CARD-E09A SCE88J1B01 SCE88J2B01 10BASE-T SH7709A RTL8019AS SCE8700C RS-232C - Datasheet Archive

 

CARD-E09A Evaluation Kit Hardware Manual (English) SEIKO EPSON CORPORATION CARD-E09A Evaluation Kit Hardware Manual ENERGY SAVING

 

MF1202-01a CARD-E09A CARD-E09A Evaluation Kit Hardware Manual (English) SEIKO EPSON CORPORATION CARD-E09A CARD-E09A Evaluation Kit Hardware Manual ENERGY SAVING EPSON EPSON offers effective savings to its customers through a wide range of electronic devices, such as semiconductors, liquid crystal display (LCD) modules, and crystal devices. These savings are achieved through a sophisticated melding of three different efficiency technologies. Power saving technology provides low power consumption at low voltages. Space saving technology provides further reductions in product size and weight through super-precise processing and high-density assembly technology. Time saving technology shortens the time required for design and development on the customer side and shortens delivery times. Our concept of Energy Saving technology conserves resources by blending the essence of these three efficiency technologies. The essence of these technologies is represented in each of the products that we provide to our customers. In the industrial sector, leading priorities include measures to counter the greenhouse effect by reducing CO2 , measures to preserve the global environment, and the development of energy-efficient products. Environmental problems are of global concern, and although the contribution of energy saving technology developed by EPSON may appear insignificant, we seek to contribute to the development of energy-saving products by our customers through the utilization of our Rev.A EPSON 1 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual (English) ·CARD-E09A CARD-E09A Evaluation Board(SCE88J1B01 SCE88J1B01) Hardware Manual ·ISH Board (SCE88J2B01 SCE88J2B01) Hardware Manual 2 EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual (English) NOTICE: No part of this material may be reproduced or duplicated in any form or by any means without the written permission of Seiko Epson. Seiko Epson reserves the right to make changes to this material without notice. Seiko Epson does not assume any liability of any kind arising out of any inaccuracies contained in this material or due to its application or use in any product or circuit and, further, there is no representation that this material is applicable to products requiring high level reliability, such as, medical products. Moreover, no license to any intellectual property rights is granted by implication or otherwise, and there is no representation or warranty that anything made in accordance with this material will be free from any patent or copyright infringement of a third party. This material or portions thereof may contain technology or the subject relating to strategic products under the control of the Foreign Exchange and Foreign Trade Control Law of Japan and may require an export license from the Ministry of International Trade and Industry or other approval from anther government agency. ©SEIKO EPSON CORPORATION 1999 All rights reserved. CompactFlashTM is a trademark of Sandisk Corporation. CompactFlashTM is licensed to CFA (CompactFlash Association).PS/2 is a registered trademark of International Business Machines Corporation.ETHERNET is a registered trademark of Xerox limited. All other product names mentioned herein are trademarks and/or registered trademarks of their respective companies. CARD-E09A CARD-E09A Evaluation Board (SCE88J1B01 SCE88J1B01) Hardware Manual CARD-E09A CARD-E09A Evaluation Kit Hardware Manual Contents 1.CAUTIONS . 1 2.OUTLINE. 1 2.1.Features . 1 2.2.Block Diagram. 2 2.3.Appearance and Connector Layout . 3 3.PIN ASSIGNMENT . 4 3.1.CARD-E09A CARD-E09A Connectors. 4 3.2.PCMCIA Slots . 10 3.3.ISH Extension Bus. 13 3.4.LCD Connector . 15 3.5.CRT Display Connector . 16 3.6.Mouse and Keyboard Interface . 17 3.7.Parallel Port Interface. 17 3.8.Serial Port Interface. 18 3.9.Miscellaneous Interface. 19 3.10.10BASE-T 10BASE-T Interface. 19 3.11.Touch Panel Connector . 20 3.12.Speaker Connectors. 20 3.13.PROM Socket . 21 3.14.Backup Battery . 22 3.15.LEDS. 22 3.16.Suspend/Resume Switch . 22 3.17.Manual Reset Switch. 22 3.18.Power-On Reset Switch. 22 3.19.Power Input Connector . 23 3.20.External Clock Input for Display Controller. 23 4.JUMPER SETTINGS . 24 5.POWER SUPPLY SPECIFICATION . 25 6.CURRENT CONSUMPTION. 27 6.1.Power System Chart. 27 6.2.Current Consumption (Reference). 27 Rev.A EPSON i CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 7.MEMORY MAP . 28 7.1.SH7709A SH7709A Memory Map . 28 7.2.PCMCIA Slot Addresses . 30 7.3.ISH-Bus and ISA-Bus of ISH Expansion Bus . 31 7.3.1.SH-bus. 31 7.3.2.ISA-bus . 31 7.4.U1, U2, U6 and U7 Functions. 32 8.LAN FUNCTIONS . 33 8.1.Outline . 33 8.2.Internal Registers. 33 8.3.NE2000-Compatible and RTL8019AS RTL8019AS Unique Registers . 33 8.3.1.NE2000-Compatible Registers . 36 8.3.2.Registers Unique to RTL8019AS RTL8019AS . 44 8.4.RTL8019AS RTL8019AS Configuration Setup Mode. 50 8.5.Initial Value of Configuration Registers. 51 9.TERMINAL CHARACTERISTICS. 52 9.1.CARD-E09A CARD-E09A Connectors. 52 9.2.PCMCIA Slot. 54 9.3.ISH Expansion Bus. 55 9.4.LCD Connector . 56 9.5.CRT Connector . 56 9.6.Mouse and Keyboard Connectors. 56 9.7.Parallel IF. 57 9.8.Serial IF . 57 9.9.Miscellaneous(Serial and IrDA)IF. 58 9.10.10BASE-T 10BASE-T Connector. 58 9.11.Touch Panel Connector . 58 9.12.Speaker Connector . 58 9.13.EPROM Socket . 59 9.14.Backup Battery . 59 9.15.Power Input . 59 10.CARD-E09A CARD-E09A MOUNTING PROCEDURE . 60 11.DIMENSION CHART . 61 12.LIST OF CONNECTORS. 62 ii EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 1.CAUTIONS (1) Make sure that JP2 pin 2 and JP2 pin 3 are connected on the CARD-E09A CARD-E09A evaluation board (Evaluation board, thereafter) before mounting CARD-E09A CARD-E09A. (2) If the system startup PROM is NOT present on the CN15 socket, leave JP1 pins open. 2.OUTLINE Evaluation board contains the standard connectors, power circuit, Ethernet circuit (10BASE-T 10BASE-T) and others required to connect peripheral units for functional evaluation of an SCE8700C SCE8700C Series Card-PC (called the CARD-E09A CARD-E09A) that uses the SH7709A SH7709A (SH3). Note: The connecter of CARD-E09A CARD-E09A is different from the EASI connector. 2.1.Features - A 240-pin connector for CARD-E09A CARD-E09A - Dual PCMCIA slots - ISH extension bus (SH-bus, ISA-bus and others) - A 50-pin connector for LCD - A 15-pin D-sub connector for CRT display - A Mini-DIN connector for PS/2 mouse or keyboard - A connector of Parallel port interface - A connector of Dual-channel serial port interface (the 16550-compatible RS-232C RS-232C interface) - A connector of Single-channel serial port interface (SH3 built-in serial channel interface with FIFO, RS-232C RS-232C interface) - A connector of Single-channel serial port interface for IrDA 1.0 - A connector of Single-channel serial port interface (SH3 built-in without FIFO) - A connector of Ethernet (10BASE-T 10BASE-T) interface - Touch panel interface - Speaker connector(s) - A PROM socket - A Backup battery pack Rev.A EPSON 1 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 2.2.Block Diagram +3.3/5V LCD I/F +3.3V BUFFER +3/5V POWER SW CRT I/F PCMCIA SLOT-A MOUSE/KB I/F SERIAL I/F SERIAL I/F BUFFER PCMCIA SLOT-B CA22-25 CA22-25 A0-22 A0-22 D0-15 D0-15 BUFFER CARD-E09A CARD-E09A SERIAL I/F DRIVER DRIVER DRIVER TOUCH PANEL I/F X-Y PARALLEL I/F ISH-BUS Interrupts, AD,DA· ISA Signals SHSignals AMP SPEAKER I/F BUFFER IrDA I/F LAN (10BASE-T 10BASE-T) PROM (SOCKET) +5V 2 EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 2.3.Appearance and Connector Layout 195mm Touch Panel CRT CN13 CN14 MOUSE/K B CN5 CN7 MISC LED1 Parallel IF CN4 CN9 SCIF SCIF3 CN8 CN6 JP3 LED2 LED3 LED4 LED5 SCIF4 CN10 LCD CN3 JP1 TP5 JP2 CN1 CARD-E09A CARD-E09A PCMCIA CN15 CN11 SPEAKER PRO M 132mm 10BASE-T 10BASE-T CN12 ISH -Bus VR1 CN2 CN16 POWER CN17 (B attery ) is mounted on the back. Rev.A EPSON 3 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 3.PIN ASSIGNMENT Refer to the table below for cross reference of power supply signal name. CARD-E09A CARD-E09A Evaluation Board CARD-E09A CARD-E09A DC Voltage P3V P5V VCC - +3.3V +5.0V The following symbols are used in the "Type" column of each pin. I Input O Output O OD Output (Open drain output) Tri Output (Tri-state output) I/O Input/output POWER Power or ground (GND) Analog I/O Analog input/output Analog O Analog output 3.1.CARD-E09A CARD-E09A Connectors The 240-pin CN1 connector is used for CARD-E09A CARD-E09A attachment. For its function details, see the "CARD-E09A CARD-E09A Hardware Manual." Connector: Molex 53481-2409 CN1 : SH-Card?Connector Pin Signal Name 1 GND 2 BCD1# 3 BCE1# 4 BCE2# 5 BOE# 6 SLOT_B_VCC 7 BVS1 8 BIORD# 9 BIOWR# 10 BWE# 11 BRDY_IRQ# 12 BVS2 13 BRESET 14 BWAIT# 15 VCC 16 BREG# 17 BBVD2_SPKR 18 BBVD1_STSCHG# 4 Type POWER O I I I POWER O I I I O O I O POWER I O O Function PCMCIA slot-B signal PCMCIA slot-B signal PCMCIA slot-B signal PCMCIA slot-B signal PCMCIA slot-B VCC power PCMCIA slot-B signal PCMCIA slot-B signal PCMCIA slot-B signal PCMCIA slot-B signal PCMCIA slot-B signal PCMCIA slot-B signal PCMCIA slot-B signal PCMCIA slot-B signal +3.3V (P3V) power PCMCIA slot-B signal PCMCIA slot-B signal PCMCIA slot-B signal EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 Rev.A BWP_IOIS16 IOIS16# GND BCD2# BADRENA# BDATAENA# BVPPPGM BVPPVCC BVCC5# BVCC3# KBCLK KBDATA MSCLK MSDATA RESETDRV IOCHRDY IOW# IOR# MEMCS16 MEMCS16# SBHE# IOCS16 IOCS16# MEMR# MEMW# GND ISADATAENA# RI4# DTR4# VCORE VCORE CTS4# TXD4 RTS4# RXD4 DSR4# DCD4# RI3# DTR3# CTS3# TXD3 RTS3# RXD3 DSR3# DCD3# GND CKIO TCLK RESETP# RESETM# WAIT# CS2# CS0# RD/WR# WE1# WE0# RD# O POWER O I I I I I I I/O I/O I/O I/O I O I I O I O I I POWER I O I POWER POWER O I I O O O O I O I I O O O POWER I O O O O I I I I I I PCMCIA slot-B signal Ground PCMCIA slot-B signal PCMCIA slot-B signal PCMCIA slot-B signal PCMCIA slot-B VPP control signal PCMCIA slot-B VPP control signal PCMCIA slot-B VCC control signal PCMCIA slot-B VCC control signal Keyboard clock Keyboard data Mouse clock Mouse data ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus data enable signal FIFO serial (16550-compatible) interface 4 FIFO serial (16550-compatible) interface 4 CPU core logic power CPU core logic power FIFO serial (16550-compatible) interface 4 FIFO serial (16550-compatible) interface 4 FIFO serial (16550-compatible) interface 4 FIFO serial (16550-compatible) interface 4 FIFO serial (16550-compatible) interface 4 FIFO serial (16550-compatible) interface 4 FIFO serial (16550-compatible) interface 3 FIFO serial (16550-compatible) interface 3 FIFO serial (16550-compatible) interface 3 FIFO serial (16550-compatible) interface 3 FIFO serial (16550-compatible) interface 3 FIFO serial (16550-compatible) interface 3 FIFO serial (16550-compatible) interface 3 FIFO serial (16550-compatible) interface 3 SH-bus signal (clock) Reset signal (Power-ON reset) Reset signal (Manual reset) SH-bus signal SH-bus signal ROM control signal SH-bus signal SH-bus signal SH-bus signal SH-bus signal EPSON 5 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 6 BS# A25 A24 A23 VCC A22 A21 A20 A19 GND A18 A17 A16 A15 A14 A13 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 GND A0 D15 D14 D13 VCC D12 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 GND GND ACD1# ACE1# ACE2# AOE# SLOT_A_VCC I I I I POWER I I I I POWER I I I I I I I I I I I I I I I I I I POWER I I/O I/O I/O POWER I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O POWER POWER O I I I POWER SH-bus signal Address bus Address bus Address bus +3.3V (P3V) power Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Data bus Data bus Data bus +3.3V (P3V) power Data bus Data bus Data bus Data bus Data bus Data bus Data bus Data bus Data bus Data bus Data bus Data bus Data bus PCMCIA slot-A signal PCMCIA slot-A signal PCMCIA slot-A signal PCMCIA slot-A signal PCMCIA slot-A VCC power EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 Rev.A AVS1 AIORD# AIOWR# AWE# ARDY_IRQ# AVS2 ARESET AWAIT# VCC AREG# ABVD2_SPKR ABVD1_STSCHG# AWP_IOIS16 IOIS16# GND ACD2# AADRENA# ADATAENA# AVPPPGM AVPPVCC AVCC5# AVCC3# CA25 CA24 CA23 SLCT PE BUSY ACK# LPTD7 LPTD6 LPTD5 LPTD4 LPTD3 SLCTIN# GND LPTD2 INIT# LPTD1 VCORE VBK ERROR# LPTD0 AFD# STROBE# STANDBY# ROMDIS# RESERVE EXTCLKI RESERVE CA22 TXD0 SCK0 RXD0 AN4 O I I I O O I O POWER I O O O POWER O I I I I I I I I I O O O O I/O I/O I/O I/O I/O I/O POWER I/O I/O I/O POWER POWER O I/O I/O I/O I O O I I I O O PCMCIA slot-A signal PCMCIA slot-A signal PCMCIA slot-A signal PCMCIA slot-A signal PCMCIA slot-A signal PCMCIA slot-A signal PCMCIA slot-A signal PCMCIA slot-A signal +3.3V (P3V) power PCMCIA slot-A signal PCMCIA slot-A signal PCMCIA slot-A signal PCMCIA slot-A signal GND PCMCIA slot-A signal PCMCIA slot-A signal PCMCIA slot-A signal PCMCIA slot-A VPP control signal PCMCIA slot-A VPP control signal PCMCIA slot-A VCC control signal PCMCIA slot-A VCC control signal Address bus Address bus Address bus Parallel IF signal Parallel IF signal Parallel IF signal Parallel IF signal Parallel IF data Parallel IF data Parallel IF data Parallel IF data Parallel IF data Parallel IF signal Parallel IF data Parallel IF signal Parallel IF data CPU core logic power RTC backup power Parallel IF signal Parallel IF data Parallel IF signal Parallel IF signal Standby (suspend) status signal CARD-E09A CARD-E09A internal ROM disable signal Display controller external clock input Address bus Serial IF 0 Serial IF 0 Serial IF 0 A/D converter port 4 EPSON 7 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 8 GND AN5 DA1 DA0 TXD1 RXD1 TXD2 RXD2 RTS2# CTS2# PWOFF# SRBTN# FPVCCON PTC7/PINT7 PTC6/PINT6 PTC5/PINT5 VCC PTC4/PINT4 PTC3/PINT3 PTC2/PINT2 PTC1/PINT1 GND DACK0# DREQ0# DACK1# DREQ1# NMI IRQ1 IRQ2 IRQ3 IRQ4 VSYNC HSYNC B G R FPDAT15 FPDAT15 FPDAT14 FPDAT14 FPDAT13 FPDAT13 FPDAT12 FPDAT12 GND FPDAT11 FPDAT11 FPDAT10 FPDAT10 FPDAT9 FPDAT8 VCC FPDAT7 FPDAT6 FPDAT5 FPDAT4 FPDAT3 FPDAT2 FPDAT1 FPDAT0 POWER O I I I O I O I O I O I I/O I/O I/O POWER I/O I/O I/O I/O POWER I O I O O O O O O I I I I I I I I I POWER I I I I POWER I I I I I I I I A/D converter port 5 A/D converter port 1 A/D converter port 0 IrDA serial IF IrDA serial IF FIFO serial IF 2 FIFO serial IF 2 FIFO serial IF 2 FIFO serial IF 2 Power-OFF enable signal Suspend/Resume button signal LCD signal I/O port/interrupt 7 I/O port/interrupt 7 I/O port/interrupt 7 +3.3V (P3V) Power I/O port/interrupt 4 I/O port/interrupt 3 I/O port/interrupt 2 I/O port/interrupt 1 DMA control signal DMA control signal DMA control signal DMA control signal Interrupt request signal Interrupt request signal Interrupt request signal Interrupt request signal Interrupt request signal CRT signal CRT signal CRT signal CRT signal CRT signal LCD signal (data) LCD signal (data) LCD signal (data) LCD signal (data) LCD signal (data) LCD signal (data) LCD signal (data) LCD signal (data) +3.3V (P3V) LCD signal (data) LCD signal (data) LCD signal (data) LCD signal (data) LCD signal (data) LCD signal (data) LCD signal (data) LCD signal (data) EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 235 236 237 238 239 240 Rev.A DOTCLK MOD FPVEEON LINE FRAME GND I I I I I POWER LCD signal LCD signal LCD signal LCD signal LCD signal EPSON 9 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 3.2.PCMCIA Slots Connector CN11 is a dual-slot PCMCIA interface. A type-II PC-card can be inserted into slot B, and a type-III PC-card can be inserted into slot A. Slot A is a top connector. Slot B is a bottom connector as shown below. Card surface A B Board side Connectors Header: 92140-040 (Slot B) or 92140-045 (Slot A) Ejector: 95079-02CA 95079-02CA (Slot B) or 95079-00CA 95079-00CA (Slot A) (Both made by BERG Corp.) CN11 : PCMCIA Connector Pin Signal Name 1 GND 2 A_D3 3 A_D4 4 A_D5 5 A_D6 6 A_D7 7 ACE1# 8 A_A10 9 AOE# 10 A_A11 11 A_A9 12 A_A8 13 A_A13 14 A_A14 15 AWE1# 16 ARDY_IRQ# 17 SLOT_A_VCC 18 A _ VPP1 19 A_A16 20 A_A15 21 A_A12 22 A_A7 23 A_A6 24 A_A5 25 A_A4 26 A_A3 27 A_A2 28 A_A1 29 A_A0 30 A_D0 10 I/O POWER I/O I/O I/O I/O I/O I O O O O O O O O I POWER POWER O O O O O O O O O O O I/O Function Slot-A data Slot-A data Slot-A data Slot-A data Slot-A data Slot-A card enable signal Slot-A address Slot-A output enable signal Slot-A address Slot-A address Slot-A address Slot-A address Slot-A address Slot-A write enable signal Slot-A ready/interrupt request signal Slot-A VCC power Slot-A VPP power Slot-A address Slot-A address Slot-A address Slot-A address Slot-A address Slot-A address Slot-A address Slot-A address Slot-A address Slot-A address Slot-A address Slot-A data EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 Rev.A A_D1 A_D2 AWP_IOIS16 IOIS16# GND GND ACD1# A_D11 A_D12 A_D13 A_D14 A_D15 ACE2# AVS1 AIORD# AIOWR# A_A17 A_A18 A_A19 A_A20 A_A21 SLOT_A_VCC A_VPP2 A_A22 A_A23 A_A24 A_A25 AVS2 ARESET AWAIT# NC AREG# ABVD2_SPKR ABVD1_STSCHG# A_D8 A_D9 A_D10 ACD2# GND GND B_D3 B_D4 B_D5 B_D6 B_D7 BCE1# B_A10 BOE# B_A11 B_A9 B_A8 B_A13 B_A14 BWE1# BRDY_IRQ# I/O I/O I POWER POWER I I/O I/O I/O I/O I/O O I O O O O O O O POWER POWER O O O O I O I Tri I I I/O I/O I/O I POWER POWER I/O I/O I/O I/O I/O I O O O O O O O O I Slot-A data Slot-A data Slot-A write protect (16-bit I/O signal) Slot-A card detect signal Slot-A data Slot-A data Slot-A data Slot-A data Slot-A data Slot-A card enable signal Slot-A voltage sense signal Slot-A I/O read signal Slot-A I/O write signal Slot-A address Slot-A address Slot-A address Slot-A address Slot-A address Slot-A I/O VCC power Slot-A I/O VPP power Slot-A address Slot-A address Slot-A address Slot-A address Slot-A voltage sense signal Slot-A card reset signal Slot-A wait signal Slot-A register select signal Slot-A battery voltage sense/speaker signal Slot-A battery voltage sense/status change signal Slot-A data Slot-A data Slot-A data Slot-A card detect signal Slot-B data Slot-B data Slot-B data Slot-B data Slot-B data Slot-B card enable signal Slot-B address Slot-B output enable signal Slot-B address Slot-B address Slot-B address Slot-B address Slot-B address lot-B write enable signal Slot-B ready/interrupt request signal EPSON 11 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 12 SLOT_B_VCC B_VPP1 B_A16 B_A15 B_A12 B_A7 B_A6 B_A5 B_A4 B_A3 B_A2 B_A1 B_A0 B_D0 B_D1 B_D2 BWP_IOIS16 IOIS16# GND GND BCD1# B_D11 B_D12 B_D13 B_D14 B_D15 BCE2# BVS1 BIORD# BIOWR# B_A17 B_A18 B_A19 B_A20 B_A21 SLOT_B_VCC B_VPP2 B_A22 B_A23 B_A24 B_A25 BVS2 BRESET BWAIT# NC BREG# BBVD2_SPKR BBVD1_STSCHG# B_D8 B_D9 B_D10 BCD2# GND POWER POWER O O O O O O O O O O O I/O I/O I/O I POWER POWER I I/O I/O I/O I/O I/O O I O O O O O O O POWER POWER O O O O I O I Tri I I I/O I/O I/O I POWER Slot-B VCC power Slot-B VPP power Slot-B address Slot-B address Slot-B address Slot-B address Slot-B address Slot-B address Slot-B address Slot-B address Slot-B address Slot-B address Slot-B address Slot-B data Slot-B data Slot-B data Slot-B write protect I/O (16-bit I/O signal) Slot-B card detect signal Slot-B data Slot-B data Slot-B data Slot-B data Slot-B data Slot-B card enable signal Slot-B voltage sense signal Slot-B I/O read signal Slot-B I/O write signal Slot-B address Slot-B address Slot-B address Slot-B address Slot-B address Slot-B VCC power Slot-B VPP power Slot-B address Slot-B address Slot-B address Slot-B address Slot-B voltage sense signal Slot-B card reset signal Slot-B wait signal Slot-B register select signal Slot-B battery voltage sense/speaker signal Slot-B battery voltage sense/status change signal Slot-B data Slot-B data Slot-B data Slot-B card detect signal EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 3.3.ISH Extension Bus Connector CN2 is a 100-pin extension bus which has SH-bus signals, ISA-bus signals and others. See the memory maps for their areas and addresses. Connector: TX15-100P-LT-MH1 TX15-100P-LT-MH1 (JAE) CN2 : ISH-bus Connector Pin Signal Name 1 GND 2 RESETDRV 3 IOCHRDY 4 IOW# 5 IOR# 6 MEMCS16 MEMCS16# 7 SBHE# 8 IOCS16 IOCS16# 9 MEMR# 10 MEMW# 11 ISADATAENA# 12 CKIO 13 TCLK 14 RESETP# 15 RESETM# 16 WAIT# 17 CS2# 18 RD/WR# 19 WE1# 20 WE0# 21 RD# 22 BS# 23 GND 24 BA25 25 BA24 26 BA23 27 BA22 28 BA21 29 BA20 30 BA19 31 BA18 32 BA17 33 BA16 34 BA15 35 BA14 36 BA13 37 BA12 38 BA11 39 BA10 40 BA9 41 BA8 42 BA7 43 BA6 44 BA5 45 BA4 Rev.A I/O POWER O I O O I O I O O O O I I I I O O O O O O POWER O O O O O O O O O O O O O O O O O O O O O O Function ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA data enable signal SH-bus signal (clock) SH-bus signal (clock) SH-bus signal (clock) SH-bus signal (clock) ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal ISA-bus signal Address Address Address Address Address Address Address Address Address Address Address Address Address Address Address Address Address Address Address Address Address Address EPSON 13 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 14 BA3 BA2 BA1 BA0 GND GND RESERVE RESERVE DA1 RESERVE STANDBY# RESERVE PWOFF# SRBTN# PTC7/PINT7 PTC6/PINT6 PTC5/PINT5 PTC4/PINT4 PTC3/PINT3 PTC2/PINT2 PTC1/PINT1 FPVCCON DACK0# DREQ0# DACK1# DREQ1# NMI GND P5V P5V P5V P3V P3V P3V IRQ1 IRQ2 IRQ3 IRQ4 BD15 BD14 BD13 BD12 BD11 BD10 BD9 BD8 BD7 BD6 BD5 BD4 BD3 BD2 BD1 BD0 GND O O O O POWER POWER O O O I I/O I/O I/O I/O I/O I/O I/O O I/O I I/O I I POWER POWER POWER POWER POWER POWER POWER I I I I I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O POWER Address Address Address Address D/A conversion 1 Standby signal Power-OFF signal Suspend/resume button signal Port-C signal Port-C signal Port-C signal Port-C signal Port-C signal Port-C signal Port-C signal LCD signal DMA signal DMA signal DMA signal DMA signal Interrupt request +5V power +5V power +5V power +3.3V power +3.3V power +3.3V power Interrupt request Interrupt request Interrupt request Interrupt request Data Data Data Data Data Data Data Data Data Data Data Data Data Data Data Data - EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 3.4.LCD Connector Connector CN3 is a 50-pin, header for LCD interface. Connector: PS-50PE-D4T1-B1 PS-50PE-D4T1-B1 (JAE) CN3 : LCD I/F Connector Pin Signal Name 1 VCC 2 GND 3 FRAME 4 GND 5 LINE 6 GND 7 DOTCLK 8 GND 9 VCC 10 FPDAT8 11 FPDAT7 12 FPDAT6 13 FPDAT5 14 FPDAT4 15 VCC 16 GND 17 FPDAT3 18 FPDAT2 19 FPDAT1 20 FPDAT0 21 VCC 22 GND 23 FPVEEON 24 FPVCCON 25 MOD 26 MOD 27 GND 28 P12V 29 P12V 30 P12V 31 GND 32 MOD 33 FPDAT9 34 FPDAT10 FPDAT10 35 FPDAT11 FPDAT11 36 VCC 37 GND 38 FPDAT12 FPDAT12 39 FPDAT13 FPDAT13 40 FPDAT14 FPDAT14 41 FPDAT15 FPDAT15 42 VCC 43 GND 44 GND 45 GND 46 RESERVE 47 FPVEEON Rev.A Type POWER POWER O POWER O POWER O POWER POWER O O O O O POWER POWER O O O O POWER POWER O O O O POWER POWER POWER POWER POWER O O O O POWER POWER O O O O POWER POWER POWER POWER O Function +3.3V or +5V power (*1) Frame pulse signal Line pulse signal Dot clock (shift clock) +3.3V or +5V power (*1) Display data Display data Display data Display data Display data +3.3V or +5V power (*1) Display data Display data Display data Display data +3.3V or +5V power (*1) LCD power control signal LCD power control signal Multi-purpose signal (*2) Multi-purpose signal (*2) +12V power +12V power +12V power Multi-purpose signal (*2) Display data Display data Display data +3.3V or +5V power (*1) Display data Display data Display data Display data +3.3V or +5V power (*1) NC LCD power control signal EPSON 15 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 48 49 50 RESERVE RESERVE RESERVE - NC NC NC *1 +3.3VDC or +5VDC can be applied to VCC pins, which is determined by JP3 setting. JP3 Pins 1 and 2 connected Pins 2 and 3 connected +3.3V (default) +5V *2 The MOD signals of pins 25, 26 and 32 are set to MOD signals, dot clocks, or display enable signals by setup of SED1355 SED1355 display controller used in on the CARD-E09A CARD-E09A. For these function details, see the SED1355 SED1355 manual. 3.5.CRT Display Connector Connector CN5 is a 15-pin, D-sub CRT display interface (IF). Connector: 17HE-B13150-74HC1 17HE-B13150-74HC1 (DDK) CN5 : CRT Connector Pin Signal Name 1 R 2 G 3 B 4 NC 5 GND 6 GND 7 GND 8 GND 9 NC 10 GND 11 NC 12 NC 13 HSYNC 14 VSYNC 15 NC 16 Type Analog O Analog O Analog O POWER POWER POWER POWER POWER O O - Function RED GREEN BLUE Horizontal sync signal Vertical sync signal - EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 3.6.Mouse and Keyboard Interface Connector CN7 is a PS2 type mouse and keyboard interface. This connector allows direct connection of a PS2 mouse or a keyboard. A special branch connector is necessary to connect a keyboard and a mouse at the same time. Connector: TCS7927-56-401 TCS7927-56-401 (Hoshiden) CN7 : KB/MS Connector Pin Signal Name 1 MSDATA 2 KBDATA 3 GND 4 P5V 5 MSCLK 6 KBCLK Type I/O I/O POWER POWER I/O I/O Function Mouse data Keyboard data +5V power Mouse clock Keyboard clock 3.7.Parallel Port Interface Connector CN9 is 26-pin header of a parallel port interface. Connector: PS-26PE-D4T1-B1 PS-26PE-D4T1-B1 (JAE) CN9 : Parallel Connector Pin Signal Name 1 STROBE# 2 AFD# 3 PD0 4 ERROR# 5 PD1 6 INIT# 7 PD2 8 SLCTIN# 9 PD3 10 GND 11 PD4 12 GND 13 PD5 14 GND 15 PD6 16 GND 17 PD7 18 GND 19 ACK# 20 GND 21 BUSY 22 GND 23 PE 24 GND 25 SLCT 26 NC Rev.A Type I/O I/O I I/O I/O I/O I/O I/O I/O POWER I/O POWER I/O POWER I/O POWER I/O POWER I POWER I POWER I POWER I - Function Strobe signal Auto Feed signal Data Error signal Initialize signal Data Select In signal Data Data Data Data Data Acknowledge signal Busy signal Paper End signal Select signal - EPSON 17 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 3.8.Serial Port Interface Connectors CN6, CN8 and CN10 are serial port interfaces with a 10-pin, header. Connector CN6 is a serial port interface with FIFO from SH3. Connectors CN8 and CN10 are 16550-compatible serial port interface. They are connected via the RS-232C RS-232C driver/receiver. Connector: PS-10PE-D4T1-B1 PS-10PE-D4T1-B1 (JAE) CN6 : SCIF Connector Pin Signal Name 1 NC 2 RESERVED 3 RXD2 4 RTS2# 5 TXD2 6 CTS2# 7 RESERVED 8 NC 9 GND 10 NC Type I O O I POWER - Receive data Request to send signal Transmit data Clear to send data - CN8 : SCIF3 Connector Pin Signal Name 1 DCD3# 2 DSR3# 3 RXD3 4 RTS3# 5 TXD3 6 CTS3# 7 DTR3# 8 RI3# 9 GND 10 NC Type I I I O O I O I POWER - Function Data carrier detect signal Data set ready signal Receive data Request to send signal Transmit data Clear to send signal Data terminal ready signal Ring indicator signal - CN10 : SCIF4 Connector Pin Signal Name 1 DCD4# 2 DSR4# 3 RXD4 4 RTS4# 5 TXD4 6 CTS4# 7 DTR4# 8 RI4# 9 GND 10 NC Type I I I O O I O I POWER - Function Data carrier detect signal Data set ready signal Receive data Request to send signal Transmit data Clear to send signal Data terminal ready signal Ring indicator signal - 18 Function EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 3.9.Miscellaneous Interface Connector CN4 is a 10-pin herder with the following functions. - Serial port interface from SH3 with no FIFO, and no driver/receiver. - Serial port interface for IrDA 1.0; pins 7 and 8 - Power Off signal; pin 10 - +5V and +3.3V powers; pins 2 and 3 Connector: PS-10PE-D4T1-PN1 PS-10PE-D4T1-PN1 CN4 : MISC Connector Pin Signal Name 1 NC 2 P5V 3 P3V 4 TXD0 5 SCK0 6 RXD0 7 TXD1 8 RXD1 9 GND 10 PSOFF Type POWER POWER O I/O I O I POWER OD Function +5V power +3.3V power Transmit data Serial clock Receive data Transmit data for IrDA 1.0 Receive data for IrDA 1.0 Ground Power control signal (Low for power On, High Z for power Off) 3.10.10BASE-T 10BASE-T Interface Connector CN13 is a 10BASE-T 10BASE-T interface. Connector: 290A-88-30-335 (Mitsumi) CN13 : LAN Connector Pin Signal Name 1 TDP 2 TDM 3 RDP 4 NC 5 NC 6 RDM 7 NC 8 NC Rev.A Type O O I I - Function Transmit data (Positive) Transmit data (Negative) Receive data (Positive) Receive data (Negative) - EPSON 19 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 3.11.Touch Panel Connector Connector CN14 is a 4-pin touch panel interface. It supports a four-wire, resistance membrane touch panel. Connector: FFC-4CM1 (Honda) CN14 : Touch Panel Connector Pin Signal Name 1 TPX1 2 TPY1 3 TPX2 4 TPY2 Type Analog I/O Analog I/O Analog I/O Analog I/O Function Touch panel connection diagram. Y2 TPY2 TPX2 TPY1 TPX1 X1 X2 Y1 Use the PTC4-2, AN5-4 and IRQ2 in the CARD-E09A CARD-E09A. State Reads X Reads Y waiting for interrupt PEN UP/DOWN detection PTC4 /PINT4 output value 0 1 1 PTC3 /PINT3 output value 0 1 0 PTC2 /PINT2 output value 0 0 1 1 0 1 CARD-E09A CARD-E09A signals AN5 AN4 IRQ2 X-Read Y-Read interrupt DOWN occurs at PEN Read 3.12.Speaker Connectors Connector CN12 is a dual-pin speaker connector. Terminal DA0 of D/A converter output of CARDE09A CARDE09A is used. Connector: 173981-2 (AMP) CN12 : Speaker Connector Pin Signal Name 1 SPEAKER+ 2 SPEAKER- 20 Type Analog O Analog O Function Speaker (Positive) Speaker (Negative) EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 3.13.PROM Socket Connector CN15 is a 40-pin DIP PROM socket (with 5V power). It can be used if JP1 is connected. The PROMs having the 1M-bit (64K by 16 bits), 2M-bit (128K by 16 bits), and 4M-bit (256K by 16 bits) JEDEC standard pin assignment can be used. CN15 : PROM Socket Pin Signal Name 1 VPP 2 CE# 3 I/O 15 4 I/O 14 5 I/O 13 6 I/O 12 7 I/O 11 8 I/O 10 9 I/O 9 10 I/O 8 11 VSS 12 I/O 7 13 I/O 6 14 I/O 5 15 I/O 4 16 I/O 3 17 I/O 2 18 I/O 1 19 I/O 0 20 OE# 21 A0 22 A1 23 A2 24 A3 25 A4 26 A5 27 A6 28 A7 29 A8 30 VSS 31 A9 32 A10 33 A11 34 A12 35 A13 36 A14 37 A15 38 A16 39 A17 40 VCC Rev.A Type O I I I I I I I I POWER I I I I I I I I O O O O O O O O O O POWER O O O O O O O O O POWER Function (Connected to VSS on the board) Chip enable Data Data Data Data Data Data Data Data Ground Data Data Data Data Data Data Data Data Output enable Address Address Address Address Address Address Address Address Address Ground Address Address Address Address Address Address Address Address Address +5V power EPSON 21 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 3.14.Backup Battery CN17 is a backup battery holder, and a CR2032 CR2032 manganese dioxide lithium battery can be used. Battery holder: HL32-A2 HL32-A2 (Sony) CN17 : Battery Holder Pin Signal Name 1 + 2 - Type POWER POWER Function Battery positive terminal Battery negative terminal Battery used: CR2032 CR2032 (3V, 220 mAh) 3.15.LEDS LED4 and LED5 are power status indicator LEDs. - Green LED4 lights when the power turns on. - Orange LED5 lights when the power is ready to off. (*) * LED5 switching is meaningful only when the PWOFF# signal (pin 191 of card) is controlled by a software. 3.16.Suspend/Resume Switch The SW2 push button switch is used for suspend or resume request (or power-off ready request). 3.17.Manual Reset Switch The SW3 push button switch is used for manual function reset. (When the SW3 switch is pressed, the RESETM# signal is set to Low.) 3.18.Power-On Reset Switch The SW1 push button switch is used for power-on reset. (When the SW1 switch is pressed, the RESETP# signal is set to Low.) 22 EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 3.19.Power Input Connector CN16 is a 4-pin, power input connector. Although the +5V and +12V power inputs are available, this Evaluation board can operate with the +5V power only in the following cases. - The card inserted into the PCMCIA slot does not use the +12V power. - The LCD panel does not use the +12V power. Connector: 178454-1 (AMP) CN16 : Power Connector Pin Signal Name 1 P12V 2 GND 3 GND 4 P5V Type POWER POWER POWER POWER Function +12V power +5V power 3.20.External Clock Input for Display Controller The CARD-E09A CARD-E09A has the reference clock select function for SED1355 SED1355 display controller. Although the SED1355 SED1355 usually operates at 33 MHz, the External Clock Input mode can be selected if the reference clock needs to be adjusted for the LCD connected. To select the External Clock Input mode, enter clocks into TP5 (through hole terminal) of the board. TP5 is connected to the EXTCLKI signal (pin 174) of CN1. Additional software setup is required. For details, see the manual of SH-CARD Windows CE2.11 Development Kit. Rev.A EPSON 23 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 4.JUMPER SETTINGS The board has three jumper connectors (JP1, JP2 and JP3). JP1: Boot ROM selection Short Open System starts with the PROM mounted on CN15. (Default) System starts with the internal ROM of CARD-E09A CARD-E09A. The PROM at CN15 is ignored. The JP1 is connected when delivered. Open it if you do not have a PROM. JP2: VCORE selection Pins 1 and 2 shorted Pins 2 and 3 shorted VCORE=3.3Vis set VCORE=1.9V (Default) Caution: Use this setup for CARD-E09A CARD-E09A. JP3: LCD VCC (CN3, pin 1, 9, 15 and 21) selection Pins 1 and 2 shorted Pins 2 and 3 shorted 24 VCC=3.3V VCC=5V EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 5.POWER SUPPLY SPECIFICATION The following provides the power supply specifications of the board. Power supply Name on board Input voltage at CN16 and tolerance +5V P5V +5.0V +/-5% (Note1) +12V P12V +12.0V (Note 2) Power supply +3.3V CPU core power supply RTC backup power supply Name on board P3V VCORE VBK Supply voltage and accuracy +3.3V ±0.1V +1.9V ±0.1V +2.0V to +3.6V (VBK =< P3V) The +5V power is converted by on board power circuit and supplied to the +3.3V and CPU core power circuits. Also, the lithium battery and +3.3V powers are switched and supplied to the RTC backup power circuit. Note 1. The board has the 5V devices with +/-5% voltage tolerance. However, the following points should be considered. When the +5V power is supplied to the PCMCIA slot, the voltage may drop due to the resistance of PCMCIA power switch circuit as follows. Check the power supply specifications of the PC card and its load current before use. mV 70 60 50 Voltage drop 40 30 20 10 100 200 300 400 500 mA Load current Load current and voltage drop ratio of PCMCIA 5V power Rev.A EPSON 25 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual Note 2. Consider the following two points and use the +12V power having the required accuracy. (a) Follow the accuracy of load circuit to be connected to the +12V power supply of LCD panel IF (CN3). (b) Similar to the +5V power supply, the +12V voltage may drop at PCMCIA slot due to the resistance of power switching circuit. Check the power supply specifications and load current of the PC card before its use. mV 150 Voltage drop 100 50 50 100 150 mA Load current Load current and voltage drop ratio of PCMCIA 12V (VPP) power 26 EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 6.CURRENT CONSUMPTION 6.1.Power System Chart The following shows the power supply system. BATTERY +5V VBK SW 3-Terminal REG 3.3V 3-Terminal REG V BK Compact Flash Card 1.9V JP2 V CORE V CC (3.3V) ADDRESS &DATA BUFFER-IC Touch Panel +12V RS232C RS232C Driver IC CC (*:A or B) Anather Logic IC PCMCIA Power SW IC JP3 SLOT_*_V PCMCIA (SLOT- A,B) LCD Connector 3.3/5V Converter Buffer IC LAN Controller KEYBOARD MOUSE PROM SPEAKER LED Power System Chart 6.2.Current Consumption (Reference) The following provides the reference current consumption of CARD-E09A CARD-E09A. Supply the power to connector CN16 according to your application. For current consumption of the CARD-E09A CARD-E09A and Compact Flash Card, see the respective manuals. CARD-E09A CARD-E09A Evaluation Board (excluding CARD-E09A CARD-E09A) Keyboard PROM Others (3.3V system) Others (5V system) PCMCIA SLOT-A PCMCIA SLOT-B LCD I/F VCC Power for ISH expansion bus 5V (Converted) Power Supply 100mA typ 30mA typ 80mA typ 80mA typ 120mA max 120mA max 100mA max 500mA max (*2) 12V Power Supply 60mA max (*1) 60mA max (*1) 100mA max (*1) *1 Not required if the card and LCD do not use the +12V power. *2 Maximum value available on the ISH expansion bus, including the current consumption of devices of 16-bit LED current on the ISH board and those mounted in the universal area. Rev.A EPSON 27 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 7.MEMORY MAP 7.1.SH7709A SH7709A Memory Map The following provides the standard SH7709A SH7709A memory map of EPROM, PCMCIA, ISA-bus and SHbus areas. For details, see the "CARD-E09A CARD-E09A Hardware Manual." 00000000h 04000000h 08000000h 0C000000h 10000000h 14000000h 18000000h 1C000000h Area0 If JP1 is open: Internal ROM of CARD-E09A CARD-E09A If JP1 is short: External ROM Area1 SH7709A SH7709A internal register Area2 SH-Bus Area3 Area4 Area5 Area6 Area7 SDRAM Companion chip or internal ROM of CARDE09A CARDE09A(if JP1 is short) SED1355 SED1355 PCMCIA/ISA SH7709A SH7709A internal register Area 0 The system operation starts from area 0 after reset. If JP1 is open, the internal flash ROM of CARD-E09A CARD-E09A is used as area 0. If JP1 is short, the PROM mounted on CN15 can be used as area 0. In later case, the internal ROM of CARD-E09A CARD-E09A is seen as area 4. Area 2 Area 2 can be used through the ISH expansion bus of CN2. The chip select signal of area 2 is CS#2. Addresses BA0 to BA25 of ISH expansion bus are used. Data of BD0 to BD15 of ISH expansion bus are used together with ISA-bus. 28 EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual Area 6 The following addresses are assigned inside of area 6. Area6 18000000h 18800000h 19000000h 19800000h 8MB PCMCIA-0 Memory/Attribute 8MB PCMCIA-1 Memory/Attribute 8MB PCMCIA-2 Memory/Attribute 8MB 1A000000h 8MB PCMCIA-4 I/O 8MB PCMCIA-5 I/O 8MB PCMCIA-6 I/O 1B800000h 4MB ISA Memory 1BC00000h 1BFFFFFFh 4MB ISA I/O 1A800000h 1B000000h Rev.A EPSON 29 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 7.2.PCMCIA Slot Addresses Upper address bits (A23, A24 and A25) of PCMCIA slot A and slot B are determined by "Slot Address Register" of CARD-E09A CARD-E09A. Refer to "CARD-E09A CARD-E09A Hardware Manual" in detail. Slot output addresses SH7709A SH7709A addresses Area 6 18000000h 18800000h 19000000h 19800000h 1A000000h 1A800000h 1B000000h 1B800000h 1BFFFFFFh 8MB 8MB 8MB 8MB 8MB Memory 8MB 8MB 8MB I/O 30 8MB 8MB 0800000h 1000000h 1800000h 2000000h 2800000h 3000000h 3800000h Determined by the value set by CA25, CA24 and CA23 of Slot Address registers (11000102h, 11000142h) Determined by the value set by Area Select bits of Slot Configuration registers (11000100h, 11000140h) Item PCMCIA slot address 8MB 8MB 8MB 8MB 0000000h Effective address A0 to A25 EPSON Explanation A23, A24 and A25 are determined by "Slot Address Register A" and "Slot Address Register B". Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 7.3.ISH-Bus and ISA-Bus of ISH Expansion Bus 7.3.1.SH-bus Signals of area 2 of SH7709A SH7709A are directly connected to ISH expansion bus. Item SH-bus of ISH expansion bus Effective address BA0 to BA25 Explanation - 7.3.2.ISA-bus The SH7709A SH7709A addresses are mapped as shown above. Upper address bits output to the ISA-bus are determined by "ISA Address Register" of CARD-E09A CARD-E09A. For details, refer to the "CARD-E09A CARD-E09A Hardware Manual." Item ISA-bus address expansion bus of Effective address ISH BA0 to BA23 Explanation BA22 and BA23 are determined by "ISA Address Register." The following provides the relationship between ISA memory map and addresses. ISA address output to ISH buses SH7709A SH7709A addresses Area 6 18000000h 4MB 4MB 1B800000h 1BC00000h 1BFFFFFFh 4MB 4MB ISA MEMORY ISA I/O 4MB 4MB 4MB 4MB 4MB 4MB 000000h 400000h 800000h C00000h FFFFFFh 000000h 400000h 800000h C00000h FFFFFFh Determined by the value set by SA22 and SA23 bits of ISA Address Register (11000870h) Rev.A EPSON 31 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual ISA-bus Areas of LAN Controller The following shows the LAN controller areas on ISA-bus, and they are determined by population of resistor R30, R31, R32 and R33. (High-order 2 bits of address are used for BA22 or BA23 selection.) The LAN area of BA22=0 and BA23=0 is set when delivered. Signal BA23 BA22 Address value 0 1 0 1 R30 OPEN Mounted - R32 Mounted OPEN - R31 OPEN Mounted R33 Mounted OPEN Summary table The following provides a relationship between SH and ISA-bus of ISH expansion bus. Signal A25 A24 A23 A22 A21-0 A21-0 D15-D0 D15-D0 CKIO, BS#, RD#, RD/WR#, WE0#, WE1#, WAIT#, CS2# SBHE#, IOR#, IOW#, IOCS16 IOCS16#, MEMR#, MEMW#, MEMCS16 MEMCS16#, IOCHRDY, RESETDRV, ISADATAENA# SH-bus A A A A A A A ISA-bus A A A A - - A A: available 7.4.U1, U2, U6 and U7 Functions U1, U2, U6, and U7 ICs on this board control data and addresses. U2 shown in he reference circuit diagram for this board includes other functions than 3.3 to 5-volt and 5 to 3.5-volt conversion. When you want to see the details of this section, see the separate reference circuit diagram covering the U2 functions. 32 EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 8.LAN FUNCTIONS 8.1.Outline Evaluation board uses the REALTEK's RTL8019AS RTL8019AS Ethernet controller that meets the IEEE 802.3 Standards and is compatible to NE2000 NE2000 series. The controller has the following features. - 16K-byte SRAM buffer (included in RTL8019AS RTL8019AS) - 10BASE-T 10BASE-T interface RTL8019AS RTL8019AS is connected to the ISA-bus on the CARD-E09A CARD-E09A (refer to the chapter describing the memory map) 8.2.Internal Registers The RTL8019AS RTL8019AS has two types of registers: the NE2000-compatible and RTL8019AS RTL8019AS unique registers, and the plug-and-play (called "PnP") registers. As this board has no PnP setup, the PnP register description is omitted. 8.3.NE2000-Compatible and RTL8019AS RTL8019AS Unique Registers The following lists the registers compatible to NE2000 NE2000 series and those unique to the RTL8019AS RTL8019AS controller. The registers shown in boldface are unique to the RTL8019AS RTL8019AS, are others are compatible to the NE2000 NE2000. Registers are accessed through page mapping, and any of four total pages can be accessed by setup of bits 6 and 7 (PS1 and PS0) of CR register. During access, bits 6 and 7 of CR register must be set. Then, data can be written or read via the appropriate I/O port. Rev.A EPSON 33 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual PAGE=0 (PS1=0, PS0=0) Index 00h 01h 02h 03h 04h 05h 06h 07h 08h 09h 0Ah 0Bh 0Ch 0Dh 0Eh 0Fh 10-17 18-1F 18-1F Read Write Command register (CR) Command register (CR) Current Local DMA address 0 (CLDA0) Page Start register (PSTART) Current Local DMA address 1 (CLDA1) Page Stop register (PSTOP) Boundary pointer (BNDR) Boundary pointer (BNRY) Transmit Status register (TSR) Transmit Page Start address (TPSR) Number of Collisions register (NCR) Transmit Byte Count register 0 (TBCR0) FIF0 Transmit Byte Count register 1 (TBCR1) Interrrupt Status register (ISR) Interrrupt Status register (ISR) Current Remote DMA address 0 Remote Start Address register 0 (RSAR0) (CRDA0) Current Remote DMA address 1 Remote Start Address register 1 (RSAR1) (CRDA1) 8019ID0 8019ID0 Remote Byte Count register 0 (RBCR0) 8019ID1 8019ID1 Remote Byte Count register 1 (RBCR1) Receive Status register (RSR) Receive Configuration resister (RCR) Tally counter 0 (CNTR0) Transmit Configuration resister (TCR) Tally counter 1 (CNTR1) Data Configuration resister (DCR) Tally counter 2 (CNTR2) Interrupt Mask register (IMR) Remote DMA Port Reset Port PAGE=1 (PS1=0, PS0=1) Index 00h 01h 02h 03h 04h 05h 06h 07h 08h 09h 0Ah 0Bh 0Ch 0Dh 0Eh 0Fh 10-17 18-1F 18-1F 34 Read Command register (CR) Physical Address register 0 (PAR0) Physical Address register 1 (PAR1) Physical Address register 2 (PAR2) Physical Address register 3 (PAR3) Physical Address register 4 (PAR4) Physical Address register 5 (PAR5) Current Page register (CURR) Multicast Address register 0 (MAR0) Multicast Address register 1 (MAR1) Multicast Address register 2 (MAR2) Multicast Address register 3 (MAR3) Multicast Address register 4 (MAR4) Multicast Address register 5 (MAR5) Multicast Address register 6 (MAR6) Multicast Address register 7 (MAR7) Remote DMA Port Reset Port Write Command register (CR) Physical Address register 0 (PAR0) Physical Address register 1 (PAR1) Physical Address register 2 (PAR2) Physical Address register 3 (PAR3) Physical Address register 4 (PAR4) Physical Address register 5 (PAR5) Current Page register (CURR) Multicast Address register 0 (MAR0) Multicast Address register 1 (MAR1) Multicast Address register 2 (MAR2) Multicast Address register 3 (MAR3) Multicast Address register 4 (MAR4) Multicast Address register 5 (MAR5) Multicast Address register 6 (MAR6) Multicast Address register 7 (MAR7) EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual PAGE=2 Index 00h 01h 02h 03h 04h 05h 06h 07h 08h 09h 0Ah 0Bh 0Ch 0Dh 0Eh 0Fh 10-17 18-1F 18-1F Read Command register (CR) Page Start register (PSTART) Page Stop register (PSTOP) -ReservedTransmit Page Start address (TPSR) - Configuration resister (RCR) Transmit Configuration resister (TCR) Data Configuration resister (DCR) Interrupt Mask register (IMR) Remote DMA Port Reset Port PAGE=3 Index 00h 01h 02h 03h 04h 05h 06h 07h 08h 09h 0Ah 0Bh 0Ch 0Dh 0Eh 0Fh 10-17 18-1F 18-1F Rev.A (PS1=1, PS0=0) Write Command register (CR) -Read only-Read only-Read only-Read only-Read only-Read only-Read only-Read only-Read only-Read only-Read only-Read only-Read only-Read only-Read only- (PS1=1, PS0=1) Read Command register (CR) 9346CR 9346CR BPAGE CONFIG0 CONFIG1 CONFIG2 CONFIG3 -ReservedCSNSAV -Reserved-ReservedINTR -ReservedCONFIG4 -Reserved-ReservedRemote DMA Port Reset Port Write Command register (CR) 9346CR 9346CR BPAGE -ReservedCONFIG1 CONFIG2 CONFIG3 TEST -ReservedHLTCLK -Reserved-ReservedFMWP -Reserved-Reserved-Reserved- EPSON 35 35 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 8.3.1.NE2000-Compatible Registers Command register (CR) (00h; R/W type) Used for register page selection, enabling or disabling of remote DMA operations, and command issue. Bit 7,6 Symbol PS1,PS0 Explanation Page Select: PS1 0 0 1 1 5 to 3 RD2 to RD0 PS0 0 1 0 1 Remote DMA Command: RD2 RD1 0 0 0 0 1 2 TXP 1 STA 0 STP 0 0 1 1 * 0 1 2 3 Explanation NE2000 NE2000 compatible NE2000 NE2000 compatible NE2000 NE2000 compatible Unique to RTL8019AS RTL8019AS RD0 Function 0 1 0 1 * Not allowed Remote Read Remote Write Transmits packets. Aborts or completes remote DMA. Transmit Packet bit: This bit must always be set for packet transfer. When packet transfer is completed or aborted, this bit is internally reset. Nothing occurs when zeros (0s) are written. Start bit: This bit does not affect on system control. A value written in this bit can be read only. (It is set to zero (0) during power-up.) Stop bit: This bit is the STOP command. When set, no packets are sent or received at all. (It is set to one (1) during power-up.) STA STP Function 1 0 36 Register page EPSON 0 1 Start command Stop command Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual Interrupt Status register (ISR) (07h; Page 0; R/W type) This register indicates the status of Network Interface controller (NIC), and it is used to determine an interrupt cause. It is cleared when each bit is set to 1. Also, the register must be cleared after power-up. Bit Symbol Explanation 7 RST 6 RDC 5 CNT 4 OVW 3 TXE 2 RXE 1 PTX 0 PRX Reset Status: This bit is set when the NIC is reset, and cleared when the Start command is issued for CR. Also, the bit is set when the receive buffer is overflowed, and cleared when one or more packets are read from the buffer. Remote DMA Complete: Set when remote DMA has completed. Counter Overflow: Set when the MSB is set on one or more Network Tally counters. Overwrite Warning: Set when the Receive buffer is exhausted. Transmit Error: Set if packet transfer is not completed due to excessive collision. Receive Error: Set when a packet having one or more following errors is received. - CRC error - Frame alignment error - Packet missing Packet Transmitted: This bit shows that packets have been transmitted without errors. Packet Received: This bit shows that packets have been received without errors. Interrupt Mask register (IMR) (0Fh; Page 0; W type) (0Fh; Page 2; R type) All bits correspond to the bits of ISR register. They are all zeros (0s) during power-up. An interrupt is enabled when its bit is set. Bit Explanation 7 6 5 4 3 2 1 0 Rev.A Symbol RDCE CNTE OVWE TXEE RXEE PTXE PRXE DMA Complete Interrupt Enable: Counter Overflow Interrupt Enabel: Overwrite Warning Interrupt Enabel: Transmit Error Interrupt Enable: Receive Error Interrupt Enable: Packet Transmitted Interrupt Enable: Packet Received Interrupt Enable: EPSON 37 37 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual Data Configuration register (DCR) (0Eh; Page 0; W type) (0Eh; Page 2; R type) Bit Symbol Explanation 7 6,5 FT1,FT0 4 ARM 3 LS 2 LAS 1 BOS 0 WTS Always 1 FIFO Threshold Select: FIFO Threshold Select bits 1 and 0 Auto Initialize Remote: 0: Does not execute the transmit command. 1: Executes the transmit command. Loopback Select: 0: Select the Loopback mode. Bits 1 and 2 of TCR must also be set to allow loopback operations. 1: Selects the normal operation mode. Long Address Select: This bit must be set to zero (0). This NIC supports the dual 16-bit DMA mode only. (It is set to 1 during power-up.) Byte Order Select: 0: Sets the MS byte in MD15 to 8, and LS byte in MD7 to 0. (32xxx, 80x86) 1: Sets the MS byte in MD7 to 0, and LS byte in MD15 to 8. (680x0) Word Transfer Select: 0: Selects the byte-width DMA transfer. 1: Selects the word-width DMA transfer. Transmit Configuration register (TCR) (0Dh; Page 0; W type) (0Dh; Page 2; R type) Bit Symbol Explanation 7 6 5 4 3 OFST ATD 2,1 LB1,LB0 Always 1 Always 1 Always 1 Collision Offset Enable bit Auto Transmit Disable: 0: Normal operation 1: Disables the transmitter when it receives a multicast address hashed to bit 62, and enables the transmitter when it receives a multicast address hashed to bit 63. Encoded Loopback Control: LB1 LB0 Explanation Mode0 Mode1 Mode2 Mode3 0 CRC 0 0 1 1 Normal operation Internal loopback External loopback External loopback Inhibit CRC: Setup CRC bit MODE 0 1 0 1 38 0 1 0 1 Normal Normal Loopback Loopback EPSON CRC logic operation CRC Generator CRC Checker Enabled Disabled Enabled Disabled Disableld Enabled Disabled Enabled Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual Transmit Status register (TSR) (04h; Page 0; R type) This register shows the packet transmission status. Bit Symbol 7 OWC 6 CDH 5 4 CRS 3 ABT 2 COL 1 0 PTX Explanation Out of Window Collision: This bit is set when a collision is detected after slot time (51.2 microseconds). Similar to the usual collision, packets are rescheduled and transmitted. CD Heartbeat: The NIC must start the Collision signal (CD Heartbeat signal) within the first 6.4 microseconds of the interframe gap following the transmission. This bit is set if the transceiver cannot transmit this signal. Always 0 Carrier Sense Lost: This bit is set if a carrier is lost during packet transmission. Transmit Aborted: This bit shows that packet transmission is aborted due to excessive collision. Transmit Collided: This bit shows that packet transmission is collided to another station of network. Always 1 Packet Transmitted: This bit shows that packet transmission has completed without errors. Receive Configuration register (RCR) (0Ch; Page 0; W type) (0Ch; Page 2; R type) Bit Symbol 7 6 5 4 PRO 3 AM 2 AB 1 AR 0 Rev.A MON SEP Explanation Always 1 Always 1 When the Monitor Mode bit is set, the receive packets are checked for their addresses, CRC and frame alignment. But they are not buffered in memory. Otherwise, the packets are buffered in memory. Promiscuous Physical: If PRO=1, all packets have physical addresses are accepted. If PRO=0, packets are accepted if their physical node address matches the station address set by PAR0 to PAR5. Accept Multicast: If AM=1, the packets having the multicast destination addresses are accepted. If AM=0, the packets having the multicast destination addresses are rejected. Accept Broadcast: If AB=1, the packets having the broadcast destination addresses are accepted. If AB=0, the packets having the broadcast destination addresses are rejected. Accept Runt Packets: If AR=1, the packets shorter than 64 bytes are accepted. If AR=0, the packets shorter than 64 bytes are rejected. Save Errored Packets: If SEP=1, a packet having a receive error is accepted. If SEP=0, a packet having a receive error is rejected. EPSON 39 39 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual Receive Status register (RSR) (0Ch; Page 0; R type) Bit Symbol 7 DFR 6 DIS 5 PHY 4 MPA 3 2 FAE 1 CRC 0 PRX Explanation Deferring: This bit is set when a carrier or collision is detected. Receive Disable: This bit is set when the NIC enters the Monitor mode, and the receiver is disabled. This bit is reset when the Monitor mode is ended and the receiver is enabled. Physical/Multicast Address: The PHY bit is set when the receive packet has a multicast or broadcast destination address. It is reset when the receive packet has a physical destination address. Missed Packet: This bit is set when a packet is rejected by the NIC due to insufficient receive buffer or Monitor mode selected. The CNTR2 tally counter is incremented. Always 0 Frame Alignment Error: This bit shows that the input packet does not end on the byte boundary or its CRC does not match the last byte boundary. The CNTR0 tally counter is incremented. CRC Error: This bit shows that the receive packet has a CRC error. This bit is also set during FAE error. The CNTR1 tally counter is incremented. Packet Received Intact: This bit shows that the packets have been received without errors. Current Local DMA registers 0 and 1 (CLDA0 and 1) (01h and 02h; Page 0; R type) The current local DMA address can be obtained from these two registers. CLDA1 Bit 7 A15 Bit 6 A14 Bit 5 A13 Bit 4 A12 Bit 3 A11 Bit 2 A10 Bit 1 A9 Bit 0 A8 CLDA0 Bit 7 A7 Bit 6 A6 Bit 5 A5 Bit 4 A4 Bit 3 A3 Bit 2 A2 Bit 1 A1 Bit 0 A0 Bit 2 A10 Bit 1 A9 Bit 0 A8 Page Start register (PSTART) (01h; Page 0; W type) (01h; Page 2; R type) This register sets the Start Page address of receive buffers. Page Stop register (PSTOP) (02h; Page 0; W type) (02h; Page 2; R type) This register sets the Stop Page address of receive buffers. PSTART/ PSTOP 40 Bit 7 A15 Bit 6 A14 Bit 5 A13 EPSON Bit 4 A12 Bit 3 A11 Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual Boundary register (BNRY) (03h; Page 0; R/W type) This register is used to prevent an overwrite of receive buffers. It is usually used as a pointer to the Receive Buffer page that the host has recently read. BNRY Bit 7 A15 Bit 6 A14 Bit 5 A13 Bit 4 A12 Bit 3 A11 Bit 2 A10 Bit 1 A9 Bit 0 A8 Bit3 A11 Bit2 A10 Bit 1 A9 Bit 0 A8 Transmit Page Start register (TPSR) (04h; Page 0; W type) This register sets the Start Page address of packets transmitted. TPSR Bit 7 A15 Bit 6 A14 Bit5 A13 Bit 4 A12 Transmit Byte Count registers 0 and 1 (TBCR0 and 1) (05h and 06h; Page 0; W type) The transmit packet length (in bytes) is set in these two registers. TBCR1 TBCR0 Bit 7 TBC15 TBC15 Bit 7 TBC7 Bit 6 TBC14 TBC14 Bit 6 TBC6 Bit 5 TBC13 TBC13 Bit 5 TBC5 Bit 4 TBC12 TBC12 Bit 4 TBC4 Bit 3 TBC11 TBC11 Bit 3 TBC3 Bit 2 TBC10 TBC10 Bit 2 TBC2 Bit1 TBC9 Bit 1 TBC1 Bit0 TBC8 Bit 0 TBC0 Bit 2 NC2 Bit 1 NC1 Bit 0 NC0 Bit 2 D2 Bit 1 D1 Bit 0 D0 Number of Collisions register (NCR) (05h; Page 0; R type) This register stores the number of collision times occurring during packet transmission. NCR Bit 7 0 Bit 6 0 Bit 5 0 Bit 4 0 Bit 3 NC3 First-In, First-Out register (FIFO) (06h; Page 0; R type) The FIFO contents after loopback can be checked by use of this register. FIFO Bit 7 D7 Bit 6 D6 Bit 5 D5 Bit 4 D4 Bit 3 D3 Current Remote DMA Address registers 0 and 1 (CRDA0 and 1) (08h and 09h; Page 0; R type) Current address of remote DMA is stored in these two registers. CRDA1 CRDA0 Rev.A Bit 7 A15 Bit 7 A7 Bit 6 A14 Bit 6 A6 Bit 5 A13 Bit 5 A5 EPSON Bit 4 A12 Bit 4 A4 Bit 3 A11 Bit 3 A3 Bit 2 A10 Bit 2 A2 Bit 1 A9 Bit 1 A1 Bit 0 A8 Bit 0 A0 41 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual Remote Start Address registers 0 and 1 (RSAR0 and 1) (08h and 09h; Page 0; W type) The Start address of remote DMA is set in these two registers. RSAR1 RSAR0 Bit 7 A15 Bit 7 A7 Bit 6 A14 Bit 6 A6 Bit 5 A13 Bit 5 A5 Bit 4 A12 Bit 4 A4 Bit 3 A11 Bit 3 A3 Bit 2 A10 Bit 2 A2 Bit 1 A9 Bit 1 A1 Bit 0 A8 Bit 0 A0 Bit 1 RBC9 Bit 1 RBC1 Bit 0 RBC8 Bit 0 RBC0 Bit 2 CNT2 Bit 1 CNT1 Bit 0 CNT0 Bit 2 CNT2 Bit 1 CNT1 Bit 0 CNT0 Bit 2 CNT2 Bit 1 CNT1 Bit 0 CNT0 Remote Byte Count registers 0 and 1 (RBCR0 and 1) (0Ah and 0Bh; Page 0; W type) The data byte count of remote DMA is set in these two registers. RBCR1 RBCR0 Bit7 RBC15 RBC15 Bit 7 RBC7 Bit 6 RBC14 RBC14 Bit 6 RBC6 Bit 5 RBC13 RBC13 Bit 5 RBC5 Bit 4 RBC12 RBC12 Bit 4 RBC4 Bit 3 RBC11 RBC11 Bit 3 RBC3 Bit 2 RBC10 RBC10 Bit 2 RBC2 Frame Alignment Error Tally Counter register (CNTR0) (0Dh; Page 0; R type) CNTR0 Bit 7 CNT7 Bit 6 CNT6 Bit5 CNT5 Bit 4 CNT4 Bit 3 CNT3 CRC Error Tally Counter register (CNTR1) (0Eh; Page 0; R type) CNTR1 Bit 7 CNT7 Bit 6 CNT6 Bit 5 CNT5 Bit 4 CNT4 Bit 3 CNT3 Missed Packet Tally Counter register (CNTR2) (0Fh; Page 0; R type) CNTR2 Bit 7 CNT7 Bit 6 CNT6 Bit 5 CNT5 Bit 4 CNT4 Bit 3 CNT3 Physical Address registers (PAR0 to PAR5) (01h to 06h; Page 1; R/W type) The Ethernet node addresses are set in these registers. They are compared with the destination address of input packets, and used for packet acceptance or rejection. PAR0 PAR1 PAR2 PAR3 PAR4 PAR5 42 Bit 7 DA7 DA15 DA23 DA31 DA39 DA47 Bit 6 DA6 DA14 DA22 DA30 DA38 DA46 Bit 5 DA5 DA13 DA21 DA29 DA37 DA45 EPSON Bit 4 DA4 DA12 DA20 DA28 DA36 DA44 Bit 3 DA3 DA11 DA19 DA27 DA35 DA43 Bit 2 DA2 DA10 DA18 DA26 DA34 DA42 Bit 1 DA1 DA9 DA17 DA25 DA33 DA41 Bit 0 DA0 DA8 DA16 DA24 DA32 DA40 Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual Current Page register (CURR) (07h; Page 1; R/W type) This register points to the page address of the first receive buffer page to be used for packet reception. CURR Bit 7 A15 Bit 6 A14 Bit 5 A13 Bit 4 A12 Bit 3 A11 Bit 2 A10 Bit 1 A9 Bit 0 A8 Multicast Address registers (MAR0 to 7) (08h to 0Fh; Page 1; R/W type) These registers provide the filtering bits of multicast addresses to be hashed by the CRC logic. MAR0 MAR1 MAR2 MAR3 MAR4 MAR5 MAR6 MAR7 Rev.A Bit 7 FB7 FB15 FB23 FB31 FB39 FB47 FB55 FB63 Bit 6 FB6 FB14 FB22 FB30 FB38 FB46 FB54 FB62 Bit 5 FB5 FB13 FB21 FB29 FB37 FB45 FB53 FB61 EPSON Bit 4 FB4 FB12 FB20 FB28 FB36 FB44 FB52 FB60 Bit 3 FB3 FB11 FB19 FB27 FB35 FB43 FB51 FB59 Bit 2 FB2 FB10 FB18 FB26 FB34 FB42 FB50 FB58 Bit 1 FB1 FB9 FB17 FB25 FB33 FB41 FB49 FB57 Bit 0 FB0 FB8 FB16 FB24 FB32 FB40 FB48 FB56 43 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 8.3.2.Registers Unique to RTL8019AS RTL8019AS As introduced above, the registers unique to RTL8019AS RTL8019AS are used in Page 0 and Page 3 as follows. Page 0: An ID of the 8019AS 8019AS can be read. INDEX Name Type Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 0Ah 0Bh 8019ID0 8019ID0 8019ID1 8019ID1 R R 0 0 1 1 0 1 1 1 0 0 0 0 0 0 0 0 The following explains the contents of unique registers used in Page 3. 9346CR 9346CR Register ( 01h ) Bit Symbol TYPE 7-6 EEM1-0 R/W Explanation Selects an RTL8019AS RTL8019AS operation mode. EEM1 EEM0 Normal operation mode 0 0 1 44 EECS EESK EEDI EEDO R/W R/W R/W R 0 1 5-4 3 2 1 0 0 1 1 Normal (DP8390-compatible) Auto Load: When this mode is selected, the RTL8019AS RTL8019AS loads the 93C46 93C46 contents similar to the time when the RSTDRV is activated. (The load time is 2 msec.) When data load is completed, it operation is automatically returned to the normal mode (EEM1=EEM0=0). The CR register is reset to 21h. 93C46 93C46 Programming: In this mode, both local and remote DMA operations are disabled. The 93C46 93C46 can be accessed directly by use of bits 3 to 1 that reflect each status of EECS, EESK, EEDI, and EEDO pins. Config Register Write Enable: This mode must be selected to write data in CONFIG1 to 3 registers of Page 3. Not used Reflect each status of EECS, EESK, EEDI, and EEDO pins in the Auto Load mode or 93C46 93C46 Programming mode. EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual BPAGE register ( 02h) This register selects a BROM page that is read by the host. However, this Evaluation board does not support the BROM and this register is not used. CONFIG0 register (03h) Bit Symbol TYPE 7and6 VERID R/W 5 AUI R 4 3 PNPJP JP R R 2 BNC R 1and0 Rev.A - R Explanation Controller (RTL8019AS RTL8019AS) version ID Bit7 Bit6 Mode 0 0 Initial value is 0. Write-enabled EEM1=EEM0=1 of 9346CR 9346CR register. if 1: If 10Base5 mode is selected or if AUI (pin 64) is set to high 0: Others It is always zero (0) on this board. Indicates the JP status of pin 66. It is zero (0) on this board. Indicates the JP status of pin 65. It is zero (0) (not jumpered) on this board. It is set to one (1) when the 10BASE2 10BASE2 mode is selected and the following is satisfied. (1) PL1=PL0=0 (Auto Detect mode) and the Link test has failed. (2) PL1=PL0=1 (10BASE2 10BASE2 mode) Always zero (0) EPSON 45 45 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual CONFIG1 register (04h ) Bit Symbol TYPE 7 IRQEN R/W 6to4 IRQS2-0 R Explanation It is the IRQS2_0 status control. 1 = It goes high when interrupt request is issued, and goes low when the request is not present. 0 = Turns on the tri-state output. Initial value of this bit is 9346CR 9346CR. When the register EEM1 = EEM0 = 1, overwrite is enabled. IRQ select: It is used for selecting which of INT 7 - 0 of RTL8019AS RTL8019AS to be used. Outputs not selected are forced to tristate. When specified from setting on EEPROM, this board selects INT0. This output is connected to IRQ1 on the CARDE09A CARDE09A. IRQS2 I0S3-0 R IRQS0 0 0 0 0 1 1 1 1 3to0 IRQS1 0 0 1 1 0 0 1 1 0 1 0 1 0 1 0 1 Interrupt line INT0 INT1 INT2 INT3 INT4 INT5 INT6 INT7 It is used for selecting base address of I/O (see Note). When specified from setting on EEPROM, this board selects 300h. IOS3 0 0 0 0 1 1 1 1 0 0 0 0 1 1 1 1 IOS2 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 IOS1 0 0 1 1 0 0 1 1 0 0 1 1 0 0 1 1 IOS0 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 I/O base address 300h 320h 340h 360h 380h 3A0h 3C0h 3E0h 200h 220h 240h 260h 280h 2A0h 2C0h 2E0h NOTE: The RTL8019A RTL8019A is connected to the ISA-bus of CARD-E09A CARD-E09A. When the I/O base is set to 300 (hex), the bit configuration on this board is, in practice, as shown below. 46 EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual - Both bits 4 and 5 of ISA Address Register of CARD-E09A CARD-E09A are set to 0. - The address gained access is 1BC0030h of Area-6. CONFIG2 register (05h) Bit Symbol 7and6 PL1-0 TYPE R/W Explanation Selects a network media type. PL1 PL0 Media type 0 0 1 1 5 BSELB R/W 4 to 0 BS4-0 R 0 TP/CX auto-detect (10baseT link test is enabled.) 10BaseT with link test disabled 10Base5 10Base2 1 0 1 When this bit is set to 1, the BROM is disabled regardless of BS4 to 0 setup. Initial value is 0, and it is write-enabled if EEM1=EEM0=1 of 9346CR 9346CR register. Sets the BROM size and memory base address. This board does not support the BROM. BS4 BS3 BS2 BS1 BS0 BROM Base & Size 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 1 1 1 1 1 1 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 * 0 0 0 0 1 1 0 0 0 0 1 1 1 1 0 0 0 0 1 1 1 1 * 0 0 1 1 0 0 0 0 1 1 0 0 1 1 0 0 1 1 0 0 1 1 * 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 BROM Size BA15 16K 32K 64K Rev.A BA14 High SA14 SA14 Disabled C000h, 32K C800h, 32K D000h, 32K D800h, 32K C000h, 64K D000h, 64K C000h, 16K C400h, 16K C800h, 16K CC00h, 16K D000h, 16K D400h, 16K D800h, 16K DC00h, 16K C000h, Page C400h, Page C800h, Page CC00h, Page D000h, Page D400h, Page D800h, Page DC00h, Page High High SA15 EPSON 47 47 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual CONFIG3 register (06h) Bit Symbol 7 PNP TYPE R 6 FUDUP R 5and 4 LEDS1-0 R Explanation When this bit is set to 1, the RTL8019AS RTL8019AS is operating in the PNP mode. This bit is set when the PNP pin is high or when the PNP bit of 93C46 93C46 is set in Jumper-less mode. It can be ignored in the Jumper mode. When this bit is set, the RTL8019AS RTL8019AS is set to the full-duplex mode that allows simultaneous transmission and reception on the twistedpair link to the full-duplex Ethernet switching hub. Selects an output of LED2 to 0. LEDS0 0 1 1 PWRDN R/W 0 48 R/W ACTIVEB R LED1 Pin LED2 Pin 0 1 SLEEP LED_COL LED_LINK LEDS1 3 2 LED0 Pin LED_RX LED_CRS LED_TX MCSB Reserved. Value 1 must not be written. Selects the Sleep mode as follows. 1: Sleep mode 0: Normal mode Initial value is 0, and it is write-enabled if EEM1=EEM0=1 of 9346CR 9346CR register. Selects the Power Down mode as follows. 1: Power Down mode 0: Normal mode The initial value is obtained from the 93C46 93C46, and it is write-enabled if EEM1=EEM0=1 of 9346CR 9346CR register. There are two types of Power Down mode, depending on the HLTCKL register setup. (1) Mode 1: Power down with clock operation (2) Mode 2: Power down with stopped clock In both mode types, the serial network interface and transceiver of RTL8019AS RTL8019AS are turned off. All network operations are ignored. Also, all LED signals (except for LEDBNC) are set to high. In Mode 2, the internal clock of RTL8019AS RTL8019AS is stopped. Usually, the registers (except for HLTCLK) cannot be accessed in this mode. This is an inverse of bit 0 of PnP Activate register (index 30h). When the RTL8019AS RTL8019AS is deactivated, an I/O access to group-1 registers (except for BROM memory read and HLTCLK registers) is ignored. The HLTCLK regis ter and PnP logic are operated in the normal way. EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual TEST register (07h) Bit 7 to 0 Symbol TYPE - - Explanation Reserved. Write-inhibited. CSNSAV register (08h; R type) (This register is used to backup the CSN assigned to the PnP CSN register.) HLTCLK register (09h; W type) Bit Symbol TYPE 7 to 0 HLT7-0 W INTR register Explanation Halt Clock register: This is an only register that the controller can access to during inactive. Data writing is invalid except for Power Down mode. Write value Power Down mode 52h Mode 1: Power down with clock operation 48h Mode 2: Power down with stopped clock Others Ignored (0Bh; R type) The ISA-bus status of INT7 to 0 pins is reflected. FMWP register Bit Symbol 7 to 0 7 to 1 0 Rev.A TYPE W CONFIG4 register Bit (0Ch; W type) Symbol IOMS Explanation Flash Memory Write Protect: Meaningless as this board does not use flash memory. It is writeenabled if EEM1=EEM0=1 of 9346CR 9346CR register. Data can be written into the flash memory by two times of continuous data writing (57h and 58h). If a value other than 57h and 58h is written, the write sequence is aborted and memory is write-protected. (0Dh; R type ) TYPE Explanation - Reserved. R 1: Uses SA15 to SA0 for I/O address decoding by NE2000 NE2000 register. (I/O address full decoding) 0: Uses SA9 to SA0 for I/O address decoding by NE2000 NE2000 register. EPSON 49 49 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 8.4.RTL8019AS RTL8019AS Configuration Setup Mode The RTL8019AS RTL8019AS supports three configuration modes by jumper setup, RT jumperless setup, and PnP setup. This Evaluation board uses the RT jumperless setup mode by the hardware setup as shown at the bottom of the table. Pin 65 is set to low, pin 66 is set to low, and PNP bit of EEPROM (93C46 93C46) is set to 0 (not equal to PNP) to select the RT jumperless setup mode. JP pin (pin 65) PNP pin (pin 66) PNP bit of 93C46 93C46 Configuration mode High * * Jumper mode Low High * PnP mode Low * 1 PnP mode Low Low 0 RT jumperless mode The resource configuration information of RTL8019AS RTL8019AS (such as I/O base address and interrupt request lines) is stored in CONFIG3 to 0 registers of Page 3 as explained above. The initial value of these registers depend on the EEPROM contents in RT jumperless mode. It is loaded from the EEPROM when the Auto Load command is executed or when the hardware reset signal is issued to the RTL8019AS RTL8019AS. If the value is modified after startup, it is held in the CONFIG3 to 0 registers and used. However, the new configuration value is lost when the Auto Load command is executed, the hardware reset is issued to the RTL8019AS RTL8019AS, or the power supply is turned off. The initial value cannot be changed on this board as its modification means the modification of EEPROM contents. 50 EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 8.5.Initial Value of Configuration Registers The following lists the initial values of CONFIG1 to 4 registers that are set when the Auto Load command is executed or when the hardware reset signal is generated. The value of "Before loaded" is the value that has been loaded from the EEPROM. The value of "93C46 93C46" storage value" is the value that is contained in the EEPROM and loaded when triggered. The value in shaded area is the bit to be set initially regardless of EEPROM contents. CONFIG1 Bit Name Before loaded 93C46 93C46 storage value Initial value 7 6 5 4 3 2 1 0 IRQEN IRQS2 IRQS1 IRQS0 IOS3 IOS2 IOS1 IOS0 1 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 CONFIG2 Bit Name Before loaded 93C46 93C46 storage value Initial value 7 6 5 4 3 2 1 0 PL1 PL0 BSELB BS4 BS3 BS2 BS1 BS0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 CONFIG3 Bit Name Before loaded 93C46 93C46 storage value Initial value 7 6 5 4 3 2 1 0 PNP FUDUP LEDS1 LEDS0 - SLEEP PWRDN ACTIVEB 0 0 0 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 7 6 5 4 3 2 1 0 - - - - - - - IOMS 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 CONFIG4 Bit Name Before loaded 93C46 93C46 storage value Initial value Rev.A EPSON 51 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 9.TERMINAL CHARACTERISTICS 9.1.CARD-E09A CARD-E09A Connectors "Termination-1" gives the termination specifications of CARD-E09A CARD-E09A. The value in parentheses are valid if SLOT_A_VCC or SLOT_B_VCC is 5V. "Termination-2" gives the termination specifications of this board. I/O type and termination Signal Name ACD1#, ACD2#, AVS1, AVS2, BCD1#, BCD2#, BVS1, BVS2 ARDY_IRQ#, AWAIT#, ABVD2_SPKR, ABVD1_STSCHG#, AWP_IOIS16 IOIS16#, BRDY_IRQ#, BWAIT#, BBVD2_SPKR, BBVD1_STSCHG#, BWP_IOIS16 IOIS16#, ACE1#, ACE2#, AOE#, AIORD#, AIOWR#, AWE#, ARESET, AREG#, BCE1#, BCE2#, BOE#, BIORD#, BIOWR#, BWE#, BRESET, BREG# AADRENA#, ADATAENA#, AVPPPGM, AVPPVCC, AVCC5#, AVCC3#, BADRENA#, BDATAENA#, BVPPPGM, BVPPVCC, BVCC5#, BVCC3#, DREQ0#, DREQ1# DACK0#, DACK1# RESETDRV, IOW#, IOR#, SBHE#, MEMR#, MEMW#, ISADATAENA# IOCHRDY, MEMCS16 MEMCS16#, IOCS16 IOCS16#, TXD0, SCK0 RXD0 TXD1 RXD1 TXD2, RTS2# RXD2,CTS2# TXD3, TXD4, DTR3#, DTR4#, RTS3#, RTS4# RXD3, RXD4, DSR3#, DSR4#, CTS3#, CTS4#, DCD3#, DCD4#, RI3#, RI4# IRQ1-4 NMI SRBTN# STANDBY#, PWOFF# CKIO, CS0#, CS2#, RD/WR#, WE1#, WE0#, RD#, BS# WAIT# ROMDIS# TCLK RESETP#, RESETM# 52 Type O Termination-1 (SH Card) 100KPU 100KPU - O 100K(60K)PU - I ( Tri ) - - I - - O I I 100KPU 100KPU - - O I O I O I O I 100KPU 100KPU 100KPU 100KPU Active PU 100KPU 100KPU - 1.2KPU - O 50KPU 50KPU - O O O I I 60KPU 60KPU 100KPU 100KPU 60KPU 60KPU - 1.2KPU - O O O O 4.7KPU 50KPU 50KPU 100KPU 100KPU - 1.2KPU EPSON Termination-2 (Board) Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual DA0, DA1 PTC7/PINT7-PTC1/PINT1 LINE, FRAME, DOTCLK, MOD, FPVCCON, FPVEEON, FPDAT0-15 FPDAT0-15 VSYNC, HSYNC, LINE B,G,R EXTCLKI KBCLK, KBDATA, MSCLK, MSDATA SLCT, PE, BUSY, ACK#, ERROR# SLCTIN#, INIT#, AFD#, STROBE#, LPTD7-0 A25-22 A25-22 A21-0 A21-0 CA25-22 CA25-22 D15-8 D15-8 D7-0 Rev.A I I/O I 60KPU 60KPU - - I I O I/O D 150PD 150PD 100KPU 100KPU - 1.2 KPU (5V) O I/O - 10KPU 10KPU (5V) 10KPU 10KPU (5V) I I I I/O I/O HOLD 100KPU 100KPU HOLD - EPSON 53 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 9.2.PCMCIA Slot The following provides the signal characteristics when the CARD-E09A CARD-E09A is inserted into CN1 socket. The values in parentheses of "Termination" column are valid when SLOT_A_VCC or SLOT_B_VCC is 5V. Termination and Output Signal Name Type Termination 3.3V(5V) A_D0-15 D0-15 B_D0-15 D0-15 ACE1#, ACE2#, AOE#, AWE1#, AIORD#, AIOWR#, ARESET BCE1#,BCE2#, BOE#, BWE1#, BIORD#, BIOWR#, BRESET A_A0-25 A0-25 B_A0-25 A0-25 AREG# BREG# ARDY_IRQ#, AWP_IOIS16 IOIS16#, AWAIT#, ABVD2_SPKR, ABVD1_STSCHG#, BRDY_IRQ#, BWP_IOIS16 IOIS16#, BWAIT#, BBVD2_SPKR, BBVD1_STSCHG# ACD1#, ACD2#, AVS1, AVS2, BCD1#, BCD2#, BVS1, BVS2 Drive(mA) 3.3V/5V IOL IOH Output voltage(V) I/O I/O O 100K(60K)PD 100K(60K)PD 100KPU 100KPU 2/3 2/3 2/3 -2/-3 -2/-3 -2/-3 VOL [max] 0.4 0.4 0.4 O 100KPU 100KPU 2/3 -2/-3 0.4 SLOT_B_VCC-0.4 2/3 2/3 2/3 2/3 -2/-3 -2/-3 -2/-3 -2/-3 0.4 0.4 0.4 0.4 SLOT_A_VCC-0.4 SLOT_B_VCC-0.4 SLOT_A_VCC-0.4 SLOT_B_VCC-0.4 O O Tri Tri I 100K(60K)PU I VOH [min] SLOT_A_VCC-0.4 SLOT_B_VCC-0.4 SLOT_A_VCC-0.4 100KPU 100KPU Input Signal Name A_D0-15 D0-15 B_D0-15 D0-15 ARDY_IRQ#, AWP_IOIS16 IOIS16#, AWAIT#, ABVD2_SPKR, ABVD1_STSCHG#, BRDY_IRQ#, BWP_IOIS16 IOIS16#, BWAIT#, BBVD2_SPKR, BBVD1_STSCHG# ACD1#, ACD2#, AVS1, AVS2, BCD1#, BCD2#, BVS1,2 54 Type Input Low(V) VIL VIL [min] [max] GND 0.8/1.0 GND 0.8/1.0 GND 0.8/0.8 VIH [min] 2.0/3.5 2.0/3.5 2.0/2.0 Input High(V) VIH [max] SLOT_A_VCC SLOT_B_VCC SLOT_A_VCC I GND 0.8/0.8 2.0/2.0 SLOT_B_VCC I GND 0.6 2.4 VCC I/O I/O I EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 9.3.ISH Expansion Bus Termination and Output Signal Name RESETDRV, IOW#, IOR#, SBHE#, MEMR#, MEMW#, STANDBY# ISADATAENA# CKIO, CS2#, RD/WR#, WE1#, WE0#, RD#, BS# PWOFF# DACK0#, DACK1# FPVCCON DA1 BA25-22 BA25-22 BA21-0 BA21-0 BD15-0 BD15-0 PTC7/PINT7 -PTC1/PINT1 IOCHRDY, MEMCS16 MEMCS16#, IOCS16 IOCS16#, RESETP#, RESETM#, NMI TCLK, WAIT#, SRBTN#, DREQ0#, DREQ1# IRQ1-4 Type Termination Drive(mA) IOL IOH Output Voltage(V) VOL VOH [max] [min] 0.4 P3V-0.4 O - 6 -6 O O - 2 2 -2 -2 0.4 0.4 P3V-0.4 P3V-0.4 O - 1.6 -0.2 0.55 2.4 O O O O I/O I/O 60KPU 60KPU 100KPD 100KPD 60KPU 60KPU 1.6 6 2 2 1.6 -0.2 -6 -2 -2 -0.2 0.55 0.4 0.4 0.4 0.55 2.4 P3V-0.4 P3V-0.4 P3V-0.4 2.4 I 1.2KPU I 100KPU 100KPU I 60KPU 60KPU Input Low(V) VIL VIL [min] [max] GND 0.8 -0.3 P3Vx0.2 VIH [min] 2.0 2.0 Input High(V) VIH [max] 5.5 P3V+0.3 Input Signal Name IOCHRDY, MEMCS16 MEMCS16#, IOCS16 IOCS16# TCLK, WAIT#, SRBTN#, DREQ0#, DREQ1# RESETP# (Cautions), RESETM#, NMI IRQ1-4 PTC7/PINT7-PTC1/PINT1 BD15-0 BD15-0 Type I I I I I/O I/O -0.3 -0.3 -0.3 GND P3Vx0.1 0.5 P3Vx0.2 0.8 P3Vx0.9 P3V-0.5 2.0 2.0 P3V+0.3 P3V+0.3 P3V+0.3 P3V Cautions: The RESET# signal must not exceed 0.5V if the RTC is backed up when the system power supply is off. (This rule must also be used during transient of power on/off switching.) Rev.A EPSON 55 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 9.4.LCD Connector Output Signal Name FRAME, LINE, DOTCLK, MOD, FPDAT15-0 FPDAT15-0 FPVEEON FPVCCON Type Drive(mA) IOL IOH O 6 -6 O O 2 1.6 Output voltage(V) VOL VOH [max] [min] 0.3 P3V-0.3 -2 -0.2 0.3 0.55 P3V-0.3 2.4 9.5.CRT Connector Termination and output Signal Name R, G, B HSYNC, VSYNC Type Analog Out O Termination Drive(mA) IOL IOH 150PD 150PD - - - 6 -6 Output voltage(V) VOL VOH [max] [min] 0.3 P3V-0.3 9.6.Mouse and Keyboard Connectors Termination and output Signal Name Type MSDATA, KBDATA, MSCLK, KBCLK I/OD Termination 1.2KPU[5V] Drive(mA) IOL IOH 12 - Output voltage(V) VOL VOH [max] [max] 0.4 - Input Signal Name MSDATA, KBDATA, MSCLK, KBCLK 56 Type I/OD Input Low(V) VIL VIL [min] [max] GND 0.8 EPSON VIH [min] 2.0 Input High(V) VIH [max] 5.5 Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 9.7.Parallel IF Termination and output Signal Name STROBE#, AFD#, INIT#, SLCTIN# ERROR#, ACK#, BUSY, PE, SLCT PD0-7 Type Termination Drive(mA) IOL IOH Output voltage(V) VOL VOH [max] [min] 0.4 - I/OD 10KPU 10KPU[5V] 12 - I 10KPU 10KPU[5V] - - - - I/OD 10KPU 10KPU[5V] 6 - 0.4 - Type Input Low(V) VIL VIL [min] [max] GND 0.8 GND 0.8 GND 0.8 Input Signal Name STROBE#, AFD3, INIT#, SLCTIN# ERROR#, ACK#, BUSY, PE, SLCT PD0-7 I/OD I I/OD VIH [min] 2.0 2.0 2.0 Input High(V) VIH [max] 5.5 5.5 5.5 9.8.Serial IF Termination and output Signal Name RXD2, CTS2# RTS2#, TXD2 Type Termination I O 5.5KPD - Type Termination Input Low(V) VIL VIL [min] [max] -30 0.8 - VIH [min] 2.0 - Input High(V) VIH [max] 30 - Input Low(V) VIL VIL [min] [max] -30 0.8 VIH [min] 2.0 Input High(V) VIH [max] 30 Termination and output Signal Name DCD3#, DCD4#, DSR3#, DSR4#, RXD3, RXD4 CTS3#, CTS4# RI3#, RI4# RTS3#, RTS4# TXD3, TXD4 DTR3#, DTR4# Rev.A I 5.5KPD O - EPSON - - - - 57 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 9.9.Miscellaneous(Serial and IrDA)IF Output Signal Name Type O OD TXD0, SCK0, TXD1 PSOFF Drive(mA) IOL IOH 1.6 10 -0.2 - Output voltage(V) VOL VOH [max] [min] 0.55 2.4 0.3 - Input Signal Name Type RXD0,1 I Input Low(V) VIL VIL [min] [max] 0.3 P3Vx0.2 VIH [min] 2.0 Input High(V) VIH [max] P3V+0.3 9.10.10BASE-T 10BASE-T Connector Signal Name TDP TDM RDP NC NC RDM NC NC Type O O I I - 9.11.Touch Panel Connector Signal Name TPX1 TPY1 TPX2 TPY2 Type Analog I/O Analog I/O Analog I/O Analog I/O 9.12.Speaker Connector Signal Name SPEAKER+ SPEAKER- 58 Type Analog Out Analog Out EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 9.13.EPROM Socket Termination and output Signal Name Termination O I CE#, OE3, A17-0 A17-0 I/O 15 -0 Type 60KPD 60KPD Drive(mA) IOL IOH 2 - -2 - Output voltage(V) VOL VOH [max] [min] 0.4 P3V-0.4 - Input Signal Name I/O 15 -0 Type I Input Low(V) VIL VIL [min] [max] GND 1.0 VIH [min] 3.5 Input High(V) VIH [max] P5V 9.14.Backup Battery Backup voltage(V) VIN(Min) VIN(Max) 2.6 3.6 9.15.Power Input Signal name P12V GND GND P5V Rev.A Voltage +12V +5V EPSON 59 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 10.CARD-E09A CARD-E09A MOUNTING PROCEDURE Tools required: - Three M2 hex keys (7 mm long) - Three M2 nuts - Three M2 screws (1) Insert three hex keys into three board holes, and tighten them using three nuts. (2) Securely insert the CARD-E09A CARD-E09A board into the CN1 socket as shown. (3) Tighten three screws to fix the board (onto three keys). 60 EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 12.LIST OF CONNECTORS No. CN1 CN2 CN3 CN4 CN5 CN6,8,10 CN7 CN9 CN11 CN12 Location SH-CARD ISH-BUS LCD MISC CRT SERIAL MOUSE/KB PARALLEL PCMCIA LOWER HEADER PCMCIA UPPER HEADER PCMCIA LOWER EJECTOR PCMCIA UPPER EJECTOR SPEAKER Connector model 53481-2409 TX15-100P-LT-MH1 TX15-100P-LT-MH1 PS-50PE-D4T1-B1 PS-50PE-D4T1-B1 PS-10PE-D4T1-PN1 PS-10PE-D4T1-PN1 17HE-B13150-74HC1 17HE-B13150-74HC1 PS-10PE-D4T1-B1 PS-10PE-D4T1-B1 TCS-7927-56-401 TCS-7927-56-401 PS-26PE-D4T1-B1 PS-26PE-D4T1-B1 92140-040 92140-045 95079-02CA 95079-02CA 95079-00CA 95079-00CA 173981-2 Manufacturer MOLEX JAE JAE JAE DDK JAE HOSHIDEN JAE BERG BERG BERG BERG AMP CN13 CN14 10BASE-T 10BASE-T TOUCH PANEL 290A-88-30-335 FFC-4CM1 MITSUMI HONDA CN16 POWER 178454-1 AMP Connector applicable TX14-100R-LT-MH1 TX14-100R-LT-MH1 PS-50SM-D4P1-1C PS-50SM-D4P1-1C PS-10SM-D4P1-1C PS-10SM-D4P1-1C PS-10SM-D4P1-1C PS-10SM-D4P1-1C PS-26SM-D4P1-1C PS-26SM-D4P1-1C 179228-2 (Housing) 179518-1 (Contact) HKP-4FS01 HKP-4FS01 (Housing) HKP-F113 HKP-F113 (Contact) 1-480424-0 (Housing) 170148-1 (Contact) Manufacturer's name (abbreviation) details MOLEX Molex Inc. JAE Japan Aviation Electronics Industry, Ltd. DDK Daiichi Denshi Kogyo Corp. HOSHIDEN Hoshiden Corp. BERG Berg Electronics, Japan Corp. AMP AMP Inc. MITSUMI Mitsumi Electric and Machinery Corp. HONDA Honda Communication Industry Corp. 62 EPSON Rev.A ISH Board (SCE88J2B01 SCE88J2B01) Hardware Manual CARD-E09A CARD-E09A Evaluation Kit Hardware Manual Contents 1.OVERVIEW . 1 2.BLOCK DIAGRAM. 2 3.BOARD EXTERNAL VIEW . 3 4.FUNCTION DESCRIPTION . 4 4.1.ISH Expansion Bus Connector . 4 4.2.Logic Analyzer Connector. 5 4.3.LED for Debugging. 7 4.4.Universal Board. 8 5.ELECTRICAL SPECIFICATIONS. 8 Rev.A EPSON i CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 1.OVERVIEW The ISH Board is an evaluation board to be connected to the ISH expansion bus connector (CN2) on the CARD-E09A CARD-E09A Evaluation Board. See "CARD-E09A CARD-E09A Evaluation Board Hardware Manual" also. The ISH Board has the following functions and can be used for evaluation of CARD-E09A CARD-E09A. - Through-holes which output signals from the ISH expansion bus All signals from the ISH expansion bus are output to the board. Can be used for signal verification and signal output. - LEDs for debugging 16-bit LEDs are available for debugging. The LEDs come on and go off corresponding to status of 80h and 81h data bits of the I/O port. - Logic analyzer connector Connector for connecting the logic analyzer is mounted. - Universal board Universal board is mounted. The board contains 2.54-mm pitch through-holes and SOP IC pads on which IC can be added for evaluation. Rev.A EPSON 1 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 2.BLOCK DIAGRAM BA00~23 Decoder BD00-15 BD00-15 Latches ISH extension bus LED (×16) 20pin×4 connector for logic analyzer CKIO,RD#,WE0#,WE1#,CS2 Disconnect signal through hole Through hole(full signals) 2 EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 3.BOARD EXTERNAL VIEW - Board dimensions: 195!132 mm (same as the CARD-E09A CARD-E09A Evaluation Board) 2.54mm pitch, through hole(21x28 holes) Through hole for ISH-BUS signal throughput ( PAD for SOP IC, Pass controller PAD for SOP IC, Pass controller × Connector for logic analyzer LED for debugging Rev.A EPSON 3 CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 4.FUNCTION DESCRIPTION Relationship between the power signal name indications and voltages are as follows. ISH Board P3V P5V CARD-E09A CARD-E09A Evaluation Board P3V P5V CARD-E09A CARD-E09A Voltage VCC - +3.3V +5.0V 4.1.ISH Expansion Bus Connector CN1 is a 100-pin connector. It is used for connecting with the ISH expansion bus on the CARD-E09A CARD-E09A Evaluation Board. All the signals from the ISH expansion bus are output to the ISH expansion bus output through-holes located in the center of the board. For detailed information on signal types and functions, which are the same as CN2 on the CARD-E09A CARD-E09A Evaluation Board, see "CARD-E09A CARD-E09A Evaluation Board Hardware Manual". Connector: TX14-100R-LT-MH1 TX14-100R-LT-MH1 (JAE) CN1 : ISH-BUS Connector Pin Signal Name Pin Signal Name 1 GND 51 GND 2 RESETDRV 52 RESERVE 3 IOCHRDY 53 RESERVE 4 IOW# 54 DA1 5 IOR# 55 RESERVE 6 MEMCS16 MEMCS16# 56 STANDBY# 7 SBHE# 57 RESERVE 8 IOCS16 IOCS16# 58 PWOFF# 9 MEMR# 59 SRBTN# 10 MEMW# 60 PTC7/PINT7 11 ISADATAENA# 61 PTC6/PINT6 12 CKIO 62 PTC5/PINT5 13 TCLK 63 PTC4/PINT4 14 RESETP# 64 PTC3/PINT3 15 RESETM# 65 PTC2/PINT2 16 WAIT# 66 PTC1/PINT1 17 CS2# 67 FPVCCON 18 RD/WR# 68 DACK0# 19 WE1# 69 DREQ0# 20 WE0# 70 DACK1# 21 RD# 71 DREQ1# 22 BS# 72 NMI 23 GND 73 GND 24 BA25 74 P5V 25 BA24 75 P5V 26 BA23 76 P5V 27 BA22 77 P3V 28 BA21 78 P3V 29 BA20 79 P3V 30 BA19 80 IRQ1 4 EPSON Rev.A CARD-E09A CARD-E09A Evaluation Kit Hardware Manual 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 BA19 BA18 BA17 BA16 BA15 BA14 BA13 BA12 BA11 BA10 BA9 BA8 BA7 BA6 BA5 BA4 BA3 BA2 BA1 BA0 GND 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 IRQ1 IRQ2 IRQ3 IRQ4 BD15 BD14 BD13 BD12 BD11 BD10 BD9 BD8 BD7 BD6 BD5 BD4 BD3 BD2 BD1 BD0 GND 4.2.Logic Analyzer Connector CN2, 3, 4 and 5 are connectors for connecting the logic analyzer of the 20-pin box type pin header. Each signal is connected to the signal having the same name as in CN1. Among these connectors, CN3 and CN5 have signals connected only to the through-hole located close to CN5, thereby allowing additional signal connection when necessary. The signa