PMEPS60. Getting Started Handbook Doc. Version 1.6. RISC II 2G Series Processor Module ELAN MICROELECTRONICS CORP.

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1 PMEPS60 RISC II 2G Series Processor Module Getting Started Handbook Doc. Version 1.6 ELAN MICROELECTRONICS CORP. November 2008 i

2 Trademark Acknowledgments: IBM is a registered trademark and PS/2 is a trademark of IBM Windows is a trademark of Microsoft Corporation ELAN and ELAN logo are trademarks of ELAN Microelectronics Corporation Copyright 2006 by ELAN Microelectronics Corporation All Rights Reserved Printed in Taiwan The contents of this Handbook (publication) are subject to change without further notice. ELAN Microelectronics assumes no responsibility concerning the accuracy, adequacy, or completeness of this publication. ELAN Microelectronics makes no commitment to update, or to keep current the information and material contained in this publication. Such information and material may change to conform to each confirmed order. In no event shall ELAN Microelectronics be made responsible for any claims attributed to errors, omissions, or other inaccuracies in the information or material contained in this publication. ELAN Microelectronics shall not be liable for direct, indirect, special incidental, or consequential damages arising from the use of such information or material. The software (if any) described in this publication is furnished under a license or nondisclosure agreement, and may be used or copied only in accordance with the terms of such agreement. ELAN Microelectronics products are not intended for use in life support appliances, devices, or systems. Use of ELAN Microelectronics product in such applications is not supported and is prohibited. NO PART OF THIS PUBLICATION MAY BE REPRODUCED OR TRANSMITTED IN ANY FORM OR BY ANY MEANS WITHOUT THE EXPRESSED WRITTEN PERMISSION OF ELAN MICROELECTRONICS. ELAN MICROELECTRONICS CORPORATION Headquarters: No. 12, Innovation Road 1 Hsinchu Science Park Hsinchu, Taiwan Tel: Fax: Europe : Elan Microelectronics Corp. (Europe) Siewerdtstrasse Zurich, SWITZERLAND Tel: Fax: Hong Kong: Elan (HK) Microelectronics Corporation, Ltd. Flat A, 19/F, World Tech Centre 95 How Ming Street, Kwun Tong Kowloon, HONG KONG Tel: Fax: elanhk@emc.com.hk Shenzhen: Elan Microelectronics Shenzhen, Ltd. SSMEC Bldg., 3F, Gaoxin S. Ave. Shenzhen Hi-Tech Industrial Park Shenzhen, Guandong, CHINA Tel: Fax: USA : Elan Information Technology Group (USA) 1821 Saratoga Ave., Suite 250 Saratoga, CA USA Tel : Fax: Shanghai: Elan Microelectronics Shanghai, Ltd. 23/Bldg. #115 Lane 572, Bibo Road Zhangjiang Hi-Tech Park Shanghai, CHINA Tel: Fax:

3 Contents Contents 1 Host Computer Setup Packing List ICE + PM Board + User Demo Board Installation, Setup, and Operation ICE + PM Board + User Demo Boards Installation PM Board Jumper and Resistor R8 Setup Power Mode Setup with J Clock Source Setup with J IC Operating Voltage Setup with J LCD Voltage Setup with J MCU Power Source Setup with J Connecting Resistor at R Getting Started with ICE (+PM Board + User Demo Boards) Connected to PC 6 4 PMEPS60 Board + Demo Board Stand-Alone Setup and Operation Downloading File and Installing Demo Board to PM Board PM Board Jumper and Resistor R8 Stand-Alone Setup Power Mode Setup with J Clock Source Setup with J IC Operating Voltage Setup with J LCD Voltage Setup with J MCU Power Source Setup with J Connecting Resistor at R Getting Started with PM Board Stand-Alone Operation PM Board Hardware Properties Circuit Switch Jumpers Demo Board Connectors Pin Assignment Demo Board Interface Connectors (CN1) PM Board LCD Module Interface to Demo Board Connectors Flash Card Chip Connector Pin Assignment...16 PMEPS60 Processor Module Handbook iii

4 Contents Handbook Revision History Doc. Version Revision Description Date Version 1.0 Initial PMEPS60 board 2005/03/28 Version 1.1 Version 1.2 Version 1.3 Version Updated from the new PMePS60 board 2. Added power settings for ICE mode / piggyback mode 1. Added resistor values for the different high frequencys 2. Modified the J1 and J3 descriptions, as well as DIP to Flash Card Adapter Board description. 1. Modified the J11 descriptions 2. Modified the Demo Board Interface Connectors CN1 3. Modified the Demo Board to LCD Module Interface Connectors 1. Modify the PmePS60 V1.3 to V Add Jumper 14 seting description 3. Remove DIP to Flash Card Adapter Board and modify PMEPS60 hardware circuit 2005/06/6 2005/10/ /01/ /06/19 Version 1.5 Reorganized contents, added more figures, and corrected errors. 2006/09/06 Version 1.6 Add the notes on section and section /11/24 iv PMEPS60 Processor Module Handbook

5 1 Host Computer Setup 2 Packing List 1. Set Printer Port only at EPP (Enhanced Parallel Port) mode. And set Parallel port address at 378h or 278h (3BCh is not available). Example: Take AWARD BIOS setup as example: Main menu/chipset Feature Setup/Parallel Port Mode/EPP 2. The default Parallel Port is 378h. 3. Pentium 100 or above with a Speed of 1GHz or less. 4. Window 98 / ME or Window 2000 / XP (addendum DLPortIO ) < One PMEPS60 PM Version 1.4 board (see figure below) < One Flash Card V1.2 with a built-in flash memory chip (AM29LV800BB) < IDE 2005 software tool and handbook (see note below) NOTE 1. Download the IDE 2005 TOOL and this handbook from ELAN Website The ICE2003/ICE2005 is optional and is not included in this package. It has to be ordered and procured separately. LCD Connector Figure 2-1a PMEPS60 V1.4 PM Board Schematic Figure 2-1b Flash Card V1.2 Schematic (Top View) PMEPS60 Processor Module Handbook 1

6 User s LCD Module to PM Board connector Resistor R8 User s Demo Board connector CN1 Jumper J16 Jumper J7 Jumper J4 Fig.2-1c Flash Card V1.2 NOTE: Plug card with ELAN logo oriented towards the IR1 & IR2 connectors. PM Board to ICE2003 connectors (IR1 & IR2) 3.3V power jack J3 1.5V / 3.0V power jack J1 Power Mode Jumpers J2 RESET button Jumper J11 Figure 2-1d PMEPS60 V1.4 PM Board in Photo (Top View) NOTE The LCD Module has to be ordered and procured separately. WARNING!! Flash Card must be plugged with ELAN logo oriented towards the IR1 & IR2 connectors to prevent possible damage to components. 2 PMEPS60 Processor Module Handbook

7 3 ICE + PM Board + User Demo Board Installation, Setup, and Operation 3.1 ICE + PM Board + User Demo Boards Installation NOTE 1. The ICE2003/IDE2005 is required in this procedure and should be procured separately. 2. Refer to ICE2003/ICE2005 Handbook for ICE installation & operation details. Connect User Demo Board here (CN1 Connector) Processor Module (PM) Board PM Board to ICE2003 connectors (IR1 & IR2) ICE2003 / ICE2005 Figure 3-1 Installing PM Board into ICE2003/2005 (Cross-Section View) 1. Plug the PM Board on top of the ICE2003/ICE2005 board via PM Board IR1 and IR2 connectors. 2. Plug your Demo board on top of the PM Board via CN1 connector. 3. Connect the Extended Printer cable between ICE2003/ICE2005 and PC through printer or USB port. 3.2 PM Board Jumper and Resistor R8 Setup Power Mode Setup with J2 Set Jumper J2 to Power mode position as illustrated in the table below: Mode 1: VCC comes from ICE and VDD comes from regulator (Default setting). Mode 2: VCC and VDD power are stand-alone. Mode 3: VCC sourced from ICE and VDD power is stand-alone. Mode Jack/Jumper J3 Power Jack J1 Power Jack J2 Jumpers Mode 1 Open Open Mode 2 Connect 3.3V Connect 1.5V / 3V : : Mode 3 Open Connect 1.5V / 3V : Remarks means Jumper close : means Jumper open Only J3 can be connected with 3.3V power source PMEPS60 Processor Module Handbook 3

8 3.2.2 Clock Source Setup with J11 Set Jumper J11 to either Crystal, External RC, or Internal RC position according to their required clock source as illustrated in the following table: XTAL RC XTAL RC XTAL RC J11 Low Frequency Crystal Mode 32768Hz External RC Mode 32.8kHz (2.2MΩ on R7) Internal RC Mode 32.8kHz Figure 3-2 Clock Source Jumper J11 Setup Positions NOTE If you use the Crystal mode, please change the C16 and C17 to 47pF IC Operating Voltage Setup with J4 Set Jumper J4 to the required IC operating voltage position ( VR30 or VR15 ) as illustrated in the table below. Setting must match with that of J7 (see Section below). J4 IC Operating Voltage VR30 VR15 VR30 VR15 VDD=3.0V VDD=1.5V Figure 3-3 Required IC Voltage Jumper J4 Setup Positions 4 PMEPS60 Processor Module Handbook

9 3.2.4 LCD Voltage Setup with J7 Set Jumper J7 to the required LCD voltage position ( V30 or V15 ) as illustrated in the table below. Setting must match with the IC operating voltage (VDD) setting of J4 (see Section above). V30 V15 V30 V15 J7 LCD Voltage VDD=3.0V V30 connects to 3.0V VDD=1.5V V15 connects to 1.5V Figure 3-4 Jumper J7 Setting Options MCU Power Source Setup with J16 Set the Jumper J16 to the required MCU power source position ( VDD or GND ) as illustrated in the table below: VDD GND V30 GND J16 Power source VDD=3.0V VDD=1.5V Figure 3-5 Jumper J16 Setting Options PMEPS60 Processor Module Handbook 5

10 3.2.6 Connecting Resistor at R8 Connect an appropriate resistor at R8 to set the selected high frequency as illustrated in the table below. Selected High Frequency 200kHz 300kHz 500kHz 1MHz Required Resistor at R8 1.5MΩ 1MΩ 560KΩ 270KΩ NOTE < Only resistor of high frequency value can be used for the PM Board. < Double check the LSI s resistor high frequency value to ensure that it conforms with the product specification. 3.3 Getting Started with ICE (+PM Board + User Demo Boards) Connected to PC 1. Plug-in the +5V power into the ICE2003/ICE2005 board power jack, and switch ON power. The red LED should light up. 2. Run the IDE 2005 program and open your existing project or create a new one. From Project menu, click Add Files to Project command to add your file to the project. Then click Rebuild All. 3. From the Menu bar, click Option ICE Code Setting to view and check the current setting status of several items, including printer port connection. Figure 3-6a Project Menu Figure 3-6b Option Menu NOTE If ICE initialization error occurs, check the PM Board power supply which should be 3.3V to the VCC. Or re-check jumper and R8 setting (Section 3.3) again; or the computer parallel port setup described in Section 1. 6 PMEPS60 Processor Module Handbook

11 4. From toolbar, click Go button ( ) to initialize the ICE, download, and execute file. To abort execution, click the Exit Debugging button ( ). If error occurs, click Exit Debugging button ( ) Reset Program button ( ), and repeat procedure from Step 1. NOTE If problem persists, disconnect and reconnect Printer Port and DC power. Then run from Step 1 again. 4 PMEPS60 Board + Demo Board Stand-Alone Setup and Operation 4.1 Downloading File and Installing Demo Board to PM Board 1. Perform download to the Program ROM of Flash Card V1.2 by clicking Tool Download PROM Data from the IDE 2005 menu bar. Browse for the *.epm file to download. 2. With downloading completed, switch-off power and remove the ICE2003/ICE2005 board, and leave the PM Board as a stand-alone board. 3. Plug-in your Demo board into the CN1 connectors on the PM Board (see Figure 3-1). Figure 4-1 Tool Menu 4.2 PM Board Jumper and Resistor R8 Stand-Alone Setup Power Mode Setup with J2 Set Jumper J2 to Power mode position as illustrated in the table below: Mode 1: VCC power is stand-alone while VDD power comes from regulator (default seting). Mode 2: Both VCC and VDD power are stand-alone. Mode Jack/Jumper J3 Power Jack J1 Power Jack J2 Jumpers Mode 1 Open : Connect 3.3V Mode 2 Connect 1.5V / 3V : : Remarks means Jumper close : means Jumper open Only J3 can be connected with 3.3V power source PMEPS60 Processor Module Handbook 7

12 4.2.2 Clock Source Setup with J11 Set Jumper J11 to either Crystal, External RC, or Internal RC position according to their required clock source as illustrated in the following table: XTAL RC XTAL RC XTAL RC J11 Low Frequency Crystal Mode 32768Hz External RC Mode 32.8kHz (2.2MΩ on R7) Internal RC Mode 32.8kHz Figure 4-2 Clock Source Jumper J11 Setup for Stand-Alone Positions NOTE If you use the Crystal mode, please change the C16 and C17 to 47pF IC Operating Voltage Setup with J4 Set Jumper J4 to the required IC operating voltage position ( VR30 or VR15 ) as illustrated in the table below. Setting must match with that of J7 (see Section below). J4 IC Operating Voltage VR30 VR15 VR30 VR15 VDD=3.0V VDD=1.5V Figure 4-3 Required IC Voltage Jumper J4 for Stand-Alone Setup Positions 8 PMEPS60 Processor Module Handbook

13 4.2.4 LCD Voltage Setup with J7 Set Jumper J7 to the required LCD voltage position ( V30 or V15 ) as illustrated in the table below. Setting must match with the IC operating voltage (VDD) setting of J4 (see Section above). V30 V15 V30 V15 J7 LCD Voltage VDD=3.0V V30 connects to 3.0V VDD=1.5V V15 connects to 1.5V Figure 4-4 Jumper J7 Setting Options for Stand-Alone Operation MCU Power Source Setup with J16 Set the Jumper J16 to the required MCU power source position ( VDD or GND ) as illustrated in the table below: J16 Power source VDD GND V30 GND VDD=3.0V VDD=1.5V Figure 4-5 Jumper J16 Setting Options for Stand-Alone Operation PMEPS60 Processor Module Handbook 9

14 4.2.6 Connecting Resistor at R8 Connect an appropriate resistor at R8 to set the selected high frequency as illustrated in the table below. Selected High Frequency 200kHz 300kHz 500kHz 1MHz Required Resistor at R8 1.5MΩ 1MΩ 560KΩ 270KΩ NOTE < Only resistor of high frequency value can be used for the PM Board. < Double check the LSI s resistor high frequency value to ensure that it conforms with the product specification. 4.3 Getting Started with PM Board Stand-Alone Operation With power properly connected, press the RESET button on top of the PM Board. The CPU will run the code from the Program ROM on Flash card. PM Board RESET button Figure 4-6 PM Board Reset Button 10 PMEPS60 Processor Module Handbook

15 5 PM Board Hardware Properties NOTE Jumpers and connectors shown in the PM Board but not mentioned herein; are for ELAN internal use only. 5.1 Circuit Power supply: 3.3 V 5.2 Switch Reset key 5.3 Jumpers J2: Power pins definitions: VCC: Flash ROM power source pin VDD1 ~ VDD5: ROMless IC (epsz6000) power source pin VREG: Regulator voltage comes from Vcc. It is used for Vdd. UVDD: The power source pin is from the Target board. J4: IC operating voltage setup (jumper position must matched with J7) J5: The power source GND pin J7: Set the LCD voltage to V15 or V30 position (jumper position must matched with J7) J11: Low Frequency clock type setup. Position the jumper at Crystal when the PM Board operating clock is kHz crystal. Position at RC when the PM Board operating clock is an RC oscillator. J16: The IC power source setup. PMEPS60 Processor Module Handbook 11

16 5.4 Demo Board Connectors Pin Assignment Demo Board Interface Connectors (CN1) For 60 SEGs For 40 SEGs no CN1 no no CN1 no 1 UVDD VSS 2 1 UVDD VSS 2 3 VSS 4 3 VSS 4 5 RSTB 6 5 RSTB 6 7 PA0 PA1 8 7 PA0 PA1 8 9 PA2 PA PA2 PA PA4 PA PA4 PA PA6 PA PA6 PA SEG52/PB0 SEG53/PB SEG32/PB0 SEG33/PB SEG54/PB2 SEG55/PB SEG34/PB2 SEG35/PB SEG56/PB4 SEG57/PB SEG36/PB4 SEG37/PB SEG58/PB6 SEG59/PB SEG38/PB6 SEG39/PB SEG44/PC0 SEG45/PC SEG46/PC2 SEG47/PC SEG48/PC4 SEG49/PC SEG50/PC6 SEG51/PC SEG0 SEG SEG0 SEG SEG2 SEG SEG2 SEG SEG4 SEG SEG4 SEG SEG6 SEG SEG6 SEG SEG8 SEG SEG8 SEG SEG10 SEG SEG10 SEG SEG12 SEG SEG12 SEG SEG14 SEG SEG14 SEG VDD VDD VDD VDD VSS VSS VSS VSS PMEPS60 Processor Module Handbook

17 5.4.2 PM Board LCD Module Interface to Demo Board Connectors LCD Panel Interface Connector (LCD) For 60 SEGs For 40 SEGs no LCD no no LCD no 1 UVDD VSS 2 1 UVDD VSS 2 3 V07 V V07 V V30 V V30 V COM0 COM1 8 7 COM0 COM1 8 9 COM2 COM COM2 COM COM4 COM COM COM6 COM COM8 COM COM10 SEG SEG SEG1 SEG SEG1 SEG SEG3 SEG SEG3 SEG SEG5 SEG SEG5 SEG SEG7 SEG SEG7 SEG SEG9 SEG SEG9 SEG SEG11 SEG SEG11 SEG SEG13 SEG SEG13 SEG SEG15 SEG SEG15 SEG SEG17 SEG SEG17 SEG SEG19 SEG SEG19 SEG SEG21 SEG SEG21 SEG SEG23 SEG SEG23 SEG SEG25 SEG SEG25 SEG SEG27 SEG SEG27 SEG SEG29 SEG SEG29 SEG SEG31 SEG SEG SEG33 SEG SEG35 SEG SEG37 SEG SEG39 SEG SEG41 SEG SEG43 SEG44/PC SEG45/PC1 SEG46/PC SEG47/PC3 SEG48/PC SEG49/PC5 SEG50/PC SEG51/PC7 SEG52/PB SEG32/PB SEG53/PB1 SEG54/PB SEG33/PB1 SEG34/PB SEG55/PB3 SEG56/PB SEG35/PB3 SEG36/PB SEG57/PB5 SEG58/PB SEG37/PB5 SEG38/PB SEG59/PB SEG39/PB PMEPS60 Processor Module Handbook 13

18 LCD Panel Interface Connector (PCI Bus) For 60 SEGs A1 - A31 SEG36 B1 - B31 SEG37 A2 A32 SEG38 B2 B32 SEG39 A3 A33 SEG40 B3 B33 SEG41 A4 A34 SEG42 B4 B34 SEG43 A5 A35 SEG44/PC0 B5 B35 SEG45/PC1 A6 A36 SEG46/PC2 B6 B36 SEG47/PC3 A7 A37 SEG48/PC4 B7 COM10 B37 SEG49/PC5 A8 COM9 A38 SEG50/PC6 B8 COM8 B38 SEG51/PC7 A9 COM7 A39 SEG52/PB0 B9 COM6 B39 SEG53/PB1 A10 COM5 A40 SEG54/PB2 B10 COM4 B40 SEG55/PB3 A11 COM3 A41 SEG56/PB4 B11 COM2 B41 SEG57/PB5 A12 COM1 A42 SEG58/PB6 B12 COM0 B42 SEG59/PB7 A13 SEG0 A43 B13 SEG1 B43 A14 SEG2 A44 B14 SEG3 B44 A15 SEG4 A45 B15 SEG5 B45 A16 SEG6 A46 B16 SEG7 B46 A17 SEG8 A47 B17 SEG9 B47 A18 SEG10 A48 B18 SEG11 B48 A19 SEG12 A49 B19 SEG13 B49 A20 SEG14 A50 B20 SEG15 B50 A21 SEG16 A51 B21 SEG17 B51 A22 SEG18 A52 B22 SEG19 B52 A23 SEG20 A53 B23 SEG21 B53 A24 SEG22 A54 B24 SEG23 B54 A25 SEG24 A55 B25 SEG25 B55 A26 SEG26 A56 B26 SEG27 B56 A27 SEG28 A57 B27 SEG29 B57 A28 SEG30 A58 B28 SEG31 B58 A29 SEG32 A59 B29 SEG33 B59 A30 SEG34 A60 B30 SEG35 B60 14 PMEPS60 Processor Module Handbook

19 For 40 SEGs A1 - A31 B1 - B31 A2 A32 B2 B32 A3 A33 B3 B33 A4 A34 B4 B34 A5 A35 B5 B35 A6 A36 B6 B36 A7 A37 B7 B37 A8 A38 B8 B38 A9 A39 SEG32/PB0 B9 B39 SEG33/PB1 A10 A40 SEG34/PB2 B10 COM4 B40 SEG35/PB3 A11 COM3 A41 SEG36/PB4 B11 COM2 B41 SEG37/PB5 A12 COM1 A42 SEG38/PB6 B12 COM0 B42 SEG39/PB7 A13 SEG0 A43 B13 SEG1 B43 A14 SEG2 A44 B14 SEG3 B44 A15 SEG4 A45 B15 SEG5 B45 A16 SEG6 A46 B16 SEG7 B46 A17 SEG8 A47 B17 SEG9 B47 A18 SEG10 A48 B18 SEG11 B48 A19 SEG12 A49 B19 SEG13 B49 A20 SEG14 A50 B20 SEG15 B50 A21 SEG16 A51 B21 SEG17 B51 A22 SEG18 A52 B22 SEG19 B52 A23 SEG20 A53 B23 SEG21 B53 A24 SEG22 A54 B24 SEG23 B54 A25 SEG24 A55 B25 SEG25 B55 A26 SEG26 A56 B26 SEG27 B56 A27 SEG28 A57 B27 SEG29 B57 A28 SEG30 A58 B28 SEG31 B58 A29 A59 B29 B59 A30 A60 B30 B60 PMEPS60 Processor Module Handbook 15

20 5.5 Flash Card Chip Connector Pin Assignment Top View Figure 5-1 Flash Card V1.2 J6 J8 J9 J10 A15 A14 A13 VSS VDD VSS A12 A11 A10 DQ14 DQ7 DQ15 A9 A8 DQ5 DQ13 DQ6 WEB FRSTB VCC DQ4 DQ12 READY DQ10 DQ3 DQ11 VSS VSS A7 DQ1 DQ9 DQ2 A6 A5 A4 EMOEB DQ0 DQ8 A3 A2 A1 A0 CS0 VSS 16 PMEPS60 Processor Module Handbook