Boser HS-6036 User manual

HS-6036
Socket 370 Celeron
™
/
Coppermine
™
/Tualatin
™
•VGA •133MHz FSB•ATA/33/66•LAN•
•PC/104•IrDA•USB•WDT•H/W Monitor•
•PICMG Industrial Single Board Computer•
HS-6036V
Socket 370 Celeron
™
/
Coppermine
™
/Tualatin
™
•VGA •133MHz FSB•ATA/33/66•
•PC/104•IrDA•USB•WDT•H/W Monitor•
•PICMG Industrial Single Board Computer•

Copyrights
This manual is copyrighted and all rights are reserved. Unauthorized reproduction
any electronic or machine readable form in whole or in part without prior written
consent from the manufacturer is prohibited.
In general, the manufacturer will not be liable for any direct, indirect, special,
incidental or consequential damages arising from the use of inability to use the
product or documentation, even if advised of the possibility of such damages.
The manufacturer reserves the right to change the contents of this manual without
prior notice in order to improve the function design, performance, quality and
reliability. The author assumes no responsibility for any errors or omissions, which
may appear in this manual, nor does it make a commitment to update the information
contained herein.
Trademarks
BOSER is a registered trademark of BOSER Technology Co., Ltd.
ISB is a registered trademark of BOSER Technology Co., Ltd.
Intel is a registered trademark of Intel Corporation.
Award is a registered trademark of Award Software, Inc.
All other trademarks, products and or product's name mentioned herein are
mentioned for identification purposes only, and may be trademarks and/or registered
trademarks of their respective companies or owners.
© Copyright 2002
All Rights Reserved.
User Manual edition 1.3, Nov.21.2002

Contents •i
Contents
HS-6036 ......................................................................................................1
HS-6036V...................................................................................................II
GENERAL INFORMATION .............................................................................3
1.1 MAJOR FEATURES .....................................................................................4
1.2 SPECIFICATIONS.........................................................................................5
1.3 DELIVERY PACKAGE...................................................................................7
HARDWARE INSTALLATION ........................................................................8
2.1 CAUTION OF STATIC ELECTRICITY.............................................................8
2.2 CAUTION ON UNPACKING AND BEFORE INSTALLATION .............................9
2.3 HS-6036’S LAYOUT.................................................................................10
2.4 QUICK LISTING OF JUMPERS ...................................................................11
2.5 QUICK LISTING OF CONNECTORS ............................................................12
2.6 JUMPER SETTING DESCRIPTION..............................................................13
2.7 SETTING THE CPU HOST CLOCK FREQUENCY.......................................14
2.8 SETTING THE RTC CONFIGURATION.......................................................14
2.9 SYSTEM MEMORY DRAM........................................................................15
2.10 WATCH-DOG TIMER...............................................................................15
2.11 VGA CONTROLLER................................................................................17
2.12 DISKONCHIPADDRESS SETTING.......................................................18
CONNECTION .................................................................................................19
3.1 POWER AND FAN CONNECTORS ............................................................19
3.2 IDE'S LED, KEYLOCK AND RESET BUTTON............................................21
3.3 EXTERNAL SPEAKER................................................................................21
3.4 PCI E-IDE DRIVE CONNECTOR ..............................................................22
3.5 PARALLEL CONNECTOR ...........................................................................24
3.6 THE FLOPPY DISK DRIVE CONNECTOR ...................................................25
3.7 SERIAL PORTS CONNECTORS .................................................................26
3.8 KEYBOARD CONNECTORS .......................................................................26
3.9 PS/2 6PIN MINI DIN MOUSE CONNECTOR ..............................................27
3.10 IR CONNECTOR .....................................................................................28
3.11 USB PORTS CONNECTOR.....................................................................28
3.12 LAN INTERFACE CONNECTOR ..............................................................29
3.13 I2C BUS INTERFACE CONNECTOR.........................................................29

ii •Contents
3.14 PC/104 BUS CONNECTION....................................................................30
AWARD BIOS SETUP....................................................................................32
4.1 MAIN MENU ..............................................................................................33
4.2 STANDARD CMOS SETUP.......................................................................34
4.3 ADVANCED CMOS FEATURES ................................................................35
4.4 ADVANCED CHIPSET FEATURES..............................................................36
4.5 INTEGRATED PERIPHERALS .....................................................................37
4.6 POWER MANAGEMENT SETUP .................................................................39
4.7 PNP/PCI CONFIGURATION SETUP ..........................................................40
4.8 PC HEALTH STATUS ................................................................................41
4.9 FREQUENCY/VOLTAGE CONTROL............................................................42
SOFTWARE UTILITIES .................................................................................43
5.1 VGA DRIVER INSTALL FOR WIN95 & WIN98 .........................................44
5.2 VGA DRIVER INSTALL FOR WIN NT4.0..................................................47
5.3 VGA DRIVER INSTALL FOR WIN2000.....................................................51
5.4 NETWORK DRIVER INSTALL FOR WIN98 .................................................55
5.5 NETWORK DRIVER INSTALL FOR WIN NT4.0..........................................59
5.6 SMSC DRIVER INSTALL FOR WIN95 & WIN98......................................66
5.7 SMSC DRIVER INSTALL FOR WIN2000..................................................71

3
Chapter-1
General Information
The HS-6036 is a 100MHz FSB PICMG Bus System that also supports
133MHz clock. It features Socket 370 for Intel®Celeron™/CoppermineTM/
TualatinTM Industrial Single Board CPU Card and functions that make it an
ideal all-in-one industrial single board computer. HS-6036 uses the Intel
440BX chipset that offers better stability than other 133MHz FSB based
systems in the ISA bus and software compatibility.
With onboard ATA/33/66 and Mode 3/4 IDE disk drive interface architecture,
HS-6036 supports a maximum of 33/66MB/sec in data transfer rating with
two IDE disk drive connections.
The onboard 16MB SiS 305 display controller provides up to 1280 x 1024 x
16M colors resolution and high performance 3D acceleration.
The advanced PICMG Bus add on connection of HS-6036 allows users to
easily obtain both ISA’s 16bit and PCI’s 32-bit full set signals from a full-size
PICMG slot for suitable plug-in to systems with 8/16/32-bit ISA and PCI slots.
The HS-6036 provides four DIMM sockets supporting up to 1GB of main
system memory.
A single Flash chip holds the system BIOS, and you can easily update the
Flash BIOS by the Utility Update software. Advanced USB and IR ports also
provide for faster data transmission. You can also use the DOS version of the
DiskOnChip™socket by issuing commands from the DOS prompt without
the need of other software to support up to 288MB.
The HS-6036 features also include Realtek RTL8100 10/100 Based LAN
design on board. One RJ-45 connector provide a easy connections to user
for LAN applications.
If a program unexpectedly causes a halt, the on board Watchdog Timer will
automatically Reset the COU or generate an interrupt. The Watchdog is
designed with hardware only and doesn’t need any arithmetical functions of
a real-time clock chip. This ensures the reliability in an unmanned or
stand-alone system.

4
1.1 Major Features
 Socket 370 for Intel®CeleronTM/CoppermineTM/TualatinTM
266MHz~1.2GHz CPU
 Intel 82443BX/SMSC SLC90E66 system chipset
 100MHz FSB provides up to 133MHz FSB
 Four DIMM sockets with a max. capacity of 1GB
 Winbond W83977 super I/O chipset
 Fast PCI ATA/33/66 IDE controller
 Two RS-232 serial ports
 PC/104 Bus connector
 SiS 305 3D display controller
 Realtek RTL8100 10/100 Based LAN
 DiskOnChip socket supporting memory sizes of up to 288MB
 Supports ATX power function
 Supports Hardware Monitor function

5
1.2 Specifications
 CPU：Socket 370 for Intel®CeleronTM/CoppermineTM/TualatinTM
266MHz~1.2GHz CPU
 Bus Interface：PICMG Bus
 Bus Clock Rate：100MHz FSB up to 133MHz FSB
 Memory：Four DIMM sockets provides up to 1GB
 Chipset：Intel®82443BX/SMSC SLC90E66
 I/O Chipset：Winbond W83977
 VGA：SiS 305 with 16MB memory support hardware DVD
 IDE：Four IDE disk drives support ATA/33/66 and with transfer rates of up
to 33/66MB/sec
 Floppy：Support up to two floppy disk drives
 Parallel Port：One enhanced bi-directional parallel port supporting
SPP/ECP/EPP
 LAN：Realtek RTL8100 10/100 Based LAN
 Serial Port：16C550 UART-compatible RS-232 x 2 serial ports with
16-byte FIFO
 PC/104：PC/104 connector for 16-bit ISA Bus
 IrDA：One IrDA TX/RX header
 USB：Two USB connectors
 Keyboard：PS/2 6-pin Mini DIN or 5-pin connector
 Mouse：PS/2 6-pin Mini DIN or 4-pin header
 DiskOnChip：DiskOnChip socket with memory sizes of up to 288MB
 BIOS：Award PnP Flash BIOS

6
 Watchdog Timer：Set 1, 2, 10, 20, 110, 220 seconds activity trigger with
Reset or NMI
 CMOS：DS12C887 or equivalent device
 DMA Channels：7
 Interrupt Levels：15
 Maximum Power Consumption：+5V@8A(933MHz)、+12V@120mA、
-12V@50mA
 Operating Temperature：0~60°C
 Hardware Monitor：Winbond W83783S
 Board Size：33.6 x 12.1 cm

7
1.3 Delivery Package
The delivery package of HS-6036 includes all following items:
 One HS-6036 Industrial Single Board Computer
 One Printer Ports Bracket Flat Cable
 One com port Bracket Flat Cable
 Two IDE port Flat Cable
 One FDD port Flat Cable
 Utility CD
 User’s Manual
Please contact your dealer if any of these items are missing or
damaged when purchasing. And please keep all parts of the
delivery package with packing materials in case of you want to ship
or store the product in feature.

8
Chapter-2
Hardware Installation
This chapter provides the information on how to install the hardware
of HS-6036. First, proceed with sections 1.3, 2.1 and 2.2 to check
the delivery package. Then, proceed with the jumpers setting of
switches, Watch-Dog Timer and the DiskOnChipaddress
selection etc.
Please be advised that we have upgrade HS-6036 v2.1 to support
Tualatin CPU by selecting JP10. Please refer Jumper Setting P.14.
2.1 Caution of Static Electricity
The HS-6036 has been well packaged with an anti-static bag to
protect sensitive computer components and circuitry from the
damage of static electric discharge.
Note: DO NOT TOUCH THE BOARD OR ANY OTHER
SENSITIVE COMPONENTS WITHOUT ALL NECESSARY
ANTI-STATIC PROTECTION.
Follow the steps below to protect the board in against the static
electric discharge whenever you handle the board:
1. Use a grounding wrist strap in handling the HS-6036. Clip the
ALLIGATOR clip of the strap to the end of the shielded wire lead
from a grounded object. Please put on and connect the strap
before handle the HS-6036 for harmlessly discharge any static
electricity through the strap.
2. Use an anti-static pad to place any components or parts or tools
on whenever working on them outside the computer. You may
also in use the anti-static bag instead the pad. Please ask from
your local supplier for your needs on anti-static requirement.

9
2.2 Caution on Unpacking and Before Installation
First, follow all the necessary steps of section 2.1 to protect the
HS-6036 from electricity discharge. Refer to section 1.3 to check
the delivery package again with following steps:
1.Unpack the HS-6036, Store well all packing materials, manual
and diskette, etc.
2.Are there any components missing or disconnected from the
board? DO NOT INSTALL IF THIS HAPPENED.
3.Is there any visual damage ob the board? DO NOT INSTALL IF
THIS HAPPENED.
4.Check the optional parts (i.e. CPU, SRAM, DRAM, ROM-Disk
etc.) to completely set all necessary jumpers settings and CMOS
setup correctly. Refer to all information on jumpers setting in this
manual.
5.Check the needed external devices (i.e. Add-On-Card, Driver
Type etc.) to complete add-in or connection and CMOS setup
correctly. Refer to all information of connector connection in this
manual.
6.Keep all necessary manual and diskette in good condition for
re-installation purposes in the future if you change your Operating
System or when need arises.

10
2.3 HS-6036’s Layout

11
2.4 Quick Listing of Jumpers
JP1 RESET PIN....................................................................... P.21
JP3 AGP VGA CLOCK SELECT .............................................. P.14
JP4 CPU HOST CLOCK SELECT ............................................. P.14
JP6 CLEAR CMOS................................................................. P.14
JP8(1-4) DISKONCHIPADDRESS................................................. P.18
JP8(5-10) TIME OF WATCH-DOG SELECT ......................................... P.15
JP9 WATCH-DOG TIMER ACTIVE TYPE SETTING ...................... P.15
JP10 COPPERMINE OR TUALATIN SELECT ................................ P.14

12
2.5 Quick Listing of Connectors
S1 ATX POWER SWITCH ...................................................... P.19
CN1 SPEAKER CONNECTOR ..................................................... P.21
CN2 HDD LED ....................................................................... P.21
CN3 KEYLOCK ......................................................................... P.21
CN4 5PIN KEYBOARD CONNECTOR ........................................... P.26
CN5 IR CONNECTOR................................................................ P.27
CN6 FAN CONNECTOR ............................................................ P.19
CN7 I2C BUS CONNECTOR ....................................................... P.29
CN8 PRIMARY IDE CONNECTOR............................................... P.22
CN9 SECONDARY IDE CONNECTOR.......................................... P.22
CN10 ATX POWER CONNECTOR ............................................... P.19
CN11 5PIN ATX POWER CONNECTOR ........................................ P.19
CN12 FDD CONNECTOR ........................................................... P.25
CN13 PC/104 64PIN CONNECTOR ............................................. P.29
CN14 PC/104 40PIN CONNECTOR ............................................. P.29
CN15 USB CONNECTOR ........................................................... P.28
CN16 PARALLEL CONNECTOR.................................................... P.24
CN17 COM1 (2X5 HEADER) ..................................................... P.26
CN18 COM2 (2X5 HEADER) ..................................................... P.26
CN19 4PIN MOUSE CONNECTOR ................................................ P.27
CN20 INTERNAL CRT CONNECTOR ............................................ P.17
CN21 COM1 (DB9)
CN22 RJ-45 CONNECTOR ......................................................... P.28
CN23 PS/2 6PIN MINI DIN MOUSE CONNECTOR ......................... P.27
CN24 CRT DB15 CONNECTOR ................................................. P.17
CN25 COM2 (DB9)
CN26 PS/2 6PIN MINI DIN KEYBOARD CONNECTOR .................... P.26
FN2 FAN POWER CONNECTOR ............................................... P.19
FN3 FAN POWER CONNECTOR ............................................... P.19

13
2.6 Jumper Setting Description
A jumper pin-set is ON as a shorted circuit with a plastic cap
inserted over two pins. A jumper pin-set is OFF as a open circuit
with a plastic cap inserted over one or no pin(s) between pins. The
below figure 2.2 shows the examples of different jumper pin-set
setting as ON or OFF in this manual.
Figure 2.2
All jumper pin-set already has its default setting with the plastic cap
inserted as ON, or without the plastic cap inserted as OFF. The
default setting may reference in this manual with a " * " symbol in
front of the selected item.

14
2.7 Setting the CPU Host Clock Frequency
The HS-6036 provides all necessary by jumper setting in using Bus
Clock frequency as the system bus clocking with JP3 & JP4 setting
as follows:
 Setting the AGP VGA Clock of JP3 :
AGP VGA Clock JP3
66MHz 1-2
* 100MHz 1-2
133MHz 2-3
 Setting the CPU Host Clock of JP4 :
Host Clock 1-2 3-4
*Auto ON ON
BIOS Setting OFF OFF
 Coppermine or Tualatin CPU Select of JP10：
CPU Type JP10
*Tualatin ON
Coppermine OFF
2.8 Setting the RTC Configuration
The HS-6036 provides a setting for the selection of the RTC Clear
Jumper by JP6 setting as follows:
 CMOS Setting of JP6(Only for DS12B887)：
CMOS Clear Jumper JP6
Normal * OFF
Clear CMOS ON

15
2.9 System Memory DRAM
The HS-6036 provides a wide SDRAM memory support with four
DIMM sockets request the access time should meet PC-133
standard (if use 133MHz FSB). The maximum capacity of the on
board memory is 1GB. Use memory module of the same brand and
size to avoid instability due to different access time.
2.10 Watchdog Timer
There are three access cycles of Watchdog Timer which are
Enable, Refresh and Disable. The Enable cycle should proceed by
READ PORT 443H. The Disable cycle should proceed by READ
PORT 045H. A continue Enable cycle after a first Enable cycle
means Refresh.
Once if the Enable cycle activity, a Refresh cycle is request before
the time-out period for restart counting the Watch-Dog Timer period.
Otherwise, it will assume that the program operation is abnormal
when the time counting over the period preset of Watchdog Timer. A
System Reset signal to start again or a NMI cycle to the CPU comes
if over.
The JP9 is using for select the active function of Watchdog Timer in
disable the Watchdog Timer, or presetting the Watchdog Timer
activity at the reset trigger, or presetting the Watchdog Timer activity
at the NMI trigger.
JP9 : Watchdog Active Type Setting
JP9 DESCRIPTION
1-2 Active NMI
*2-3 System Reset
OFF Disable Watch-Dog Timer
The Watchdog Timer is disabled after the system Power-On. The
Watchdog Timer can be enabled by a Enable cycle with reading the
control port (443H), a Refresh cycle with reading the control port
(443H) and a Disable cycle by reading the Watchdog Timer disable
control port (045H). After a Enable cycle of Watchdog Timer, user

16
must constantly proceed a Refresh cycle to Watchdog Timer before its
period setting comes ending of every 1, 2, 10, 20, 110 or 220 seconds
which pre-setting by JP8(5-10). If the Refresh cycle does not active
before Watchdog Timer period cycle, the on board Watchdog Timer
architecture will issue a Reset or NMI cycle to the system.
 JP8 (5-10) : Watchdog Timer - Out Period
PERIOD JP8(5-6) JP8(7-8) JP8(9-10)
*1 sec ON ON ON
2 sec OFF ON ON
10 sec ON OFF ON
20 sec OFF OFF ON
110 sec ON ON OFF
220 sec OFF ON OFF
The Watchdog Timer is control by two I/O ports.
443H I/O Read The Enable cycle.
443H I/O Read The Refresh cycle.
045H I/O Read The Disable cycle.
The following sample programs showing how to Enable, Disable
and Refresh the Watchdog Timer:
WDT_EN_RF EQU 0443H
WDT_DIS EQU 0045H
WT_Enable PUSH AX ; keep AX DX
PUSH DX
MOV DX,WDT_EN_RF ; enable the watch-dog timer
IN AL,DX
POP DX ; get back AX, DX
POP AX
RET
WT_Rresh PUSH AX ; keep AX, DX
PUSH DX
MOV DX,WDT_ET_RF ; refresh the watch-dog timer
IN AL,DX
POP DX ; get back AX, DX
POP AX
RET
WT_DISABLE PUSH AX
PUSH DX
MOV DX,WDT_DIS ; disable the watch-dog timer
IN AL,DX
POP DX ; get back AX, DX
POP AX
RET

17
2.11 VGA Controller
The HS-6036 provides three possible VGA connections. One uses a standard
DB15 internal VGA connector, CN24 (see below). Another header is 5X2
internal VGA connector, CN20.
The HS-6036 has built-in a SiS 503 VGA controller with on chip 16MB
memory that supports resolutions up to 1024x768x16M colors.
CN20 : VGA connector (5x2 Header)
PIN NO. Description PIN NO. Description
1 RED 2 GND
3 GREEN 4 GND
5 BLUE 6 GND
7 HSYNC 8 GND
9 VSYNC 10 GND
 CN24 : VGA connector (DB15)
PIN NO. Description PIN NO. Description
1 RED 2 GREEN
3 BLUE 4 NC
5 GND 6 GND
7 GND 8 GND
9 NC 10 GND
11 NC 12 DDC Data
13 HSYNC 14 VSYNC
15 DDC CLK

18
2.12 DiskOnChipAddress Setting
The HS-6036 provides a U17 socket for install the DiskOnChip
module.
A JP8(1-4) may select the starting memory address of the
DiskOnChip(D.O.C.) to avoid the mapping area with any other
memory devices. If you have another extra memory devices in the
system with the same memory, neither the HS-6036 nor the extra
memory devices will function normally. Please set both at different
memory address mapping.
 JP8(1-4) : DiskOnChipAddress Select
Memory Address Mapping 1-2 3-4
D000 ON ON
D800 OFF ON
E000 ON OFF
E800 OFF OFF
*) : default setting
The D.O.C. function allows the system to run without FDD nor HDD.
The D.O.C. may be used as drive C: or drive A: User may also
easily use the DOS's commands such as FORMAT, SYS, COPY,
XCOPY, DISCOPY and DISKCOMP etc. This means that the
D.O.C. may be used as drive A if the system is without FDD-A for
ambient application. Please contact your supplier for different
D.O.C. module sizes.