Casio IT-600 Series User manual

IT-600 Series
Quick Start Guide
(Version 1.07)
CASIO Computer Co., Ltd.
Copyright ©2010. All rights reserved.
May 2010

2
Table of Contents
Editorial Record 4
Preface 6
Chapter 1. Product Overview 7
1.1 Hardware Specifications 7
1.2 Library Configuration 11
1.3 Development Reference Manuals 12
1.4 Sample Program 13
Chapter 2. Prerequisites 14
2.1 Skills Required 14
2.2 Hardware Required 15
2.3 Software Required 17
Chapter 3. Installing SDK to PC 19
3.1 Application Development 19
3.2 Installing CASIO SDK Files 20
Chapter 4. Connecting Power Supply to HA-D60IO, HA-D62IO 24
4.1 HA-D60IO 24
4.2 HA-D62IO 26
Chapter 5. Connecting the IT-600 to PC 29
5.1 ActiveSync Connection 30
5.2 ActiveSync Connection via USB 31
5.2.1 Installing ActiveSync for the First Time 31
5.2.2 If ActiveSync Is Already Installed 37
5.2.3 ActiveSync Connection via IrDA 39
5.3 USB Connection via Windows Mobile Device Center 40
5.4 ActiveSync Connection via WLAN 42
5.5 Bluetooth Connection 45
5.6 Accessing Shared Network Drive on Your LAN 46
5.7 Direct TCP/IP Connection from Visual Studio 47
5.8 ActiveSync Connection via Ethernet 49
Chapter Setting Up the Development Environment 51
Chapter 6. 51
6.1 Installing CAB Files 51
6.2 eMbedded Visual C++ 4.0 52
6.3 Visual Studio 2005 53
6.4 Visual Studio .NET 2003 54
Chapter 7. Device Emulator 55
7.1 Software Required 55
7.2 Starting Up the Device Emulator 58
7.3 Using the Device Emulator 59
7.3.1 IT-600 Device Emulator 59
7.3.2 I/O Simulator 60
7.3.3 Connecting via ActiveSync 65
7.4 Debugging Application 67
7.4.1 Setting Build Configuration 67
7.4.2 Debugging Application 68
Chapter 8. eMbedded Visual C++ 70
8.1 Building Simple eVC++ 4.0 Test Program 70

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8.2 Using CASIO Libraries from eVC++ 4.0 72
Chapter 9. Visual Studio 74
9.1 Using CASIO .NET Libraries from VB .NET 75
9.2 Using CASIO .NET Libraries from C# 77
9.3 Using CASIO Libraries from C++ 79
Chapter 10. Resources 83
Chapter 11. Troubleshooting 84
No part of this document may be produced or transmitted in any form or by any means, electronic or
mechanical, for any purpose, without the express written permission of CASIO Computer Co., Ltd.
in Tokyo Japan. Information in this document is subject to change without advance notice. CASIO
Computer Co., Ltd. makes no representations or warranties with respect to the contents or use of this
manual and specifically disclaims any express or implied warranties of merchantability or fitness for
any particular purpose.
© 2010 CASIO Computer Co., Ltd. All rights reserved.

4
Editorial Record
Manual
Version
no.
Date edited Page Content
0.90 October 2005 Tentative version
0.91 November 2005 29 “ActiveSync connection via cradle” is added in Chapter 5.1
“ActiveSync Connection”.
30 The descriptions in Chapters 5.1 and 5.2 are revised.
75 “Import Library” and “Header File are removed from Table 7.1
in Chapter 7.1.
0.92 November 2005
77 “Import Library” and “Header File are removed from Table 7.2
in Chapter 7.2.
1.00 November 2005 Original version
1.01 January 2006 16, 22,
24
The contents in Chapters 5.2.1, 5.2.2 and 5.2.3 are updated.
1.02 July 2006 9, 35 The explanation about Visual Studio 2005 is added in Chapters
2.3 and 7.
7 “HA-D62IO” and “HA-D51TG” are added in Chapter 2.2.
8 “HA-D62IO” is added in Fig 2.1
15 to 17 Chapter 4.2 “HA-D62IO” is added.
1.03 November 2006
34 to 35 Chapter 5.7 “ActiveSync Connection via Ethernet” is added.
6 Hardware specifications in Table 1.1 are updated.
8 Regulatory note for the Chinese radio related regulations is
added.
9 IT-600M30E2, M30C2, M30R2, M30CR2, M30E2-CN,
M30C2-CN, M30R2-CN, M30CR2-CN are added in Table 2.1.
12 Software in Chapter 2.3 is updated.
13 Chapter 3.1 “Application Development” is added.
14 Chapter 3.2 “Installing CASIO SDK Files” is added.
15 Chapter 3.3 “Installing CAB Files” is added.
16 Figures 3.1 and 3.2 in Chapter 3.4 are corrected.
35 to 36 Chapter 5.3 “USB Connection via Windows Mobile Device
Center” is added.
42 to 43 Direct link method with Visual Studio 2005 is added in Chapter
5.7 “Direct TCP/IP Connection from Visual Studio”.
50 Chapter 6.3 “Sample Program” is added.
56 to 58 In Chapter 7.3 “Using CASIO Libraries from C++”, a
development method for VCC++ Project with Visual Studio is
added.
59 Chapter 7.4 “Sample Program” is added.
1.04 January 2008
60 to 73 Chapter 8. “Device Emulator” is added.
56 In Chapter 7.3, the explanation on page 56 is updated.1.05 April 2008
75 In Chapter 10, note about “VCC++ application
development with Visual Studio 2005” is removed.
Continue.

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10 In Chapter 1.1, a note about dead pixels is added.
10 to 12 In Chapter 1, Library Configuration, Development
Reference Manuals, and Sample Program are added.
19 In Chapter 3.2, a note about User Account Control is
added.
17 to 21,
49 to 52
Chapter 3 is divided into two chapters, Installing SDK to
PC and Setting Up the Development Environment.
49 The configuration of the CAB files is changed.
50 In Chapter 6.1, the content in Table 6.1 is updated and a
note about FLINK Library is added.
53 to 68 Chapter of Device Emulator is relocated and rearranged.
54 The limitation of audio system device in chapter of
Device Emulator is deleted.
55 to 60 In Chapter 7, images and usage of I/O Simulator are
changed.
16 to 21
53 to 80
Microsoft Visual Studio 2008 is added to development
platform.
1.06 January 2009
73 to 80 In Chapter 9, the sample is updated.
17, 19,
29
Supported OS is added. ( Windows 7 / Windows 2008
Server )
57 Note is added at case of using Device Emulator after
Windows Vista OS
1.07 May 2010
20 Chapter 3.2 is modified.

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Preface
This guide clearly and concisely sets out the information developers need to know to get started with
the CASIO IT-600 development. Every method of connecting to your development system is
covered and step by step instructions for installing and testing the CASIO SDKs are included.
The purpose of this guide is to get you to the point where you can start development; you should
refer to the library manuals for detailed information on the specific APIs.

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1. Product Overview
1.1 Hardware Specifications
The IT-600 series handheld terminal is one of the most powerful and versatile handheld devices on
the market. It is particularly suited to the retail, stocktaking, parking enforcement and hospitality
markets.
Table 1.1 Hardware specifications
Item Specification Remark
CPU, Memory
CPU Marvell®PXA270 Application Processor Operating clock; max 520
MHz
RAM 64 MB
FROM 128 MB (user area; approx. 60 MB)
Scanner
Type Semi-conductor laser light
Wave Length 650±10 nm
Optical Output <1 mW
No. of scannings 100±20 times per second
Resolution 0.127 mm (minimum)
PCS 0.45 (minimum)
Approx. 400 mm Without HA-D50BN
attached
Readable distance
Approx. 0 to 200 mm With HA-D50BN attached
Max. 48 mm When the distance is at 40
mm.
Max. 314 mm When the distance is at 400
mm.
Readable width
Max. 60 mm (contact scanning) When HA-D50BN is
attached.
Daylight for scanning 50,000 Lux or less
Readable 1D bar code
symbologies
UPC-A, UPC-E, EAN, Codabar, Code39,
ITF, MSI, Industrial 2of5, Code93, Code128,
IATA, EAN128, RSS-14, RSS Limited, RSS
Expanded
Vibrator Yes (for indications of scanning completion,
Vo I p c a ll - i n )
Display
Display device 3.7-inch transflective TFT color LCD 65,536 colors (See note 3)
No. of dots 480 (h) x 640 (w)
Dot pitch 0.117 (h) x 0.117 (w) mm
Gradation 65,536 colors
Display font Scalable font
Backlight LED
Indicator
LED 1pc x LED (2 colors), 1pc x LED (3 colors) Left: battery charge status
Right: programmable
Input
Keyboard Numeric (Alphabet) keys, CLR key, Execute
key, Fn key, Text key, Cursor key
Control keys Power ON/OFF key, Reset switch
Trigger keys Trigger R key, Trigger L key, Center Trigger
key
Touch panel Yes
Continue.

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Infrared communication interface
Standard IrDA ver.1.3 compatible
Communication
process
Half duplex
Synchronization Start-stop, frame method
Baud rate (in bps) 9600, 19200, 38400, 57600, 115200, 4M
Communication
range
0 (contact) to 0.3m
WLAN
Standard IEEE 802.11b/g compatible
Modulation DS: IEEE802.11b
DS/OFDM: IEEE802.11g See note 1.
Frequency range IEEE802.11b: 2.400 to 2.4835 GHz
IEEE802.11g: 2.400 to 2.4835 GHz
Baud rate IEEE802.11b: 11 Mbps (maximum)
IEEE802.11g: 54 Mbps (maximum)
Communication
range
IEEE802.11b/g: 50 m (indoor) to 150 m
(outdoor)
Vary depending on the
environment
Number of channels 13 Three channels are
available at the same time.
Output power IEEE802.11b: 12 to 15 dBm
IEEE802.11g: 12 to 14 dBm
Other feature Roaming between Access-Points
Bluetooth
Standard Bluetooth®Specification Ver.1.2 Not operable concurrently
with WLAN operation.
Comm. range Approx. 3 m Vary depending on the
environment
Output power Max. 3 dBm ( PowerClass 2)
USB
Full speed (12 Mbps)Baud rate
Low speed (1.5 Mbps)
Host
Power to an
external
device
5V±5% (maximum 500 mA) See IT-600 Series
Hardware Manual.
Client Baud rate Full speed (12 Mbps)
Extension port Connector for HA-D94CFU or for HA-D51TG Not applicable to
IT-600M30R, M30CR.
M30R2, M30CR2,
M30R2-CN, M30CR2-CN
SD card slot miniSD memory card In the battery
compartment.
Layout
12 3 4 5678
Terminals
for USB
cradle
Description See IT-600 Hardware Manual.
Headset jack 4 poles in rounded shape
Speaker Monaural
Microphone Monaural See note 2.
Digital camera
Number of pixels Approximately 1,000,000 pixels
Device 1/4.5-type CCD color
Aperture F3.5/F7.0 (2 steps switchover)
Focal distance f = 3.29 mm (fixed)
Image capture range 30 cm to ∞
LED light
Brightness 3300 mcd
Continue.

9
Power
Operation Lithium-ion battery pack (HA-D20BAT or
HA-D21LBAT)
Memory backup Lithium battery (rechargeable) on board
Battery capacity HA-D20BAT 1,850 mAH
HA-D21LBAT 3,700 mAH
IT-600M30, M30C,
M30-CN, M30C-CN,
M30E2, M30E2-CN,
M30C2, M30C2-CN
IT-600M30R,
M30CR,
M30R-CN,
M30CR-CN,
M30R2,
M30R2-CN,
M30CR2,
M30CR2-CN
Operating period
Approx. 11 hours
(with
HA-D20BAT)*1
Approx. 22 hours
(with
HA-D21LBAT)*1
Approx. 10 hours
(with
HA-D20BAT)*2
Approx. 20 hours
(with
HA-D21LBAT)*2
*1 based on the ratio of
“standby:calculation:scan” at
20:1:1 when the CPU speed is
set to auto power save mode
and the backlight is turned off.
*2 based on the ratio of
“standby:scan:calculation:wirel
ess” at 20:1:1:1 when the CPU
speed is set to auto power save
mode and the backlight is
turned off.
Memory backup
period
(with Lithium
battery only)
RAM : Approx. 10 minutes
Clock : Approx. 72 hours or longer
-Lithium battery is fully
charged.
-At room temperature.
Memory backup
period
(with Lithium
battery and
Lithium-ion battery
pack)
RAM : Approx. 72 hours with HA-D20BAT
RAM : Approx. 72 hours with
HA-D21LBAT
-After “VDET1” warning
message is issued.
Lithium-ion battery
pack charge period
Approx. 4 hours for HA-D20BAT
Approx. 7 hours for HA-D21LBAT
-The power on the terminal is
turned off.
-At room temperature
-The dedicated AC adaptor is
used to power the terminal
via battery charger or cradle.
Memory backup
battery charge
period
Approx. 4 days - Time period until when the
memory backup battery is
fully charged.
-Lithium-ion battery pack is
being installed.
-At room temperature.
Memory backup
battery rated
capacity
10 mAh
Power supply by
cradle
Yes
By battery pack
(when terminal’s
power on )
Yes
Method to charge
memory backup
battery
By battery pack
(when terminal’s
power off)
Yes

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Notes:
1. Orthogonal frequency-division multiplexing (OFDM) is a transmission technique based upon
the idea of frequency-division multiplexing (FDM).
2. The microphone is not integrated in IT-600M30R2-CN and IT-600M30CR2-CN to comply
with the Chinese radio related regulations. Both the models disable the capability of voice data
transmission over Internet Protocol (VOIP).
3. Dead Pixels
The LCD panel employed in this product uses high precision and substantial number of
components which commonly cause a small number of the pixels not to light or to remain lit all
the time. This is due to the characteristics of LCD panel yield in accuracy over 99.99% and
permissible.