ICOP ICOP-6023VE User Manual

ICOP-6023VE

Embedded 386SX CPU ISA Half Size SBC

Series

User’s Manual

(Version 3.0)

ii

Copyright Notice

This document is copyrighted, 2000 by ICOP Technology Inc.
All rights are reserved. The information in the manual is
subject to change without notice in order to improving products.

No part of this manual may be reproduced, copied, translated
or transmitted in any form or by any means without the prior
written permission of the manufacturer.

ICOP Technology Inc. assumes no responsibility for any
inaccurac ies that may be contained in this document. ICOP
Technology Inc. makes no commitment to update or to keep
current the information contained in this manual.



Copyright 2000 by ICOP Technology Inc.
All rights reserved. Ver.2.1 2000,
Printed in Taiwan

Tradema rks Acknowledgments

All brand names and trademarks are the properties and
registered brands of their respective owners.

iii

T a b l e o f C o n t e n t s

Chapter 0 Startup

0.1 Packing List ....................................................... 1

0.2 Specifications .................................................... 2

0.3 Component Location ........................................... 3

Chapter 1 Introduction

1.1 Features............................................................ 4

1.2 Specifications .................................................... 5

1.3 VGA Interface .....................................................7

1.4 DiskOnChip ....................................................... 8

1.5 Network Interface ............................................... 9

Chapter 2 Installation

2.1 Jumper Settings............................................... 10

2.1.1 ICOP-6023VE ............................................ 11

2.2 Connectors...................................................... 12

2.2.1 ICOP-6023VE ............................................ 12

2.3 DiskOnChip/EPROM/Flash ROM Disk ................... 13

2.3.1 Setting Up a DiskOnChip 2000 Flah Disk ....... 13

2.3.2 Setting Up a Flash Disk.............................. 15

2.4 Watchdog Timer ............................................... 16

2.5 General Purpose I/O.......................................... 24

Chapter 3 SVGA Setup

3.1 Introduction..................................................... 26

3.1.1 Chipset.................................................... 26

3.1.2 Display Memory ........................................ 26

3.2 Flat Panel BIOS and Wiring................................ 26

Chapter 4 Network Interface

4.1 Introduction..................................................... 35

4.2 Software Support.............................................. 35

iv

Warranty

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 1

C h a p t e r 0

Startup

0.1 Packing List

Product

Name

Function Package

ICOP-6023VE

Embedded
386SX ISA Half
Size All-in-One
SBC with
VGA/LCD,
GPIO, Ethernet

l ICOP-6023VE Embedded 386SX CPU

SBC

l FDD cable x 1
l HDD cable x 1
l RS232 cable x 3
l Printer cable with bracket x 1
l AT KB / PS2 Mouse Y-cable x 1
l VGA cable x 1

2 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

0.2 Specifications

Features ICOP-6023VE

Chipset

DM&P(ALi) M6117D

Processor

386SX-40 on-die

Multi I/O Chip

ALi 5113

BIOS

AMI BIOS

Watchdog Timer

From 30.5ìs to 512 seconds

Bus Interface

ISA and PC/104 standard compliant

Memory

4MB onboard, up to 20MB

Memory Sockets

SIMM x 1

DiskOnChip Socket

1

Digital I/O

16 Bit

Display

VGA/LCD

VGA CRT/LCD Chip

TOPRO TP6508IQ

Enhanced IDE Port

1

Floppy Connector

1

Serial Port

RS232 X 2 (or RS232 X 1,RS485 X 1)

Parallel Port

1

Ethnernet

Realtek 8019AS / 10Mb

Power Requirement

+5V @ 0.8A

Board Weight

240g

Board Size

185mm X 122 mm

Operating Temperature

-20 ~ +60°C

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 3

0.3 Component Location

ICOP-6023VE

EIDE
Port

FDD
Port

Parallel
Port

RS-485

PS/2 Keyb.

CRT VGA

RJ-45 Cont.

COM1 Port

Keyb.
Cont.

P8 Power
Cont.

COM1
COM2

GPIO

Cont.

Flat
Panel

4 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

C h a p t e r 1

Introduction

1.1 Features

l Half-size (185x122 mm) Embedded CPU Single Board Computer
l ISA-bus interface with onboard PC/104 connector
l DM&P (ALi) M6117D Embedded CPU, 100% compatible with 386SX -40

CPU

l CRT and Flat Panel Display interface
l 4MB EDO RAM onboard and up to 20MB by expansion
l Enhanced IDE devices and FDD interface
l One Bi-directional Parallel Port
l RS-232/485 interface and onboard DB-9 connector
l Watchdog timer
l 16-bit GPIO connector on-board
l Socket for Flash or DiskOnChip
l Onboard Keyboard, Mouse connector
l Onboard Ethernet, compatible with NE2000
l Single voltage +5 V power connector
l Operating temperature from –20  +60℃
l Flexible OEM/ODM design

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 5

1.2 Specifications

• Embedded CPU: DM&P(ALi) M6117D is an implementation of an INTEL
compatible 386SX-40 CPU, realtime clock, a watchdog timer and ALi’s
M1217B chipset

• BIOS: Y2K compliant AMI system BIOS

• DRAM Memory: 4MB EDO DRAM onboard

• Bus Interface: ISA and PC/104

• Data Bus: 16-bit

• Bus Speed: PC/104 - 8 MHz
(Above values are defaults, bus speeds are programmable up to 16 MHz)

• DMA Channels: 7

• Interrupt Levels: 15

• Enhanced IDE: supports one port and up to two enhanced IDE (PIO mode

4) hard drives

• Watchdog Timer: generates either a RESET, NMI or an IRQ when your
application loses control over the system. Optionally the watchdog can
trigger a user specified interrupt. The watchdog is configurable from 30.5ìs
to 512 seconds (in 30.5 ìs segments)

• Real-time Clock: included in M6117D with onboard lithium battery backup
for 10 years of data retention. CMOS data backup of BIOS setup and BIOS
default.

• Keyboard and Mouse Connectors: supports different tpye connectors of
AT Keyboard and PS/2 -mouse

High Speed Multi I/O

• Chipset: ALi 5113

• Serial ports: supports high speed RS-232 port, high speed RS-232/485
port (jumper selectable). Both with 16C550 UART and 16 byte FIFO

• Floppy Disk Drive Interface: supports up to two floppy drives, 5¼“ (360
KB or 1.2 MB) and 3½ “ (720 KB, 1.44 MB)

• Bi-directional Parallel Port: supports SPP, EPP and ECP mode

LAN

• Realtek 8019AS single chip

6 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

• NE2000 compatible with built in 16 KB RAM buffer

• Throughput : 10 Mbps

Environmental and Power

• Power Requirements:

Single voltage +5 V @ 800mA

• Board Dimensions: 185 (L) x 122 (W) mm.

• Board Weight: 240 g

• Extended Operating Temperature: -20~+60 °C

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 7

1.3 VGA Interface

• Chipset: TOPRO TP6508IQ

• Memory: 1 MB onboard

• System Bus: 16-bit ISA bus

• Panel Data Bus: 24-bit

• Display: CRT and Flat Panel Mono/TFT/DSTN/EL

• Supported Flat Panels:
NEC NL-6448AC30-10 TFT 9.4" 640X480
N EC NL-6448AC30-03 TFT 9.4" 640X480
NEC NL-6448AC33-10 TFT 10.4" 640X480
NEC NL-6448AC33-13 TFT 10.4" 640X480
NEC NL-6448AC33-18 TFT 10.4" 640X480
NEC NL-8060BC31-09 TFT 12’1 800X600
NEC NL-8060AC31-02 TFT 10.4" 800X600
NEC NL-8060AC31-01 TFT 10.4" 800X600
SHARP LQ10D42 TFT 10.4" 640X480
SHARP LQ10D421 TFT 10.4" 640X480
SHARP LQ12531 TFT 12.1" 800x600
SHARP LM64C35P MONO 10.4" 640X480
Planar EL640.480-AA1 EL color 10.4" 640X480

8 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

1.4 DiskOnChip 2000 Flash Disk

Flash Disk DiskOnChip ® 2000

• Package: Single Chip Flash Disk in 32-pin DIP JEDEC

• Capacity: 1 -144 MByte capacity

• Data Reliability: ECC/EDC error correction

• Memory Window: 8 KByte

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 9

1.5 Network Interface

• Chipset: Realtek 8019AS single chip

• Type: 10BASE-T

• Connectors: onboard RJ-45 and BNC connectors

• Monitoring LEDs: network ready indicator, network activity indicator

• Compatibility: NE2000

10 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

C h a p t e r 2

Installation

2.1 Jumper Settings

ICOP-6023VE

Cont 12

Cont 9

P1

Cont 16

Cont 4.

CON1

RJ-45

COM1

Cont 6

Cont 15

Cont 11

J3

CON 2

JP1

Cont 17

Cont 7

JP6

JP7

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 11

2.1.1 ICOP -6023VE

JP1 RESET connector
JP6 IDE LED connector
JP7 VGA IRQ9 operation (ICOP-6025V)

open: VGA operation without IRQ9
close: VGA operation with IRQ9

Cont 17 RS-232/485 selection for COM2

1 -2: RS-232 mode
2 -3: RS-485 mode

12 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

2.2 Connectors

2.2.1 ICOP -6025/6025V

CON1 External female 15-pin D -type CRT Display connector
CON2 Internal 44-pin Flat Panel Display connector (ICOP-6025V)
CONT2 PC/104 bus 64-pin
CONT3 PC/104 bus 40-pin
CONT4 External PS/2 and AT keyboard connector
CONT6 Power connector
CONT7 Internal AT -keyboard connector
CONT9 FDD connector
CONT11 Internal COM2 RS-232/485
CONT12 IDE connector
CONT15 Internal COM1 RS-232
CONT16 Internal RS-485 2 -pin connector
COM1 External 9 -pin male D -type connector for COM1
J3 Internal 20-pin box header for 16-bit GPIO (digital I/O)
P1 Parralel Port
SIM1 (not available) Replaced by 4 MB onboard EDO memory
SIM2 Memory bank 1 (EDO DRAM)
RJ -45 Ethernet connector

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 13

2.3 DiskOnChip/EPROM/Flash ROM Disk

2.3.1 Setup a DiskOnChip ® 2000 Flash Disk

Installation Instructions

1. Make sure the ICOP-602X(V) is powered OFF

2. Plug the DiskOnChip 2000 device(s) into its socket. Verify the direction is
correct (pin 1 of the DiskOnChip 2000 is aligned with pin 1 of the socket)

3. Set address for both DiskOnChip and Flash Disk devices as below
instructions: (Software Setting only for ICOP-6020 & ICOP-6025)

Step1: Enter to AMI BIOS Setup Utility while system power on
Step2: Enter to “Advanced Chipset Setup”
Step3: Select “GPCS Function” to “Enable”
(For DiskOnChip)
Step4: Setect “GPCS0 Command” to “MEMR/W 8bit”
Step5: Select “GPCS0 Start Address” to “0C8000 HEX”
Step6: Select “GPCS0 Size” to “8 KBYTE” (goto Step 10)
(For Flash Disk – only for ICOP-6020)
Step4: Setect “GPCS0 Command” to “MEMR/W 8bit”
Step5: Select “GPCS0 Start Address” to “0E0000 HEX”
Step6: Select “GPCS0 Size” to “64 KBYTE”
Step7: Select “GPCS1 Command“ to “IOW 8bit”
Step8: Select “GPCS1 Start Address” to “000100 HEX”
Step9: Select “GPCS1 Size” to “2 BYTE”

Step10: Save changed and exit.

4. Power up the system

5. During power up you may observe the messages displayed by the
DiskOnChip 2000 when its drivers are automatically loaded into system’s
memory

6. At this stage the DiskOnChip 2000 can be accessed as any disk in the
system

7. If the DiskOnChip 2000 is the only disk in the system, it will appear as the
first disk (drive C: in DOS)

8. If there are more disks besides the DiskOnChip 2000, the DiskOnChip
2000 will appear by default as the last drive, unless it was programmed as
first drive. (Please refer to the DiskOnChip 2000 utilities user manual)

9. If you want the DiskOnChip 2000 to be bootable: a - copy the operating

14 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

system files into the DiskOnChip by using the standard DOS command (for
example: sys d:) b - The DiskOnChip should be the only disk in the systems
or should be configured as the first disk in the system (c: ) using the
DUPDATE utility

For more information on DiskOnChip2000 technology, visit M-Systems Web
site http:// www.m-sys.com where you can find Utilities Manual, Data
Sheets and Application Notes. In addition, you can find the lasted
DiskOnChip 2000 S/W Utilities.

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 15

2.3.2 Setting up a Flash Disk

Before you can use the ICOP-602X(V)’s Flash disk you will have to initialize
it using a software utility called “PC104.EXE”. This program can be found on
the utility disk in the subdirectory “A: \FLASH”

- Connect a keyboard and floppy disk ICOP-602X(V) to the PC/104 bus and
boot-up your system.

- Run PC104.EXE (this is a DOS command line utility)

ICOP-602X(V) FLASH disk initialize program V1.0
FLASH manufacturer : (1)ATMEL (2)SST
Input manufacturer number (1,2) : 1
Input quantity of FLASH (1,2) : 2
Simulation disk:
(1)DISK-A (2)DISK-B (3)DISK-C (4)DISK-D
Input manufacturer number (1,2,3,4) : 1
FLASH-DISK initialize finish.

(Text in bold should be entered by user)

- After running the PC104.EXE configuration program reboot the system,
while holding down the left “Ctrl” key. This will bring you to the “Flash Disk
Utility”

- “CHANGE CURRENT DISK NUMBER” lets you select the drive you want to
assign to the disk, either A, B, C or D

- “CHANGE FLASH DISK SIZE” lets you select the amount of Flash EPROM
chips that are onboard.

- make selections and reboot the system after closing the program
Your disk can now be formatted and setup with normal DOS commands such

as
FORMAT, FDISK, COPY, SYS etc.
Note: when assigning the solid state disk as either C or D, you first have to

run FDISK before formatting the drive !

16 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

2.4 Watchdog Timer

The watchdog ti mer uses a 32.768 KHz frequency source with a 24-bit
counter. Its time range stretches from 30.5 ms to 512 sec. with a resolution
of 30.5 ms. When the watchdog times out a System RESET, NMI or IRQ can
be invoked. Watchdog timer control and the 24-bit count er itself occupy 6
consecutive 8 -bit address locations.

When functioning properly the system resets the watchdog timer periodically
to prohibit that it times out. If the watchdog timer times out, it will RESET
the system, or generate and NMI or IRQ, depending on its configuration.

Watchdog or System Timer

Another great application is to generate a periodic IRQ signal. Under DOS
environment, the 8254, system timer 0, will generate IRQ0 every 54.9 ms.
The watchdog is like system timer 0. It can be programmed to periodically
generate a configurable IRQ. It may be clear that the selected IRQ, will be
no longer available to the system.

Configuring the Watchdog Timer in the BIOS

The M6117D watchdog configuration register can be controlled by software
or can be setup in the BIOS. To do so go to BIOS Setup’s “Advanched
Chipset Setup”

Watchdog Function = Enable/Disable

Watchdog Signal = RESET, NMI or IRQ 3/4/5/6/7/9/10/11/12/14/15

Watchdog Timer = 1/2/4/8/16/32/64/128/256/512 Seconds
The BIOS setup only offers a limited amount of time-out values. More a

hiher resolution of timeout values refer to the next paragraph “Configuring
the Watchdog Timer by Software” Note that in case of using the BIOS setup,
the watchdog starts counting the moment it passes the BIOS setup. This
means that if you set the time -out period to 1 second, the system will keep
rebooting before being able to load operating system or software !

After you have finnished configuring you watchdog timer read “Timeout
Status & Reset - INDEX 3CH” on page 12 and look at the example on page
15 to find out how to priodically reseting the timeout status to prevent the
watchdog timer from invoking a RESET, NMI or IRQ.

Configuring the Watchdog Timer by Software

Chipset configuration registers

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 17

The M6117D configuration register INDEX 37H, 38H, 39H, 3AH, 3BH, 3Ch
are used to control the watchdog functions and/or display its current status.

Enable/Disable watchdog - INDEX 37H

Bit Value Action

7 reserved Do not modify the value of these bits!
6 0

1

Disable watchdog timer
Enable watchdog timer

5-0 Other function Do not modify the value of these bits!

Watchdog time out action - INDEX 38H

Bit Value Action

7-4 0000 No output signal
0001 IRQ3
0010 IRQ4
0011 IRQ5
0100 IRQ6
0101 IRQ7
0110 IRQ9
0111 IRQ10
1000 IRQ11
1001 IRQ12
1010 IRQ14
1011 IRQ15
1100 NMI
1101 System RESET
1110 No output signal
1111 No output signal
3-0 Other function Do not modify the value of these bits!

Watchdog timer - INDEX 39H, 3AH, 3BH

18 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

Index 3Bh 3Ah 39h

Bits D7……D0 D7……D0 D7……D0
counter [VSB……………. …………………... ………..LSB]

For example

Index 3Bh 3Ah 39h Time out

00h 00h 01h 30.5ì s
00h 00h 02h 61ì s
00h 01h 00h 7.8 ms
00h 02h 00h 15.6 ms
01h 00h 00h 2 s
02h 00h 00h 4 s
FFh FFh FFh 512 s

Timeout Status & Reset - INDEX 3CH

Bit Value Action

7 0

1

Timeout has not occurred

Timeout has occured
6
5 1

0

Reset timer

Has no meaning
4-0 Other function, do not modify these bits

Programming the watchdog

To perform any operation on the M6117D configuration registers you always
have to unlock first and lock the registers afterwards

Unlock configuration register Lock configuration register

mov al, 013h mov al, 013h

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 19

out 22h, al out 22h, al
nop nop
nop nop
mov al, 0c5h mov al, 000h
out 23h, al out 23h, al
nop nop
nop nop

Read the value of a configuration register

For example, read INDEX 3Ch :

Unlock configuration register

mov al, 03ch
out 22h, al
nop
nop
in al, 23h
nop
nop
push ax

Lock configuration register

pop ax ;AL - result

Write data to configuration register

For example, write 0FFh to INDEX 3Bh :

Unlock configuration register

mov al, 03bh
out 22h, al
nop
nop
mov al, 0ffh
out 23h, al

20 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

nop
nop

Lock configuration register

Watchdog Program Example

We use the following sequence to initialize the watchdog timer:
(1) Unlock configuration register.
(2) Disable watchdog timer by setting INDEX 37H Bit 6 to ‘0’.
(3) Set the expected counter value to INDEX 3BH, 3AH, 39H.
(4) Select timeout action from INDEX 38H Bit 7 -4.
(5) Enable watchdog timer by setting INDEX 37H Bit 6 to ‘1’.
(6) Lock configuration register.
Example: Set timeout to 128 sec to generate a system RESET.

; Please use MASM to compiler the following program
; Execute under DOS environment
dosseg
. model small
. stack 100h
.code
main proc

mov ax, 0c513h ; Unlock config. register
call writechip
mov ax, 03737h ; Disable watchdog timer
call readchip
and al, 10111111b
xchg ah, al
call writechip
mov ax, 0403bh ; Set the expected counter

; value

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 21

call writechip ; to [400000h]
mov ax, 0003ah ; 30.5*sec*400000h= 128 sec
call writechip
mov ax, 00039h
call writechip
mov ax, 03838h ; Select “system reset” as

; timeout action
call readchip
and al, 00001111b
or al, 11010000b
xchg ah, al
call writechip
mov ax, 03737h ; Enable watchdog timer
call readchip
or al, 01000000b
xchg ah, al
call writechip
mov ax, 00013h ; Lock config. register
call writechip
mov ax, 04c00h
int 21h
main endp

readchip proc

out 22h, al
nop
nop
in al, 23h
nop
nop

22 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

ret

readchip endp
writechip proc

out 22h, al
nop
nop
xchg ah, al
out 23h, al
nop
nop
xchg ah, al
ret

writechip endp
end main

Reset watchdog timer

Resets the watchdog timer periodically to prevent timeout.

mov ax, 0c513h ; Unlock configuration

; register
call writechip
mov ax, 03C3Ch ; Reset watchdog timer

; counter
call readchip
or al, 00100000b ; The counter is reset at
xchg ah, al ; out 23h, al
call writechip
mov ax, 00013h ; Lock configuration

; register
call writechip

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 23

(the above code uses readchip and writechip procedures)

24 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

2.5 General Purpose I/O

M6117D supports 16 independent GPOs and GPIs. This group of GPOs
does not need external 74LS373 to latch as generate purpose output. Also
this group of GPIs do not share signals with the ISA data bus, so no external
74LS245 is required either.

At boot time the state of the GPIO ports can be set in the BIOS.
Go to BIOS Setup’s “Advanched Chipset Setup”

GPIO Sample Program

; Please use TASM to compiler the following program.
; Execute under DOS environment.
;
.286
.model small
.code
mov al,13h ; Unlock 6117D configuration register.
out 22h,al ;
mov al,0c5h ;
out 23h,al ;
mov al,4eh ; Enable GPIO[7 -0] is output pin.
out 22h,al ;
mov al,0 ffh ; If AL fill “FF”, then

; GPIO[7 -0] set as output pin.

out 23h,al ; User can be set logic “1”

; of OUT direction.
mov al,4fh ; Enable GPIO[15-8] is input pin
out 22h,al ;
mov al,00 ; If AL fill “00”, then

; GPIO[15-8] set as input pin.

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 25

out 23h,al ; User can be set logic “0”

; of IN direction.
mov al,47h ; Output data port.
out 22h,al ;
mov al,55h ; Example data out value is 55h,

; to output pin
out 23h,al ; GPIO[7 -0]. So user can

; repeat this loop.
mov al,46h ; If GPIO[7 -0] is set input direction, then data
out 22h,al ; input port is 46.
in al,23h ; Example data input value

; from data input GPIO[7 -0]
mov al,4ch ; Input data port
out 22h,al ;
in al,23h ; Read data from GPIO[15-8]

; into AL register.
mov al,4dh ; If GPIO[15-8] is set output

; direction, then data
out 22h,al ; output port is 4dh.
mov al,55h ; output data value is 55h.
out 23h,al ; Example data output value

; to data input GPIO[15-8]

....... continue program

end

26 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

C h a p t e r 3

SVGA Setup

3.1 Introduction

The ICOP-602XV has an on-board VGA interface. The specifications
and features are described as follows:

3.1.1 Chipset

The ICOP-602XV uses a TOPRO TP65081Q for its SVGA controller,
which supports conventional analog CRT monitor or flat panel. In
addition, it also supports interlaced and non-interlaced analog
monitors (color and monochrome VGA) in high-resolution modes
while maintaining complete IBM VGA compatibility. Multiple
frequency (multisync) monitors are handled as if they were analog
monitors.

3.1.2 Display memory

With 1 MB memory, the VGA controller can drive CRT displays or
color panel displays with resolutions up to 1024 x 768 at 256 colors.

3.2 Flat Panel BIOS and Wiring

Below is a list of optional Flat Panel SVGA BIOS. The VGA BIOS is
combined with the system BIOS in a single. To change to another BIOS
please contact your local dealer.

MLCD.dat - Data File for MONO DSTN640*480 (Default)
example : (1) HOSIDEN HLM6667

(2) HITACHI LMG5160XUFC

(3) CASIO MD650TS00-01

(4) OPTREX DMF_50260NFU -FW-8
DSTN.dat - Data file fo r Color DSTN640*480
example : (1) Sanyo LCM-5331-22NTK

(2) SHARP LM64C35P

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 27

TFT_S1.dat - Data File for TFT640*480-Sync (16 BIT)
TFT_S2.dat - Data File for TFT640*480-Sync (18/24 BIT)

example : (1) HITACHI TX26D60/TX24D55

(2) TOSHIBA LTM09C015A

(3) SHARP LQ10D321

TFT_LP1.dat - Data File For TFT640*480-LP (16 BIT)
TFT_LP2.dat - Data File For TFT640*480-LP (18/24 BIT)

example : (1) Toshiba LTM09c015A)

TFT86_S1.dat - Data File for TFT800*600_sync (16 BIT)
TFT86_S2.dat Data File for TFT800*600_sync (18/24 BIT)

example : (1) NEC NL8060AC26-05

(2) NEC NL8060AC26-04

(3) NEC NL8060BC31-02
EL.dat - Data File for EL640*480
example : (1) PLANAR EL640.480-A
PLASMA.dat - Data File for PLASMA640*480
example : (1) PANASONIC S817

CRT/Flat Panel Mode

All the above BIOS support either CRT only, Flat Panel only or CRT/Flat
Panel simultaneously. To set the mode a Panel Switching Utility is used.

USAGE:
At DOS prompt type >SW508 then Screen will show

1. CRT Only

2. Panel Only

3. CRT/Panel Simutaneous

NEC NL6448AC33-18 wiring

NEC NL6448AC33-18 ICOP-602XV CON1

Pin Pin Name Pin Pin Name

CN1-1 GND 3 GND

28 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

CN1-2 CLK 35 SHFCLK
CN1-3 Hsync 38 LP
CN1-4 Vsync 36 FLM
CN1-5 GND 4 ­CN1-6 R0 27 P18
CN1-7 R1 28 P19
CN1-8 R2 29 P20

CN1-9 R3 30 P21
CN1-10 R4 31 P22
CN1-11 R5 32 P23
CN1-12 GND 33 ­CN1-13 G0 19 P10
CN1-14 G1 20 P11
CN1-15 G2 21 P12
CN1-16 G3 22 P13
CN1-17 G4 23 P14
CN1-18 G5 24 P15
CN1-19 GND 34 ­CN1-20 B0 11 P2
CN1-21 B1 12 P3
CN1-22 B2 13 P4
CN1-23 B3 14 P5
CN1-24 B4 15 P6
CN1-25 B5 16 P7
CN1-26 GND 3 9 ­CN1-27 ENAB 37 MDE

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 29

CN1-28 Vcc 43 Vcc
CN1-29 Vcc 44 Vcc
CN1-30 NC - ­CN1-31 NC - -

NEC NL6448AC30-10 wiring

NEC NL6448AC30-10 ICOP-602XV CON1

Pin Pin Name Pin Pin Name

CN1-1 CLK 42 SHFCLK

CN1-2 Hsync 38 LP

CN1-3 Vsync 36 FLM

CN1-4 DE 37 MDE

CN1-5 - - P0

CN1-6 B0 10 P1

CN1-7 B1 11 P2

CN1-8 B2 12 P3

CN1-9 B3 13 P4
CN1-10 - 14 P5
CN1-11 - 15 P6
CN1-12 G0 16 P7
CN1-13 G1 17 P8
CN1-14 G2 18 P9
CN1-15 G3 19 P10
CN1-16 - 20 P11
CN1-17 R0 21 P12
CN1-18 R1 22 P13

30 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

CN1-19 R2 23 P14
CN1-20 R3 24 P15
CN1-21 - - P16
CN1-22 - - P17
CN1-23 - 27 P18
CN1-24 - 28 P19
CN1-25 - 29 P20
CN1-26 - 30 P21
CN1-27 - 31 P22
CN1-28 - 32 P23
CN1-29 PVcc 5 LCD Vdd
CN1-30 Vcc 43 Vcc
CN1-31 MODE 44 Vcc
CN1-32 GND 3 GND
CN1-33 GND 4 GND
CN1-34 Vdd +12 1 +12
CN1-35 ENABKL 40 ENABKL
CN1-36 GND 39 GND

LJ32H028 wiring

LJ32H028 ICOP-602XV CON1

Pin Pin Name Pin Pin Name

CN1-1 D1 11 P2

CN1-2 D0 12 P3

CN1-3 D3 9 P0

CN1-4 D2 10 P1

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 31

CN1-5 CP2 35 SHF_CLK

CN1-6 GND 3,4 GND

CN1-7 CP1 38 LP

CN1-8 GND 33,34 GND

CN1-9 S 36 FLM
CN1-10 - - ­CN1-11 - - ­CN1-12 - - ­CN1-13 +5V 43,44 +5V(Vdd)
CN1-14 - - ­CN1-15 +12V 1,2 +12V

SHARP LQ10D42 wiring

(640 X 480 TFT Color)

SHARP LQ10D42 ICOP-602XV CON1

Pin Pin Name Pin Pin Name

CN1-1 GND 3,4 GND

C N1-2 CLK 42 SHFCLK

CN1-3 Hsync 38 LP

CN1-4 Vsync 36 FLM

CN1-5 GND 3,4 GND

CN1-6 R0 21 P12

CN1-7 R1 22 P13

CN1-8 R2 23 P14

CN1-9 R3 24 P15
CN1-10 R4 25 P16
CN1-11 R5 26 P17

32 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

CN1-12 GND 3,4 GND
CN1-13 G0 15 P6
CN1-14 G1 16 P7
CN1-15 G2 17 P8
CN1-16 G3 18 P9
CN1-17 G4 19 P10
CN1-18 G5 20 P11
CN1-19 GND 3,4 GND
CN1-20 B0 9 P0
CN1-21 B1 10 P1
CN1-22 B2 11 P2
CN1-23 B3 12 P3
CN1-24 B4 13 P4
CN1-25 B5 14 P5
CN1-26 GND 3,4 GND
CN1-27 ENAB 40 M
CN1-28 Vcc 43,44 Vcc +5V
CN1-29 Vcc 43,44 Vcc +5V
CN1-30 R/L - ­CN1-31 U/D - -

SHARP LQ12S31 wiring

(800 X 600 TFT Color)

SHARP LQ12S31 ICOP-602XV CON1

Pin Pin Name Pin Pin Name

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 33

CN1-1 GND 3 GND

CN1-2 CLK 35 SHFCLK

CN1-3 GND 4 GND

CN1-4 Hsync 38 LP

CN1-5 Vsync 36 FLM

CN1-6 GND 8 GND

CN1-7 GND 8 GND

CN1-8 GND 8 GND

CN1-9 R0 27 P18
CN1-10 R1 28 P19
CN1-11 R2 29 P20
CN1-12 GND 8 GND
CN1-13 R3 30 P21
CN1-14 R4 31 P22
CN1-15 R5 32 P23
CN1-16 GND 39 GND
CN1-17 GND 39 GND
CN1-18 GND 39 GND
CN1-19 G0 19 P10
CN1-20 G1 20 P11
CN1-21 G2 21 P12
CN1-22 GND 39
CN1-23 G3 22 P13
CN1-24 G4 23 P14
CN1-25 G5 24 P15
CN1-26 GND 41 GND
CN1-27 GND 41 GND

34 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

CN1-28 GND 41 GND
CN1-29 B0 11 P2
CN1-30 B1 12 P3
CN1-31 B2 13 P4
CN1-32 GND 41 GND
CN1-33 B3 14 P5
CN1-34 B4 15 P6
CN1-35 B5 16 P7
CN1-36 GND 41 GND
CN1-37 ENAR 37 M
CN1-38 TST - ­CN1-39 Vcc 43 +5Vcc
CN1-40 Vcc 44 +5Vcc
CN1-41 TST - -

ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual 35

C h a p t e r 4

Network Interface

4.1 Introduction

The Realtek RTL-8019AS 10Mbps Ethernet controller board supports both
10BASE-T and Coax 10Base-2 ‘BNC’ connectors, and allows direct connec­tion to your 10Mbps Ethernet based Local Area Network for full interaction
with local servers, wide area networks such as the Internet.

I/O and IRQ settings can be done by software with the supplied utility
software, or it can be set for Plug and Play compatibility. The controller
supports : Full-Duplex Ethernet function to double channel bandwidth, auto
media detection.

4.2 Software Support

On -board EEPROM (93C46) programming
Setup/Diagnostic program for D OS
Help utility for easy installation
RPL boot ROM for Novell Netware, Microsoft NT
NDIS2 (DOS,OS/2,Lantastic,WFW3.1¡K¡K)
NDIS3,NDIS4,NDIS5 for WIN95,98,NT3.51,4.0,5.0,WFW3.11
Netware 16-bit ODI driver for DOS,OS/2 and 32-bit ODI driver for Netware

3.x,4.x,5.0 Server
Packet driver for UNIX Client
SCO Unix driver
Linux driver
All operating systems that support standard NE2000

36 ICOP Embedded 386SX ISA Half Size AIO SBC User's Manual

Warranty

This product is warranted to be in good working order for a period of one
year from the date of purchase. Should this product fail to be in good
working orderat any time during this period, we will, at our option, replace or
repair it at noadditional charge except as set forth in the following terms.
This warranty doesnot apply to products damaged by misuse, modifications,
accident or disaster. Vendor assumes no liability for any damages, lost
profits, lost savings or anyother incidental or consequential damage
resulting from the use, misuse of, orinability to use this product. Vendor will
not be liable for any claim made by anyother related party. Return
authorization must be obtained from the vendor before returned merchan­dise will be accepted. Authorization can be obtained by calling or faxing the
vendor and requesting a Return Merchandise Authorization (RMA) number.
Returned goods should always be accompanied by a clear problem
description.