Fytech POS790 User Manual

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USER MANUAL

Point-of-Sale Hardware System

VERSION V1.4 DECEMBER 2010

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The information contained in this document is subject to change without notice. We make no warranty of any kind with regard to this material, including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose. We shall not be liable for errors contained herein or for incidental or consequential damages in connection with the furnishing, performance, or use of this material.

This document contains proprietary information that is protected by copyright. All rights are reserved. No part of this document may be photocopied, reproduced or translated to another language without the prior written consent of the manufacturer.

TRADEMARK

Intel®, Pentium® and MMX are registered trademarks of Intel® Corporation. Microsoft® and Windows® are registered trademarks of Microsoft Corporation. Other trademarks mentioned herein are the property of their respective owners.

Safety

IMPORTANT SAFETY INSTRUCTIONS

To disconnect the machine from the electrical power supply, turn off the power 1. switch and remove the power cord plug from the wall socket. The wall socket must be easily accessible and in close proximity to the machine. Read these instructions carefully. Save these instructions for future reference.2. Follow all warnings and instructions marked on the product.3. Do not use this product near water.4. Do not place this product on an unstable cart, stand, or table. The product may fall, 5. causing serious damage to the product. Slots and openings in the cabinet and the back or bottom are provided for 6. ventilation to ensure reliable operation of the product and to protect it from overheating. These openings must not be blocked or covered. The openings should never be blocked by placing the product on a bed, sofa, rug, or other similar surface. This product should never be placed near or over a radiator or heat register or in a built-in installation unless proper ventilation is provided. This product should be operated from the type of power indicated on the marking 7. label. If you are not sure of the type of power available, consult your dealer or local power company. Do not allow anything to rest on the power cord. Do not locate this product where 8. persons will walk on the cord. Never push objects of any kind into this product through cabinet slots as they 9. may touch dangerous voltage points or short out parts that could result in a ﬁre or electric shock. Never spill liquid of any kind on the product.

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iii

CE MARK

This device complies with the requirements of the EEC directive 2004/108/EC with regard to “Electromagnetic compatibility” and 2006/95/EC “Low Voltage Directive”.

FCC

This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference. (2) This device must accept any interference received, including interference that may cause undesired operation.

CAUTION ON LITHIUM BATTERIES

There is a danger of explosion if the battery is replaced incorrectly. Replace only with the same or equivalent type recommended by the manufacturer. Discard used batteries according to the manufacturer’s instructions.

Battery Caution

Risk of explosion if battery is replaced by an incorrectly type. Dispose of used battery according to the local disposal instructions.

Safety Caution

Note: To comply with IEC60950-1 Clause 2.5 (limited power sources, L.P.S) related legislation, peripherals shall be 4.7.3.2 “Materials for fire enclosure” compliant

4.7.3.2 Materials for ﬁ re enclosures For MOVABLE EQUIPMENT having a total mass not exceeding 18kg.the material of a FIRE ENCLOSURE, in the thinnest signiﬁ cant wall thickness used, shall be of V-1 CLASS MATERIAL or shall pass the test of Clause A.2.

For MOVABLE EQUIPMENT having a total mass exceeding 18kg and for all STATIONARY EQUIPMENT, the material of a FIRE ENCLOSURE, in the thinnest signiﬁ cant wall thickness used, shall be of 5VB CLASS MATERIAL or shall pass the test of Clause A.1

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LEGISLATION AND WEEE SYMBOL

2002/96/EC Waste Electrical and Electronic Equipment Directive on the treatment, collection, recycling and disposal of electric and electronic devices and their components.

The crossed dust bin symbol on the device means that it should not be disposed of with other household wastes at the end of its working life. Instead, the device should be taken to the waste collection centers for activation of the treatment, collection, recycling and disposal procedure. To prevent possible harm to the environment or human health from uncontrolled waste disposal, please separate this from other types of wastes and recycle it responsibly to promote the sustainable reuse of material resources.

Household users should contact either the retailer where they purchased this product, or their local government office, for details of where and how they can take this item for environmentally safe recycling.

Business users should contact their supplier and check the terms and conditions of the purchase contract.

This product should not be mixed with other commercial wastes for disposal.

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Revision History

Changes to the original user manual are listed below:

Revision Description Date

1.0 Initial release• 2007 August

1.1

Cover page update• System View update• System Installation update• System Disassembly update• Speciﬁcation update •

2007 December

1.2 Performance model info. added• 2008 January

1.3

B68 motherboard Added• B78 motherboard updated to v2.2• B98 motherboard Added• Format Change• Jumper Setting updated•

2009 December

1.4

SSD Card Replacement Added• C48 motherboard Added•

2010 December

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Table of Contents

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

1-1. Standard Accessories ..............................................1

1-2. Optional Accessories ...............................................2

2. System View ............................. 3

2-1. Front View ...............................................................3

2-2. Side View .................................................................3

2-3. Rear View with stand ...............................................4

2-4. Rear View without wall mount bracket .....................4

2-5. I/O Ports View ..........................................................5

2-6. System Dimension ...................................................6

3. System Assembly .................... 7

3-1. HDD replacement for fan system ............................7

3-2. HDD replacement for fanless system ......................7

3-3. RAM Replacement ..................................................8

3-4. Power Adapter Replacement ...................................9

4. Peripheral Installation ............ 10

4-1. MSR Installation .....................................................10

4-2. VFD Installation ......................................................10

4-3. Wall Mount Kit Assembly ........................................ 11

4-4. Desktop Stand Assembly ........................................12

4-5. Wireless LAN Installation ........................................13

4-5-1. On a Fan System ....................................................13

4-5-2. On a Fanless System .............................................. 14

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4-6. SSD Card Replacement .........................................15

4-6-1. On a Fan System ....................................................15

4-6-2. On a Fanless System .............................................. 16

4-7. Cash Drawer Installation .......................................17

4-7-1. For B78 motherboard .............................................. 17

4-7-2. For B68/B98/C48 motherboard ............................... 19

5. Speciﬁcation ........................... 21

6. Jumper Setting ........................ 23

6-1. For B68 Motherboard .............................................23

6-1-1. Motherboard Layout ................................................23

6-1-2. Connectors & Functions .......................................... 24

6-1-3. Jumper Setting ........................................................26

6-2. For B78 Motherboard .............................................29

6-2-1. Motherboard Layout ................................................29

6-2-2. Connectors & Functions .......................................... 30

6-2-3. Jumper Setting ........................................................31

6-3. For B98 Motherboard .............................................34

6-3-1. Motherboard Layout ................................................34

6-3-2. Connectors & Functions .......................................... 35

6-3-3. Jumper Setting ........................................................36

6-4. For C48 Motherboard .............................................39

6-4-1. Motherboard Layout ................................................39

6-4-2. Connectors & Functions .......................................... 40

6-4-3. Jumper Setting ........................................................41

Appendix: Drivers Installation .... 46

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Packing List1.

Standard Accessories

1-1.

System (with stand)a. Driver bankb. User guidec. Power adapterd. Power corde. RJ45-DB9 cable (x2)f.

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Optional Accessories

1-2.

Metal MSRa. Metal VFDb. Wall-mount Kitc. SSD moduled. WLAN Card (with internal antenna)e.

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System View2.

Front View

2-1.

Side View

2-2.

Fanless System Fan System

Item No. Description

1 Touch Screen 2 MSR Module (Optional) 3 External Antenna (Optional) 4 Hinge Cover for stand installation 5 Stand

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Rear View with stand

2-3.

Fan System

Fanless System

Rear View without wall mount bracket

2-4.

Fan System

Fanless System

Item No. Description

6 VFD (Optional) 7 HDD Door for fan system 8 Ventilation for fan system

9 Cable management outlet 10 VESA hinge bracket 11 I/O ports cover

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I/O Ports View

2-5.

a b

de f g

hij

Fanless System

a b

def g

Fan System

Item No. Description

a Parallel b USB x 4 c COM 1, 2, 3, 4 (from right to left) d Line-out e MIC-in

f Cash Drawer (12V or 19V, can support 24V) g LAN h Power Switch

i DC-In

j PS/2

Note: The I/O ports location may slightly different depending to the fan or fanless system installed.

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System Dimension

2-6.

386 mm

308 mm

220 mm

370 mm

62 mm

250 mm

80 °

411 mm

390 mm

220 mm

407 mm

63 mm

250 mm

80 °

15" System 17" System

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System Assembly3.

Turn to the rear side of the system.1.

Unscrew the screw (x1) securing 2. the HDD door and the rear cover of the system.

Disconnect the SATA cable from 3. the drive.

HDD replacement for fan system

3-1.

HDD replacement for fanless system

3-2.

To remove and replace the HDD, please follow below steps. The procedures may be different depending on the fan or fanless system being installed.

Turn to the rear side of the system 1. and unfasten the screws (x17) to separate the rear cover from the system. The HDD is installed on the motherboard. If your system install with a stand or a wall mount bracket, please remove them beforehand. (Refer to Chapter 4-3 or 4-4)

Disconnect the HDD cable and 2. replace the HDD.

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Removing a RAM module

Please Open the rear cover by 1. unfasten the screws (x17) to access the motherboard.

Use both fingers to pull the ejector 2. clips out of the sides of the module.

Slide out to take out the memory 3. module from the memory slot.

Installing a RAM module

Slide the memory module into the 4. memory slot and press down until it fix with the ejector clips.

RAM Replacement

3-3.

Please open the rear cover (see Chapter 3-1 or 3-2) ﬁrst then remove and replace the RAM module. You can refer to the motherboard layout to ﬁnd the memory compartment. (See chapter 6 for different motherboard)

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Power Adapter Replacement

3-4.

Disconnect the power cable from 1. the adapter pre-installed in the power bracket attached in the stand.

Unscrew the screws (x2) and 2. separate the power bracket from the stand.

Disconnect the other end of the 3. power adapter from the connector on the I/O panel.

Draw out the power adapter gently 4. through the cable management hole on the stand.

Replace the power adapter by 5. reversing the procedure of above steps.

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Peripheral Installation4.

MSR Installation

4-1.

Unfasten the thumb screws (x2) to 1. remove the I/O cover.

Connect the MSR module into the 2. system and fasten the screws (x2).

Connect the PS/2 Connector into 3. the PS/2 port on the I/O panel.

Note: the PS/2 port locates in different places on the I/O panel according to the fan or fanless system being installed.

Connect the VFD metal bracket 1. into the system with screws (x2)

Fasten the VFD module to the 2. metal bracket by fastening the thumb screws (x2).

Connect the VFD cable to the 3. RJ45 connector on the I/O panel.

VFD Installation

4-2.

VFD Accessories

VFD modulea. VFD metal bracket b. (with RJ45 cable) Screws (x2)c.

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Wall Mount Kit Assembly

4-3.

Fix the metal bracket (a) to the 1. VESA bracket and the display with the screw (b) (x1).

Align the tear drop holes of the 2. wall mount bracket (c) into the 4 VESA bracket screws.

Fasten the thumb screw of the 3. wall mount bracket (a) to fix the wall mount bracket (c) to the VESA bracket.

Accessories items

a. Metal bracket with thumb screw b. Screw x 1 c. Wall mount bracket

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Desktop Stand Assembly

4-4.

VESA bracket assembly

Align the standard VESA mounting 1. holes of the VESA bracket (a) and the display and fix them with the screws provided (f) (x4).

Stand bracket assembly

Align the guide slot of the stand 2. bracket (b) into the hinge shaft of the stand (c).

Fasten the screws (e) (x3) on each 3. sides to fix the stand bracket (b) to the stand (c).

Align the hinge cover (d) (x2) into 4. the right position of the stand bracket (b) and fix it until you hear a click sound.

Align the screws (f) (x4) on the 5. VESA bracket (a) pre-installed on the display to the four tear drop holes of the stand bracket (b) preinstalled with the stand.

Accessories items

a. VESA bracket b. Stand bracket c. Stand d. Hinge cover x2 e. Screws for both sides of stand x6 f. Screws for VESA bracket x 4

abc def

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Wireless LAN Installation

4-5.

Disconnect the HDD cable from the 1.

system first (see Chapter 3-1).

Unscrew the screws (x17) to 2.

remove the rear cover (a).

Assemble the antenna cable (b) 3.

by fasten the nut, washer and the coaxial cable as picture instructs.

Insert the WLAN card 4.

Connect the antenna cable to the 5.

“main connector” on the WLAN card.

Cover the rear cover by reversing 6. the step 2.

The pre-drilled hole for the external 7. antenna installation is built in the side of the rear cover on a fan system. Rotate the external antenna clockwise and fasten to the connector of the internal antenna cable.

On a Fan System4-5-1.

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Open the rear cover by removing 1. the screws (x17)

Fix the antenna mounting bracket 2. (b) with the screw (x1) onto the LCD chassis under the rear cover.

Assemble the antenna cable by 3. inserting the coaxial cable to the pre-drilled hole of the bracket (b) and fastening with the nut and the washer with the mounting bracket.

Insert the WLAN card (c) 4. to the WLAN socket on the motherboard and press it downward until the ejector clips lock it in place.

Connect the antenna cable to the 5. “main connector” on the wireless LAN card.

On a Fanless System4-5-2.

For installing the external antenna and the wireless LAN card for fanless System, please see below pictures and instructions.

Cover the rear cover again by 6. reverse the step 2.

The drilled hole is built-in the rear 7. side of the rear cover on a fanless system. Rotate the external antenna clockwise and fasten to the connector of internal antenna cable.

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SSD Card Replacement

4-6.

On a Fan System4-6-1.

If your system equipped with SSD Card instead of hard drive disk as storage device, please follow below steps to replace the SSD card.

2. Turn to the rear side and open

the HDD door on a fan system (see Chapter 3-1).

3. Fasten the screw (x3) as

shown to fix the SSD module.

1. Fasten the screw(x4) on the

rear side of the SSD holder bracket to fix the SSD card.

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On a Fanless System4-6-2.

1. Follow 4-6-1 step 1 to assemble SSD

module.

2. Turn to the rear side and open the

rear cover on a fanless system (see Chapter 3-2).

3. Fasten the screw (x4) as shown to fix

the SSD module.

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Cash Drawer Installation

4-7.

For B78 motherboard4-7-1.

You can install a cash drawer through the cash drawer port. Please verify the pin assignment before installation.

Cash Drawer Pin Assignment

Pin Signal

1 GND 2 DOUT bit0 3 DIN bit0 4 12V / 19V 5 DOUT bit1 6 GND

Cash Drawer Controller Register

The Cash Drawer Controller use one I/O addresses to control the Cash Drawer.

Attribute: Read / Write

Size: 8bit

BIT BIT7 BIT6 BIT5 BIT4 BIT3 BIT2 BIT1 BIT0

Attribute Reserved Read Reserved Write Reserved

76543210

X X X X

Reserved

Cash Drawer “DOUT bit1” pin output control

Cash Drawer “DOUT bit0” pin output control

Reserved

Cash Drawer “DIN bit0” pin input status

Reserved

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Bit 7: Reserved. Bit 6: Reserved. Bit 5: Reserved. Bit 4: Cash Drawer “DIN bit0” pin input status. = 1: the Cash Drawer closed or no Cash Drawer. = 0: the Cash Drawer opened. Bit 3: Reserved. Bit 2: Cash Drawer “DOUT bit0” pin output control. = 1: Opening the Cash Drawer = 0: Allow closing the Cash Drawer Bit 1: Cash Drawer “DOUT bit1” pin output control. = 1: Opening the Cash Drawer = 0: Allow closing the Cash Drawer Bit 0: Reserved

Note: Please follow the Cash Drawer control signal design to control the Cash Drawer

Cash Drawer Control Command Example

Use Debug.EXE program under DOS or Windows98

Command Cash Drawer

O 4B8 04 Opening O 4B8 00 Allow to closing

Set the I/O address 4B8h bit2 =1 for opening the Cash Drawer by “DOUT bit0” ► pin control. Set the I/O address 4B8h bit2 = 0 to allow closing Cash Drawer. ►

Command Cash Drawer

I 4B8 Check status

The I/O address 4B8h bit4 =1 means the Cash Drawer is closed or no Cash ► Drawer. The I/O address 4B8h bit4 =0 means the Cash Drawer is open. ►

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For B68/B98/C48 motherboard4-7-2.

You can install a cash drawer through the cash drawer port. Please verify the pin assignment before installation. Below cash drawer installation is applicable for B68, B98 and C48 motherboard.

Cash Drawer Pin Assignment

Pin Signal

1 GND 2 DOUT bit0 3 DIN bit0 4 12V / 19V 5 DOUT bit1 6 GND

Cash Drawer Controller Register

The Cash Drawer Controller use one I/O addresses to control the Cash Drawer. The Cash Drawer Control Register and the Cash Drawer Status Register.

Attribute: Read / Write

Size: 8bit

BIT BIT7 BIT6 BIT5 BIT4 BIT3 BIT2 BIT1 BIT0

Attribute Reserved Read Reserved Write Reserved

76543210

X X X X

Reserved

Cash Drawer “DOUT bit0” pin output control

Cash Drawer “DOUT bit1” pin output control

Reserved

Cash Drawer “DIN bit0” pin input status

Reserved

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Bit 7: Reserved Bit 6: Cash Drawer “DIN bit0” pin input status. = 1: the Cash Drawer closed or no Cash Drawer = 0: the Cash Drawer opened Bit 5: Reserved Bit 4: Reserved Bit 3: Cash Drawer “DOUT bit1” pin output control. = 1: Opening the Cash Drawer = 0: Allow close the Cash Drawer Bit 2: Cash Drawer “DOUT bit0” pin output control. = 1: Opening the Cash Drawer = 0: Allow close the Cash Drawer Bit 1: Reserved Bit 0: Reserved

Note: Please follow the Cash Drawer control signal design to control the Cash Drawer.

Cash Drawer Control Command Example

Use Debug.EXE program under DOS or Windows98

Command Cash Drawer

O 48C 04 Opening O 48C 00 Allow to close

Set the I/O address 48Ch bit2 =1 for opening Cash Drawer by “DOUT bit0” pin ► control. Set the I/O address 48Ch bit2 = 0 for allow close Cash Drawer. ►

Command Cash Drawer

I 48C Check status

The I/O address 48Ch bit6 =1 mean the Cash Drawer is opened or not exist. ► The I/O address 48Ch bit6 =0 mean the Cash Drawer is closed. ►

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Motherboard B68 B78 B98 C48

Fan/Fanless Fanless Fanless

Fan

(performance)

Fan

(Performance)

Fanless

CPU Support

Intel Atom N270

processors 1.6G

(BGA)

Intel Celeron

M ULV 1.0GHz

(BGA)

Intel Celeron

M 1.5GHz

/ Pentium

M 1.8GHz

(Socket)

Intel Celeron M 1.86GHz /

Core duo 2.0GHz /

Core 2 duo

1.66GHz (socket)

Intel Pineview D525

dual core 1.8G L2

1M, FSB800MHz

Chipset

Intel 945GSE

+ ICH7M FSB

533MHz

Intel 852GM + ICH4 FSB

400MHz

Intel 945GME + ICH7M FSB

400/533/667MHz

CPU with Graphic

built-in + ICH 8M

System Memory

2 x DDR2 SO-

DIMM Slot support

up to 2GB

2 x DDR SO-DIMM Slot support

up to 2GB

2 x DDR2 SO-

DIMM Slot support

up to 4GB

2 x DDR3 DIMM

up to 4GB, FSB

800Mhz

Graphic Memory

Share system memory up to

224MB

Shared system memory up to

64MB

Shared system

memory up to

224MB

Intel GMA 3150,

share system

memory up to

256MB

LCD Touch Panel

Brightness 15" TFT LCD: 250nits

17" TFT LCD: 250~400nits

Maximal Resolution 15" TFT LCD: 1024 x 768

17" TFT LCD: 1280 x 1024 Touch Screen Type Resistive / SAW (optional) Tilt Angle 0° ~ 80°

Storage

HDD one slim HDD bay support SATA HDD Flash Memory by optional SSD card (without HDD)

Expansion

Mini-PCI Slot N/A 1 N/A

Mini-PCI-E Slot 1 N/A 1

External I/O Ports

USB 4 ports (V2.0) PS2 1

Serial / COM

4 x COM ports RJ-45 connectors

( COM1 & COM2 standard RS-232; COM3 & COM4 pin9 with 5V /12V

power by jumper )

4 x RJ 45 COM (COM1/COM2 standard RS232 without power, COM3 / COM4 powered COM with power enable /disable by BIOS setting and +5V/+12V by MB setting. COM3 default +5V/ COM4

default +12V )

Parallel 1 LAN (10 /100 / 1000)

1 x RJ45

DC Jack 1

Speciﬁcation5.

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Motherboard B68 B78 B98 C48

Cash Drawer Port 1 x RJ 11 (12V /19V) Audio Jack 1 x Line-out, 1 x Mic-in

Audio

Built in Speaker N/A N/A 2x2W 2x2W N/A

Power

Power Adapter 19V, 90W

Control

Power Button

Peripheral

Metal MSR

3 Tracks MSR ( PS/2 )

Metal Customer Display

Flush mount VFD display 2 x 20 characters (COM)

Communication

Wireless LAN

802.11 a/b/g wireless LAN card & antenna

Environment

EMC & Safety FCC, Class A, CE, LVD Operating Temperature

C ~ 35oC (41oF ~ 95oF)

Storage Temperature

-20

C ~ 55oC (-4oF ~ 140oF)

Operating Humidity 20% ~ 80% RH non condensing Storage Humidity 20% ~ 85% RH non condensing Dust & Water Proof IP 55 (Front bezel)

Dimension (W x D x H)

Stand at LCD 80 degree : 15" TFT LCD: 386 x 250 x 370 mm (15.2" x 9.8" x 14.6") 17" TFT LCD: 411 x 250 x 390 mm (16.2" x 9.8" x 15.4")

Wall mount : 15" TFT LCD: 386 x 60 x 308 mm (15.2" x 2.4" x 12.1") 17" TFT LCD: 411 x 60 x 345 mm (16.2" x 2.4" x 13.6")

Weight (N.W./G.W.)

15" TFT LCD: 12kgs / 13kgs 17" TFT LCD: 13kgs / 14kgs

Mounting

100mm x100mm VESA Standard holes

OS Support

Windows XP Professional, Windows XP

Embedded,

Windows CE, Windows 7 & Vista , POSReady 2009,

Linux

Windows 2000 Professional Embedded, Windows

XP, XP Professional Embedded, XP Embedded,

Vista (Vista only for B98), POSReady 2009 , Linux

Windows XP Professional,

Windows

Embedded

POSReady

2009, Windows

XP Embedded,

Windows XP Professional

for Embedded,

WinCE, Windows

7, Vista, Linux

* This speciﬁcation is subject to change without prior notice.

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Version: B68 v1.0

For B68 Motherboard

6-1.

Jumper Setting6.

Motherboard Layout6-1-1.

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Connector Purpose

BAT1 CMOS Battery Base ( Use CR2023) CN1 Power On Button CN2 Touch Sensor CN3 Power LED CN4 SATA1 HDD Power Connector CN5 SATA2 HDD Power Connector CN6 LCD Interface Connector CN7 IrDA Connector CN8 For External Touch Connector CN9 Inverter Connector CN10 Card Reader Connector CN11 Line Out CN12 LED Power CN13 MIC In CN14 Speaker & MIC CONN CN15 CD-IN CONN CN16 FT Status Interface CN17 LAN LED CN18 USB5 CN19 DC-Jack CN20 PS2 KEYBOARD CN21 For Bedside Terminal CN22 LPT Interface for Touch CN23 For LPT Touch Reset DDR2_A1 DDR2 SO-DIMM1 DDR2_A2 DDR2 SO-DIMM2 PRN1 Parallel Port PWR1 +19V Power Adaptor RJ11_1 Cash Drawer Connector RJ45_1 COM1, COM2, COM3, COM4 RJ45_2 LAN SATA1 SATA Connector

Connectors & Functions6-1-2.

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Connector Purpose

SATA2 SATA Connector SKT1 SPI ROM USB1 USB1, USB2 USB2 USB3, USB4 SW1 Power On Bottom JP1 CRT Connector JP2 CRT Power/I2C Connector JP3 COM3/COM4 Power Setting

JP4 VGA Power Setting JP5 COM2 Connector JP6 COM2(RS232/422/485) Setting JP7 LCD ID Setting JP8 RTC Reset JP9 Power Mode Setting JP11 Cash Drawer Power Setting (+12V,+19V) JP12 Hardware Reset

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COM2 RS232/485/422 Setting

Function JP6 JP5

▲RS232

8 10

579

57911

6 8 10 124

RS485

810

579

11 12810

579

RS422

810

579

64 10

57911

68 124

COM3 & COM4 Power Setting

Function JP3

COM3 (Pin 10)

▲RI

57911

6 8 10 124

+5V

11 12810

579

+12V

11 12810

579

COM4 (Pin 10)

▲RI

11 12810

579

+5V

11 12810

579

+12V

11 12810

579

▲ = Manufacturer Default Setting

Jumper Setting6-1-3.

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Cash Drawer Power Setting

Function JP11

▲+12V

+19V

Power Mode Setting

Function JP9

▲ATX Power

AT Power

RTC Reset

Function JP8

▲CMOS Normal

CMOS Reset

VGA Power Setting

Function JP4

▲No Power

+12V

▲ = Manufacturer Default Setting

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LCD ID Setting

Panel# Resolution

LVDS

Output

Interface

JP7

Bits Channel

1 1366 x 768 24 Single

LVDS Panel

2 1440 x 900 24 Dual

LVDS Panel

4 1920 x 1080 24 Dual

LVDS Panel

5 1024 x 768 24 Single

LVDS Panel

6 1280 x 1024 24 Dual

LVDS Panel

7 800 x 600 24 Single

LVDS Panel

9 1024 x 768 18 Single

LVDS Panel

11 800 x 600 18 Single

LVDS Panel

12 800 x 600 18 Single

LVDS Panel

CRT

Remark: Panel ID#12 is specialized for Sharp 12.1” LQ121S1LG41/LQ121S1LG42 panel

Jumper open

Jumper short

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Version: B78 v2.2

For B78 Motherboard

6-2.

Motherboard Layout6-2-1.

Page 37

Connectors & Functions6-2-2.

Connector Purpose

BAT1 CMOS Battery Base ( Use CR2023)

CN1 Audio Line Out

CN2 Audio MIC In

CN3 Internal Power Switch

CN4 Speaker & MIC Connector

CN9 CD-IN Connector

CN11 Power Connector For 3.5" HDD

CN13 COM5 for Touch

CN15 CPU FAN Connector

CN16 Hardware Reset

CN18 USB2

CN19 LCD Interface Connector

CN20 Inverter Connector

CN21 Card Reader Connector

CN22 System FAN Connector

CN23 IrDA Connector

CN24 FT Status Interface

CN26 Internal Power In Connector

CN27 Internal LPT Connector

CN28 Internal PCI Reset Output Connector

IED1 Secondary IDE Connector (Pitch = 2.0mm)

PRN1 Parallel Port

PWR1 +19V Power Adaptor

RJ11_1 Cash Drawer Connector

RJ45_1 LAN (On Board)

RJ45_2 COM1, COM2, COM3, COM4

SATA1 SATA Connector

USB1 USB3, USB4

USB2 USB5, USB6

JP1 VGA Port

JP2 VGA Power

JP3 COM3/COM4 Power Setting

JP4 Cash Drawer Power Setting

JP6 Power Mode Setting

JP7 LCD ID Setting

JP8 CMOS Operation Mode

JP9/JP10 COM2 RS232/485/422 Setting

JP13 System Indicator Function

JP14 USB Path Setting

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Jumper Setting6-2-3.

COM2 RS232/485/422 Setting

Function JP10 JP9

▲RS232

11 12810

579

68104

RS485

57911

6 8 10 124

810

579

RS422

57911

68 124

810

579

COM3 & COM4 Power Setting

Function JP3

COM3 Pin10

▲RI

57911

6 8 10 124

+5V

11 12810

579

+12V

11 12810

579

COM4 Pin10

▲RI

11 12810

579

+5V

11 12810

579

+12V

11 12810

579

▲ = Manufacturer Default Setting

Page 39

Cash Drawer Power Setting

Function JP4

▲+12V

+19V

Power Mode Setting

Function JP6

▲ATX Power

AT Power

CMOS Operation Mode

Function JP8

▲CMOS Normal

CMOS Reset

USB Path Setting

Function JP14

▲To Docking

To Motherboard

System Indicator Function

Function JP13

▲Disable

Enable

▲ = Manufacturer Default Setting

Page 40

LCD ID Setting

Panel# Resolution

LVDS

JP7

Bits Channel

1 640 x 480 18 Single

2 800 x 600 18 Single

3 1024 x 768 18 Single

4 1280 x 1024 24 Dual

5 1024 x 768 24 Single

6 800 x 600 24 Single

7 800 x 600 18 Single

8 800 x 600 18 Single

9 1024 x 768 24 Single

10 1440 x 900 24 Dual

11 1280 x 1024 24 Dual

12 1440 x 900 18 Dual

Remark: Panel ID#12 is specialized for Sharp 12.1" LQ121S1LG41/ LQ121S1LG42 panel

Jumper open

Jumper short

Page 41

Version: B98 v1.0

For B98 Motherboard

6-3.

Motherboard Layout6-3-1.

Page 42

Connectors & Functions6-3-2.

Connector Purpose

BAT3 CMOS Battery Base (Use CR2023) CN3 Audio Line Out CN4 MIC In CN5 Internal Power On Switch Connector CN8 Speaker & MIC Connector CN9 Internal LAN LED CN11 CD-IN / Line-In Connector CN12 LCD Interface Connector CN13 IrDA Connector CN14 Inverter Connector CN15 COM5 for Touch CN16 Power Connector For HDD CN18 USB5 CN19 Card Reader Connector CN20 FT Status Interface Connector CN21 Internal Input Power Connector CN22 Hardware Reset DDR2_A1 DDR2 SO-DIMM DDR2_B1 DDR2 SO-DIMM FAN_CPU3 CPU FAN Connector FAN_SYS3 System FAN Connector MINI_PCIE3 Mini PCI-E Socket PCI3 Mini PCI Socket PRN3 Parallel Port PWR3 +19V Power Adaptor RJ11_3 Cash Drawer Connector RJ45_3 LAN (On Board) RJ45_4 COM1, COM2, COM3, COM4 SATA1 SATA Connector SATA2 SATA Connector SKT1 SPI ROM SW3 Power On Button USB3 USB1, USB2 USB4 USB3, USB4 JP3 Cash Drawer Power Setting JP4/JP6 COM2 RS232/485/422 Setting JP5 COM3/COM4 Power Setting JP7 CMOS Operation Mode JP8 LCD ID Setting JP9 VGA Port JP10 2nd Display Power JP11 Power Moder Setting JP12 System Indicator

Page 43

Jumper Setting6-3-3.

COM2 RS232/485/422 Setting

Function JP6 JP4

▲RS232

57911

6 8 10 124

579

68104

RS485

11 12810

579

68104

RS422

57911

68 124

810

579

COM3 & COM4 Power Setting

Function JP5

COM3 Pin10

▲RI

57911

6 8 10 124

+5V

11 12810

579

+12V

11 12810

579

COM4 Pin10

▲RI

11 12810

579

+5V

11 12810

579

+12V

11 12810

579

▲ = Manufacturer Default Setting

Page 44

Cash Drawer Power Setting

Function JP3

▲+12V

+19V

Power Mode Setting

Function JP11

▲ATX Power

AT Power

CMOS Operation Mode

Function JP7

▲CMOS Normal

CMOS Reset

System Indicator

Function JP12

▲Disable

Enable

▲ = Manufacturer Default Setting

Page 45

LCD ID Setting

Panel# Resolution

LVDS

Output

Interface

JP8

Bits Channel

1 1366 x 768 24 Single

LVDS Panel

2 1440 x 900 24 Dual

LVDS Panel

4 1920 x 1080 24 Dual

LVDS Panel

5 1024 x 768 24 Single

LVDS Panel

6 1280 x 1024 24 Dual

LVDS Panel

7 800 x 600 24 Single

LVDS Panel

9 1024 x 768 18 Single

LVDS Panel

11 800 x 600 18 Single

LVDS Panel

12 800 x 600 18 Single

LVDS Panel

CRT

Remark:

Panel ID#12 is specialized for Sharp 12.1" LQ121S1LG41/ LQ121S1LG42 panel

Jumper open

Jumper short

Page 46

Version: C48 v2.1

For C48 Motherboard

6-4.

Motherboard Layout

6-4-1.

Page 47

Connector Purpose

CN1 Power Button Connector CN3 Printer Port Reset CN4 Printer Port CN5/8 HDD Power CN11 COM5 For Touch CN13 Card Reader Connector CN14 Line out CN15 HDD LED CN16 Speaker & MIC CN17 CD IN CN18 MIC IN CN19 Power LED CN20/JP10 System Indicator CN21 LAN LED CN22 USB Port CN23 PS2 KEYBOARD CN24 +19V DC IN CN25 For GM2621 Debug CN26 LVDS CN27 Inverter Connector CN28 Key Pad CN29 System Fan DDR3_A1 DDR3 SO-DIMM1 SATA1 SATA Connector SATA2 SATA Connector SW1 Power Button JP1 CMOS Operation Mode JP3/6 VGA Port JP4/5 COM2 RS232/485/422 Setting JP8 LCD ID Setting JP9 Power Mode Setting JP12 System Reset JP14 Inverter Selection JP18 COM3/4 Power Setting JP19 Cash Drawer Power Setting

Connectors & Functions

6-4-2.

Page 48

COM2 RS232/485/422 Setting

Function JP5 JP4

▲RS232

13579 268104

57911

6 8 10 124

RS485

810

579

11 12810

579

RS422

810

579

64 10

57911

68 124

Cash Drawer Power Setting

Function JP19

+19V

▲+12V

Power Mode Setting

Function JP9

▲ATX Power

AT Power

System Reset

Function JP12

▲System Normal

System Reset

▲ = Manufacturer Default Setting

Jumper Setting

6-4-3.

Page 49

System Indicator

Function JP10

▲Disable

Enable

Inverter Selection

Function JP14

▲ CCFL

LED

CMOS Operation Mode

CMOS Reset

To clear the CMOS,

1. Remove the power cable from the system.

2. Open the system, and set the ‘CMOS Operation jumper’ from ‘CMOS Normal’ to ‘CMOS Reset’. (refer to the jumper shown below)

3. Connect the power cable to the system, and power on the system: in ATX mode: press the power button and it will fail power on in AT mode: turn on system power

4. Remove the power cable from the system.

5. Return the "CMOS Operation mode" jumper setting from "CMOS Reset" to "CMOS normal".

6. Connect the power cable and power on the system.

Function JP1

▲CMOS Normal

CMOS Reset

▲ = Manufacturer Default Setting

Page 50

COM3 & COM4 Power Setting

For C48, COM3/COM4 power adjustment must be made by BIOS/Utility and Jumper. Since COM3/COM4 default is “None“ meaning no power, power must be on through BIOS prior to physical jumper change.

Jumper setup

Function JP18

COM3

▲+5V

+12V

COM4

+5V

▲+12V

▲ = Manufacturer Default Setting

BIOS/Utility setup

Press <DEL> key to enter BIOS 1. SETUP UTILITY when system boot up. Find tab "Advanced".2. Select "Power Conﬁguration 3. COM/VGA Ports" and press <Enter> to go to sub screen.

4. To switch on the power, select "Power". Please save the change before exiting BIOS so as to go for physical jumper adjustment.

Page 51

LCD ID Setting

Several conﬁgurations are applied to different sizes of panel. Please refer to the followings to complete relevant settings.

12.1"/15" Terminal

Physical Jumper Setting

Resolution

LVDS

Output Interface JP8

Bits Channel

800 x 600 24 Single

1st: LCD Panel

2nd: VGA port

1024 x 768 24 Single

1366 x 768 24 Single

800 x 600 18 Single

*800 x 600 18 Single

1024 x 768 18 Single

Remark: Panel ID#12 is specialized for Sharp 12.1” LQ121S1LG41/ LQ121S1LG42 panel

Jumper open

Jumper short

2nd VGA Power Setting

VGA port power must be on through BIOS/Utility for default is “No Power“.

BIOS/Utility setup

Press <DEL> key to enter BIOS 1. SETUP UTILITY when system boot up. Find tab "Advanced".2. Select "Power Conﬁguration 3. COM/VGA Ports" and press <Enter> to go to sub screen.

Page 52

4. To switch on the power, select "+12V". Please save the change before exiting BIOS to avoid data lost.

5. To switch brightness level, select brightness control and choose level. Please save the change before exiting BIOS to avoid data lost.

Page 53

Appendix: Drivers Installation

The shipping package includes a Driver CD in which you can ﬁnd every individual driver and utility that enables you to install the drivers on the system. Please insert the Driver CD into the drive and double click on the “index.htm” to select the models. You can refer to the drivers installation guide for each driver in the “Driver/Manual List”.