add the Program in the list. In this case, we select MSP-EXP432P401R.out.  Click the button to start programming the firmware into LaunchPad. If there is no error appears in the Console window and it reports “Programs operation finished.” which means the programming work is loaded successfully.  You can now close the CCS UniFlash tool and go to Section 2.3 Installing the PDI Apps. EPD Extension Kit Gen2 (EXT2) 17 [User’s Guide] Rev.05 2.2.2 Install CCS and setup driver library The sections from this to 2.2.4 are for user will develop EPD and debug with our provided project source code in CCS IDE. Before proceeding to program project code into LaunchPad by CCS, you will need to download the following software.  The latest version of TI Code Composer Studio™ (CCS) and install in your computer. During the installation, please select MSP430 compiler and ARM compiler at least.   After installed the CCS, you have to install the driver library to work with your LaunchPad that will develop with. Download and install the latest driver library at: - MSP-EXP430F5529LP LaunchPad: MSPWare - EK-TM4C123GXL LaunchPad: TivaWare™ software for C Series Software (Complete) - MSP-EXP432P401R LaunchPad: MSPWare Try to connect with your LaunchPad on USB port and see if your Device Manager can detect the COM ports (COM number may different) as follows. If not, please install the USB driver of the LaunchPad accordingly. There is an alternative way to install drivers. You can install CCS UniFlash that is introduced in Section 2.2.1. - MSP-EXP430F5529LP LaunchPad: the latest MSP430Drivers Windows-installer at this webpage. If you cannot get the MSP-EXP430F5529LP COM port detected by Device Manager, please refer to the user’s guide of MSP430F5529 at section 2.2.3 to 2.2.6. - EK-TM4C123GXL LaunchPad: the latest Stellaris® ICDI Drivers for Windows at this webpage or this webpage. If you cannot get the EK-TM4C123GXL COM port detected by Device Manager, please refer to the user’s guide of TM4C123G at section 2.3 to 3.2. - MSP-EXP432P401R LaunchPad: the latest XDS Emulation Software Package for Windows at this webpage. If you cannot get the MSP-EXP432P401R COM port detected by Device Manager, please refer to the user’s guide of MSP432P401R at section 2.3.1 to 2.3.3. EPD Extension Kit Gen2 (EXT2) 18 [User’s Guide] Rev.05 2.2.3 Load project and program firmware by CCS Open CCS and switch the workspace to the root folder of EXT2 project code. After loading the project code in CCS IDE, you will find the Project Explorer like the screen capture below. The newer project code will support more LaunchPads in the list.  Click on the Project name of your current LaunchPad. The project name will be added [Active – (configuration)] at the end. For example:  Right click on the project name and find [Build Configurations] / [Set Active] from the pop-up submenu. You will see the configuration list. The format is: DriverType_(DriverID if eTC)_Size_FPL_Description Where: - DriverType = iTC, eTC - DriverID = G1, G2 - Size = 144, 190, 200, 215, 260, 271, 287, 420 and more, or “Size” for same group - FPL = Aurora_Ma, Aurora_Mb, Spectra - Description = detail description of the configuration There is a configuration “PDI APPs” at the top for working with the PDi Apps utility that supports all models. If you don’t know how to recognize the size, FPL and driver type, please refer to this webpage and check the rear label of display.  Please make sure you have selected the correct configuration before programming to LaunchPad and the project name follows correct [Active – configuration] you have selected.  Click on the [Debug] button of tool bar or right click on the project to select [Debug As] / [1 Code Composer Debug Session]. EPD Extension Kit Gen2 (EXT2) 19 [User’s Guide] Rev.05  A progress information window will pop up and start to download firmware code to the microcontroller of LaunchPad board. Once the download process is done successfully with errors, the LaunchPad board is now built and tested of the firmware code. You can start debugging the code. Click the Terminate button go back to CCS Edit. If you didn’t select the configuration of “PDI APPs”, you will see the display be updated between two images alternately. For more details of selecting the configuration to Single mode, please refer to the conf_EPD.h file in section 4.2 at page 39. If your CCS is free license, the code size is 16KB only for MSP430 family. Due to this limitation, if you are using MSP430F5529 LaunchPad, you will get the out of memory error when compiling with “PDi Apps” configuration. You may need to (1) order license of CCS, (2) program the .out file by UniFlash, (3) select single drive configuration without working with PDi Apps below. EPD Extension Kit Gen2 (EXT2) 20 [User’s Guide] Rev.05 2.2.4 Set driverlib path of MSP-EXP432P401R and EK-TM4C123GXL If you got errors with MSP-EXP432P401R or EK-TM4C123GXL when compiling, it should be caused by the wrong MSPWare/TivaWare library path settings.  Build Variables Please right click on project and select [Properties] and find [Build] from the tree view. Select [Variables] tab to set the variables name of library path in your computer. Please make sure the value would be: LaunchPad Variable name Type MSP-EXP432P401R MSPWAREDLIB_ROOT Directory C:\ti\msp\MSPWare_#_##_##_##\driverl ib\driverlib\MSP432P4xx EK-TM4C123GXL TIVAWAREDLIB_ROOT C:\ti\TivaWare_C_Series-#.#.#.### String Value (same Resources) as value in Linked Where the # are the version number you have installed in your computer at section 2.2.2. Please click the [Edit] button to ensure you can find the directory and have set the correct directory. As before 2016/Oct/1, the version of TivaWare_C_Series is v2.1.3.156, MSP430 is v3.50.00.02 and MSP432 is v3.50.00.04 for your reference. The project code of EXT2 will be updated to compile with the libraries. EPD Extension Kit Gen2 (EXT2) 21 [User’s Guide] Rev.05 2.3 Installing the PDI Apps  Download the PDI Apps from EPD Extension Board Gen2 (EXT2) webpage. You will be asked to fill out your basic contact information and then you will receive an email to show the download link. Please note the installer is for Microsoft Windows OS only and Windows 7 above. The installer name is “PDI_Apps_v#.##_Setup.exe” where the # is number for tool version. Double clicks the installer to start the installation.  Follow the instructions on the screen to install the utility. After installed, you will find there is a shortcut “PDI_Apps” placed on your desktop.  Per the LaunchPad you will connect with EXT2, there is USB driver needs to be installed. Please refer to Section 2.2.2 to make sure you get the COM ports can be detected in Device Manager in advance. EPD Extension Kit Gen2 (EXT2) 22 [User’s Guide] Rev.05 2.4 Working with PDI Apps Double click on the PDI_Apps icon on your desktop. The initial screen will similar to the picture below. There are three main functions built in this Apps: Global Update, Fast Update and Bitmap converter. EPD Extension Kit Gen2 (EXT2) 23 [User’s Guide] Rev.05 2.4.1 Global Update This function will send our standard driving waveform to EPD and perform a complete global (full) update cycle including power on and power off the EPD. Global Update provides the best optical performance and will perform three or four update stages.  COM Port: If you’ve programmed the firmware well, the COM port will be auto detected and the message area will show COM port is connected to your EXT2 board with firmware version information. If there is no COM port detected, please click the detect again and select the correct COM port from the dropdown list.  button to Panel Selection: Here will list the supported sizes and types of EPD by the programmed firmware. Please select the size first and the second dropdown will list the supported DriverType__Size_FPL accordingly. If you don’t know how to recognize the size, FPL and driver type, please refer to this webpage and check the rear label of display. The means One-Time Programmable (OTP) function which is the driving waveform preprogrammed in driver IC of EPD in factory to provide the best tuned performance. When you are connecting with iTC EPD with EXT2, this OTP option should be always selected. The OTP option can be selected when the Panel Type is iTC related only. For further support of custom LUT (Lookup Table) not by OTP, please contact us for more information.  Search for Model Name: If it’s still hard for you to select the correct EPD size and type at the previous step, you can use barcode scanner to scan the barcode or type the serial number on the rear label of the display, then click the  button to help you select the correct EPD type. Operating Temperature: The EPD needs temperature information to compensate the total update time. If you’ve checked with the , the following update will get the temperature EPD Extension Kit Gen2 (EXT2) 24 [User’s Guide] Rev.05 value from the onboard thermal sensor. If you uncheck with the auto sensing, you can specify the temperature in the textbox to evaluate the update time accordingly. This option is used for real ambient temperature. If you define the custom temperature at different ambient temperature environment, you may get abnormal phenomenon on the display.  Image Folder: After installed the PDI Apps, we provide some demo patterns in your user folder at [C:\Users\...\Documents\PDI Apps\images]. Click on button to select the size folder of EPD and then the thumbnails will be listed in the area below. You can also select any dimension of picture and this tool will convert it to panel size (ex.2”) as bitmap file format for update. Double click on the image you like to update on EPD, the image will show on the preview area.  Download image to EPD: Click on this button to update the selected image to the EPD. You will get the information in the Message area including temperature and total update time. EPD Extension Kit Gen2 (EXT2) 25 [User’s Guide] Rev.05 2.4.2 Fast Update This page provides full image to run fast update. It’s a kind of partial update (local update) that just the pixel color is different between two images will be updated (black to white or white to black). It’s sent the full images continuously and compare with the previous image and new image pixel by pixel.  Image List: - Click on the button to select the image for update. You can hold down the key to select multiple images and then these images will be generated in Image List together. Once selected, a new object will be created for next image. Click on to delete the image. Right click and hold on the image to drag & drop to your preferred place to change the order. - Selected with the if this image will run global update. This is used in the scene when there is a change of style or for removing the ghosting phenomenon after several updates. We recommend enabling this GU option after around 10 updates. The 1st image is fixed to run global update which cannot be changed. - The interval is used for delay time or update time. When is checked, the value in this textbox is defined for how many milliseconds of delay time to run next image. When is unchecked, the value in this textbox is defined for the eTC displays that how many milliseconds of duration to run the partial image. Checked or unchecked this is always for delay time with iTC displays. The lower the value, the more obvious ghosting image. We recommend keeping it 400ms above. Refer to the example below how to arrange a demonstration. You will find we’ve selected with the GU option at the 4th image and set a white image for different sense. Some 2.71” demo images for fast update can be found under [My Documents\PDI Apps\images\2.71 PU] folder. EPD Extension Kit Gen2 (EXT2) 26 [User’s Guide] Rev.05  Upload and Run the Patterns above: - The size of your selected images in the Image List has to match the Panel Size in this area. Please select the correct type in the second dropdown list. - Selected with to list the EPD type has supported Partial Update in the dropdown. If your selected EPD type hasn’t supported the partial update, the connected EPD will show the images with selected GU for global updates only. - The is the same function as in previous tab to update iTC EPD by preprogrammed waveform in driver IC. - Before you click Run button to test the arrangement, you have to upload all the images in the list to the onboard Flash memory of EXT2 board. Please click the button to start uploading the images and you will see the progress at the bottom. -  Once completed the uploading work, click button to see the demonstration. Every time you have changed the order, images or setting, you have to upload them again and then click Run. Other Functions: - Set all to GU: select or deselect all - Set all intervals to mini-seconds: set all the intervals to same defined mini-seconds in the image list. - Clean ImageList: to clear all the images and settings in the list above. - Save ImageList: if you would like to save the images and settings that you just created for future use, click this button to save it (as *.pdst file). - Load ImageList: to restore your saved image list and settings. - Start AutoRun by Interval: after clicking this button, the images will run continuously. You can close the PDI Apps now and supply the power to LaunchPad to get the kit auto running alone with connecting with computer and PDi Apps. - Start AutoRun by Button: after clicking this button, the image update can be controlled by the on board buttons of LaunchPad. The left button is for showing the previous image and the right button is for displaying the next image. It’s also able to run this demo alone without PDi Apps and computer if you supply power to LaunchPad for demonstration. - Stop AutoRun: to stop the auto run and disable this function. - Download from Flash: when you want to know what images and settings had uploaded in the onboard Flash memory, this function can get back them to the list. - Erase Flash: to erase all the data in the onboard Flash memory. EPD Extension Kit Gen2 (EXT2) 27 options in the image list [User’s Guide] Rev.05 2.4.3 Bitmap Converter This page is used for converting any image format to 1-bit bitmap file as image array by the resolution of selected EPD size. The output image can be saved as file to be used for our EPDs. It supports monochrome (black & white) mode and color (black, white and red) mode.  Input Image: The input image supports .bmp, .jpeg, .jpg and .png image file. You will get the pixel numbers of the width and height.  Image Converting Type: - General: to list the supported EPD type that you would like to convert from Input Image to the resolution of our standard EPDs as image array file. - Custom: The output resolution can be custom defined. This function will convert the Input Image to such resolution. There are Monochrome mode and Color mode options to generate black/white and black/white/red image arrays. You can also select the direction of rotation to turn the input image. - Convert: Click this button to generate the raw data at the bottom area and the output image EPD Extension Kit Gen2 (EXT2) 28 [User’s Guide] Rev.05 at the right area. - Save as file: Click this button to save the raw data as image array for you to use in code for driving our EPDs. EPD Extension Kit Gen2 (EXT2) 29 [User’s Guide] Rev.05 3. Hardware Instructions of EXT2 Kit From section 3 to 4, these sections are focused on more details of EXT2 hardware and software for developers to better understand how to work with EXT2 kit and further develop own products. 3.1 Introduction of EXT2 board EXT2 is the next generation of PDi’s EPD Extension kit. The EXT2 board supports driving most of the PDI’s EPD panels with different driver IC and FPC. The EXT2 board has embedded EPD driving circuit which are soldered at the backside. It also features 8M bits flash memory (U3), DIP switch (J7) and temperature sensor (U1) onboard. Figure 3-1 40 pins connector (J1) for eTC driver displays Figure 3-2 EPD Extension Board Gen2 (front view) 24 pins connector (J3) for iTC driver displays 26 pins connector (J2) for iTC driver displays EPD Extension Board Gen2 (rear view) 20 pins connector * 2 (J4, J6) for stacking on TI LaunchPads 8 position DIP switch (J7) Temperature sensor(U1) Touch panel connector(J13) Flash memory (U3) Front Light Guide connector (J10) Connecting to other development kit by 20 pins header (J5) There are two 20 pins connectors (J4 and J6) at the backside of EXT2 board is able to stack on TI LaunchPads. There is also 20 holes (J5) at the bottom of board for user to solder the 90 degrees 20 pins header connects with the bridging cable to any of your product or development kit working with this EXT2 board. For further request to extend the applications, this EXT2 board has built in touch panel connector (J13) is able to control by MCU via the I2C interface. We also provide the front light guide connector (J10) to supply power if you have EPD that integrates with such function. EPD Extension Kit Gen2 (EXT2) 30 [User’s Guide] Rev.05 3.1.1 Headers and Connectors  eTC EPD connector (J1) This is a 40-pins 0.5mm pitch of ZIF type FPC connector to connect with PDi’s EPD that is embedded G2 COG. For more details of the 40 pin assignment, please refer to the product specification of each size of EPD can be downloaded from PDi website.  iTC EPD connector (J2, J3) This is a J2 26-pins 0.5mm pitch of ZIF type FPC connector to connect with PDi’s EPD that is embedded iTC driver. The connector supports dual contact. The width of the FPC is 34-pins with 8 dummy pins. The J3 is a 24-pins FPC connector which is removed the pin#1 and pin#26 of J2 connector. It’s pin-to-pin (from #1 to #24) to the #2 to #25 of 26-pins connector. For more details of the 26 pin assignment, please refer to the EPD product specification on PDi website.  LaunchPad stacking connector (J4 & J6) There are two 20-pins connectors at the backside of EXT2 board to stack on TI LaunchPad directly. We use the outer side pins only. The pin assignment is listed on the rear side of PCB.  8 position DIP switch (J7) This DIP switch is used for differentiating driver type (iTC, eTC) and different components. If you didn’t configure this switch correctly before updating the EPD, the image shows on EPD may has abnormal phenomenon like broken image, different color, wrong pixel data or ghosting. For more details of the configuration, please refer to Table 2-1 Configuration of the DIP switch. EPD Extension Kit Gen2 (EXT2) 31 [User’s Guide] Rev.05 3.2 How to bridge EXT2 with other development kit If you will use our EXT2 board to bridge with your product or other development kit, there is Bridging header (J5) which is pin-to-pin to J4 and J6. The pin assignment is listed on the front side of PCB. Please use the 90 degree 20-pins header to solder on the backside of PCB like the picture below. We highly recommend cutting the protruding portion of the pin header in order to avoid breaking the EPD. After soldering the header on the EXT2 board, you are able to connect the bridging cable with the pin headers of other development kit or your product. Please note there is a white dot on the connector of bridging cable indicates the pin 1. EPD Extension Kit Gen2 (EXT2) 32 [User’s Guide] Rev.05 The pin assignment is listed below. Table 3-1 Jumper J4, J5 J5, J6 Pin No. Pin assignment of EXT2 header Name Description 1 VCC Target supply voltage 2 GUARD2 TFT Breakage detection (option) 3 VPP Power Supply for OTP Programming 4 UART-TX LaunchPad default pin 5 TS_SDA_MCU I2C data for external temperature sensor (GPIO) 6 TS_SCL_MCU I2C clock for external temperature sensor (GPIO) 7 SPI_CLK Clock for SPI 8 BUSY COG busy pin (GPIO) 9 D/C Data/Command control for iTC (GPIO) 10 /RESET Reset signal. Low enable (GPIO) 11 PANEL_ON COG driver power control pin (GPIO) 12 DISCHARGE EPD discharge when EPD power off (GPIO) 13 BORDER_CONTROL (GUARD1) Border control pin for eTC (GPIO) Breakage detection (option) 14 SPI_MISO Serial output from EPD to host MCU 15 SPI_MOSI Serial input from host MCU to EPD 16 RST/SBWTDIO LaunchPad default pin 17 TEST/SBWTCK LaunchPad default pin 18 /FLASH_CS On board flash chip select (GPIO) 19 /EPD_CS Chip Select. Low enable (GPIO) 20 GND Ground EPD Extension Kit Gen2 (EXT2) 33 [User’s Guide] Rev.05 3.3 Integration with front light guide Light guide connector (J8, J9, J10). There are V-cut lines arranged on the EXT2 board. If you will connect the EPD with front light guide to EXT2 board, you have to cut off the small PCBs and wiring by yourself. TP PCB LGP PCB We define the upper PCB is touch panel PCB (TP PCB) and the lower one is light guide plate PCB (LGP PCB). The defined pin-out of LGP PCB is listed below. Pin No. 1 2 3 4 Description LED-1 LED-2 LED-3 GND It depends on how far of the FPC connector of the light guide on EPD to the LGP PCB. The LED-1 to 3 are supplied by 3V. Please jumper wiring the pins to EXT2 onboard like the drawing below. To your LGP FPC EPD Extension Kit Gen2 (EXT2) 34 [User’s Guide] Rev.05 3.4 Integration with touch panel Touch panel connector (J11, J12, J13) If you will connect the EPD with touch panel to EXT2 board, you have to cut off the small PCBs and wiring by yourself. The defined pin-out of touch panel is listed below. Pin No. 1 2 3 4 5 6 Description GND I2C-INT /RSTN VDD-3.3V I2C-SCL I2C-SDA It depends on how far of the FPC connector of the touch panel on EPD to the TP PCB. Please jumper wiring the pins to EXT2 onboard like the drawing below. To your TP FPC EPD Extension Kit Gen2 (EXT2) 35 [User’s Guide] Rev.05 4. Working with TI CCS Project Code As you can find there are many configurations in the projects which are PDi Apps and some Single drivers. The Single driver means it’s not working with PDi Apps and will toggle between two images right away after debugging the project. It helps you to simply test the basic global update function with your connected EPD. It’s also the driving waveform that you will migrate to your product using the chosen EPD. The descriptions in this section will focus on the single driver. The project model in the CCS project consists of the main project “EPD_drivers” and some supported LaunchPad_name projects. 4.1 EPD_drivers Project All of the driving waveform source code of supported EPDs with different FPL and driver are placed in this project including the API (application interface).  FPL_drivers folder: You can find all the driving code under this folder for your chosen EPD. If you cannot find the model in this folder, please contact us to request the driving source code. The more advanced version of the project, the more driving code of EPDs will be supported under this folder. You will find the file format is like the configuration that we describe before: DriverType_(DriverID if eTC)_Size_FPL The captured picture below is for example. Your project code may be listed less or more than the example. EPD Extension Kit Gen2 (EXT2) 36 [User’s Guide] Rev.05  - EPD_drivers.h: This file defines the main structures of EPD and COG type, the enumerations and the constants. - DriverType_Size_FPL.*: The most of driving source code for each supported EPD including the power on, initialization, update and power off stages. This is the waveform code you will migrate into your project for driving your chosen EPD. Please note the LUT for iTC EPDs are compiled in the library (.lib file) with each Launchpad. The code in the iTC_*.c file is for sending update command by OTP. - iTC_Engine.*: This file is used for iTC EPDs. In each of iTC_Size_FPL.c file, the code will always call functions from this iTC_Engine.c to extract the arrays (LUT) to get the corresponding data and set to each of predefined constant for later use. COG_Drivers_List.h file: This file defines the driver list and functions that will be supported in each of LaunchPad project.  EPD_interface.* file: The main function interfaces for each project to call with.  Extern_Board_HW_Driver.h file: If you want to compile the “EPD_drivers” project as library, you need this file to compile with together. EPD Extension Kit Gen2 (EXT2) 37 [User’s Guide] Rev.05 4.2 LaunchPad Name Project In MSP-Exp430F5529LP project, we have copied the driver files in [driverlib] folder. If there is new update from F5529 LaunchPad, you can copy the driver files into this folder. In MSP-Exp432P401R and EK-TM4C123GXL projects, we have linked the drivers with your local installed MSPWare and TivaWare folder. (Refer to section 2.2.4) The folder structure in [src] folder of each LaunchPad project is same. The included or excluded files depends on which configuration you’ve set.  HW_drivers folder: Under this folder, you will find the most important driver files to work with the LaunchPad. If you will bridge the EXT2 to other development kit or your product, these files are the keys to modify with. - Board_HW_Driver: defining and configuring all the GPIO pins including SPI and timer. - EPD_Temperature_IIC: set and get the temperature from the onboard S5851AAA sensor via I2C interface. - Flash_Mem_Map: get the block and address from the onboard serial Flash memory EPD Extension Kit Gen2 (EXT2) 38 [User’s Guide] Rev.05 MX25V8005.  - Mem_Flash: access with the onboard serial Flash memory MX25V8005. - Ringbuf: set the ring buffer (FIFO) for transmission and reception. - UART_Driver: configure and control with the UART interface. PDI_apps_drivers folder: The functions and modules to work with the PDi Apps utility. To understand the functionalities, you have to get the source project code of PDi Apps and understand the operating commands and data flow between PDi Apps and these files under this folder. The source codes are linked from the physical project folder under root/PDI_apps_drivers.  PDI_displays_drivers folder: The files under this folder are linked from EPD_drivers project to get synchronization for the EPD driving.  Conf_EPD.h file: This file is used for single driver mode only (it doesn’t work with PDi Apps mode). - Once you set the Active configuration from project in CCS to “eTC_G2_*” like the capture below, you will need to configure this file when in single driver mode. - You can skip the definition if you set the other “iTC_*” configuration in single driver mode. - Check the EPD size of your connected eTC display, find the non-gray area and the “#define USE_EPD_SIZE s_EPD_200” line, change the s_EPD_200 to size you are connected. Options are sEPD_144 for 1.44”, sEPD_190 for 1.9”, sEPD_200 for 2.0”, sEPD_260 for 2.6” and sEPD_271 for 2.71” (2.7”).  Main_single_driver.c file: The main file for selecting single driver mode.  Main_PDI_APPs.c file: The main file for selecting PDi Apps mode. EPD Extension Kit Gen2 (EXT2) 39 [User’s Guide] Rev.05 5. Document revision history Rev. Date 01 31 Mar, 2016 - 02 17 Jun, 2016 03 5 Aug, 2016 - 04 7 Oct, 2016 - 05 10 Jul, 2017 - EPD Extension Kit Gen2 (EXT2) Comment First release Supported driving eTC: 1.44”, 1.9”, 2.0”, 2.6” and 2.71”. iTC: 2.15” Added supporting 4.2” iTC The PDi Apps supports 2.15” iTC and 4.2” iTC for partial update. The “TIVAWAREDLIB_ROOT” of Build Variables of EK-TM4C123GXL is revised to String type at page 20. Added supporting 2.87” iTC The PDi Apps supports 2.87” iTC for partial update. List the up-to-date library version for each LaunchPads since the project code released. Added the description of code size limitation of MSP430 at page 20. Added supporting 2.87” Spectra and 4.2” Spectra displays. Added changing image by clicking the on-board buttons of LaunchPad in the [Fast Update] of PDi Apps. Change the description for the checkbox of GU in the fast update. Changed Model name of EXT2 Kit to B3000MS034(24 pin connector supported) Changed EXT2 Kit picture and instruction Added EC-type EPD on Supported EPD Display Lineup 40 [User’s Guide] Rev.05 6. Evaluation board/kit important notice This evaluation board/kit is intended for use for FURTHER ENGINEERING, DEVELOPMENT, DEMONSTRATION, OR EVALUATION PURPOSES ONLY. It is not a finished product and may not (yet) comply with some or any technical or legal requirements that are applicable to finished products, including, without limitation, directives regarding electromagnetic compatibility, recycling (WEEE), FCC, CE or UL (except as may be otherwise noted on the board/kit). Pervasive Displays (PDi) supplied this board/kit "AS IS," without any warranties, with all faults, at the buyer's and further users' sole risk. The user assumes all responsibility and liability for proper and safe handling of the goods. Further, the user indemnifies PDi from all claims arising from the handling or use of the goods. Due to the open construction of the product, it is the user's responsibility to take any and all appropriate precautions with regard to electrostatic discharge and any other technical or legal concerns. EXCEPT TO THE EXTENT OF THE INDEMNITY SET FORTH ABOVE, NEITHER USER NOR PDI SHALL BE LIABLE TO EACH OTHER FOR ANY INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES. No license is granted under any patent right or other intellectual property right of PDi covering or relating to any machine, process, or combination in which such PDi products or services might be or are used. EPD Extension Kit Gen2 (EXT2) 41 [User’s Guide] Rev.05 Pervasive Displays Inc. 4F, No. 28, Chuangye Rd.,Tainan Science Park, Tainan City (74144) Taiwan (R.O.C.) T: (+886)(6) 2795399 Disclaimer: The information in this document is provided in connection with Pervasive Displays (PDi) products. No license, express or implied, by estoppel or otherwise, to any intellectual property right is granted by this document or in connection with the sale of PDi products. EXCEPT AS SET FORTH IN THE PDi TERMS AND CONDITIONS OF SALES LOCATED ON THE PDI WEBSITE, PDI ASSUMES NO LIABILITY WHATSOEVER AND DISCLAIMS ANY EXPRESS, IMPLIED OR STATUTORY WARRANTY RELATING TO ITS PRODUCTS INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTY OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, OR NON-INFRINGEMENT. IN NO EVENT SHALL PDI BE LIABLE FOR ANY DIRECT, INDIRECT, CONSEQUENTIAL, PUNITIVE, SPECIAL OR INCIDENTAL DAMAGES (INCLUDING, WITHOUT LIMITATION, DAMAGES FOR LOSS AND PROFITS, BUSINESS INTERRUPTION, OR LOSS OF INFORMATION) ARISING OUT OF THE USE OR INABILITY TO USE THIS DOCUMENT, EVEN IF PDI HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. PDi makes no representations or warranties with respect to the accuracy or completeness of the contents of this document and reserves the right to make changes to specifications and products descriptions at any time without notice. PDi does not make any commitment to update the information contained herein. Unless specifically provided otherwise, PDi products are not suitable for, and shall not be used in, automotive applications. PDi products are not intended, authorized, or warranted for use as components in applications intended to support or sustain life. EPD Extension Kit Gen2 (EXT2) 42 [User’s Guide] Rev.05