Datastrip Inc., Datastrip Ltd., Datastrip Prod uct s Inc., and related operating companies (hereafter collectively
referred to as Datastrip) reserve the right to change options, features, specifications, policies, pricing and availability
at any time. Datastrip is not liable for errors or omissions in any product related documentation, specifications or
software. Datastrip makes no claims of suitability for any particular application. Datastrip will not be held liable
for direct or indirect damages or other losses due to loss of data, reliability, or performance issues relating to
Datastrip-provided equipment or software.
Copyright Notice:
No part of this publication may be reproduced, stored in a retrieval system or transmitted in any form or by any
means, electronic, mechanical, photocopying, recording, scanning, or otherwise, except as permitted under section
107 or 108 of the 1976 United States Copyright Act, without the prior written permission from Datastrip. Requests
to Datastrip for permission should be addressed to:
Datastrip Inc.
211 Welsh Pool Road, Suite 100
Exton, PA 19341-1321 USA
Acknowledgements:
• DSV2+
• Windows and WinCE are registered trademarks of Microsoft Corporation.
• All other trademarked or copyrighted names mentioned herein are the property of their respective owners.
Turbo
is a registered trademark of Datastrip.
or
Datastrip Ltd.
Unit 7, Thame Park Business Centre
Wenman Road
Thame, Oxon, OX9 3XA UK
Revision History:
•Version 1.06 – 3/27/07 – Initial release with all features and functions compatible with Wave 6 software
and current product revisions released March 2007
• Version 1.06B – 4/20/07 – Updated Spec sheet and added UPEK Sensor Calibration procedure.
• Version 1.06C – 5/15/07 – Updated Spec she e t , and Ap pendix A
• Version 1.06D – 9/4/07 – Added Section 4.7.1. Updated Section 5 to specify that scanners should not be
operated on AC power alone. Batteries should always be plugged in for reliable operation. Updated
Sections 7, 9 & 13.
• Version 1.08A – 03/03/08 – Updated Sections 13 and 16 for USB 2.0 Active Sync
• Version 1.08R - 05/02/08 – Updated for regulatory compliance
• Version 1.09A – 07/19/08 – added compliance statement to Section 10
The DSV2+
integrated fingerprint sensor and Smart Card reader with the capability to identify and
authenticate a PIV card by accessing and authenticating the CHUID stored on the cards as
defined by “SP 800-73, Section 1.8.3.”
The Smart Card reader can read both contact style Smart Cards (ISO 7816 compliant) as well as
RF-based contactless Smart Cards (ISO 14443 compliant). The contact and contactless Smart
Cards can be programmed to contain biometric information that can be verified against the
internal fingerprint sensor using 1-to-1 or 1-to-N fingerprint matching algorithms. The
DSV2+
(TWIC), Common Access Card (CAC), and many other ID card scenarios.
The basic DSV2+
Operating System, software utilities, and some demo and sample applications. When the unit is
activated, a standard Windows CE desktop is presented that allows users to launch demonstration
programs. The primary human interface is the touch screen, stylus, and function keys.
The internal fingerprint sensor is an 8-bit, grayscale, solid-state, capacitive-touch device that can
capture fingerprint bitmap images measuring 256 pixels wide by 360 pixels high at 500 dpi.
Images from this sensor can be used for a variety of card holder ID validation purposes,
including extraction, matching, and storage of fingerprint minutia templates.
Turbo
is a GSA Approved, NIST FIPS-201 CHUID, mobile hand-held reader with an
Turbo
is applicable for programs such as USVISIT, Transportation Worker ID Card
Turbo
product comes from the factory with a Windows CE .NET, Version 5.00
Depending on the number of terminals ordered, your DSV2+
shipped in a single pack box, a multi pack box or some number of each type. Carefully open the
shipping box(s) and use the following Shipping Box Inventory list to verify the contents.
Shipping Box Inventory:
•DSV2+
Turbo
Smart Card Reader
• Universal (90-240 VAC input) DC power/charging adapter.
• AC power cord for DC power/charging adapter. (Plug depends on country of destination)
• Documentation, including: User Manual (on CD), End User License Agreement, and
Quick-Reference Guide.
Turbo
units and accessories may be
Please retain the shipping box in the event you need to return your product for service.
3. Initial Setup
• Each unit is shipped with one Lithium Polymer battery installed, though disconnected.
To connect the battery, you will need to remove the rear battery access cover and plug the
battery connector into the mating connector on the left hand side of the battery
compartment.
• It is recommended that you fully charge the internal battery before use to maximize
operating time before recharging is required. The unit will operate when connected via
the AC adapter regardless of the charge state of the internal battery.
• The DSV2+ contains an integrated charging circuit that allows the batteries to be charged
inside the unit whenever the unit is properly connected to the AC adapter. No external
standalone charger for batteries is required.
Please refer to Section 5. 0 “Battery Charging and Replacement”, for additional instructions and
The DSV2+ comes equipped with a backlit, 5-button keypad, shown at
right. The upper four keys are function-keys, and are vertically aligned
along the left side of the LCD display, enabling application software to
position “virtual buttons” appropriately. These keys are initially
programmed as standard “F1” through “F4” keys and are mapped as
cursor (arrow) keys.
Below the four function keys is the power switch. The power switch
has a bi-color (red/green) backlight indicator, which identifies whether
the system is on, charging, or running low on battery power. To turn
the unit on, you must depress and hold the power switch until a single
beep is heard, then immediately release it for an additional two beeps.
Holding the button too long will cause an “error” type beep sound and
the system will not be powered up or down, as the case may be. This
procedure helps to guard against accidental activation or shutdown of
the system.
4.2 Power LED Indications
System State Power-switch LED Comments
Off, not charging
Off, charging
User initiates power-on by
pressing power button.
System on
Suspend mode
System Warning: Batteries
very low
Off
Red
Green
Red
Green
Green Æ Red flash
(90% Æ 10%)
Green flash
Red flash
Green Æ Red alternating
(50% Æ 50%)
Unit is plugged into external power
Release power button after first beep. If power button
is pressed too long it causes an “error” beep tone and
system remains locked “off” until button is released.
Available battery power is too low, causing an “error”
beep tone and unit will not start.
System on, not charging.
System on, with the unit plugged into external power
with the AC adapter and batteries charging.
Unit is in the Suspend state and not charging.
Unit is in the Suspend state and batteries are charging.
Batteries are very low and should be charged as soon
The LCD is a color-TFT (Thin Film Transistor) active-matrix display, and features white-LED
backlighting. There is a resistive touch panel overlay, which should only be operated with the
included stylus to help prevent scratching or other damage.
The DSV2+ UPEK TCS1 fingerprint sensor is an 8-bit, grayscale, solidstate, capacitive-touch device that can capture fingerprint bitmap images
measuring 256 pixels wide by 360 pixels high at 500 dpi. Images from this
sensor can be used for a variety of card holder ID validation purposes,
including extraction, matching, and storage of fingerprint minutia templates.
Datastrip supports fingerprint matching algorithms from a variety of the
industry leading vendors such as: Cogent, Bioscrypt, Identix, Motorola, and
NEC.
4.3.3 UPEK Sensor Calibration
The UPEK sensor is factory calibrated and tested on every DSV2+ terminal, however, if
recalibration is required for whatever reason follow these steps:
• Double tap My Computer and Select Storage Card / DSVII.
• Double tap the PPCalFt41utility and press the “Calibrate” button to re-calibrate the
fingerprint sensor. This process may take up to a minute and then a “green” window
with a number “1” should appear to indicate the sensor was successfully calibrated.
• Double tap the DsVerifyFpCaptureTest application. In the lower right hand corner select
“UPEK” and click “OK”.
• Use the “Scan” button to test the fingerprint image quality.
4.3.4 Finger Placement:
It is important to place the finger properly on the sensing area, to enable the DSV2+ to capture
more quickly a good fingerprint image:
• Finger placement icons: These two icons pictorially indicate the correct (green) and
incorrect (red) way to align the cuticle of your finger with the points of the fingerplacement guide arrows.
• Finger placement guide arrows: These arrows should be used as a guide for alignment of
the cuticle part of the finger as described above.
4.3.5 Cleaning the LCD Touch Screen and Fingerprint Sensor
The LCD touch screen and fingerprint sensor require periodic cleaning to remove dirt, oils,
grease, dust, and foreign matter.
• Ensure that the DSV2+ power is OFF and unplugged from any external power source.
• Using standard alcohol wipes, gently wipe the surface of the LCD screen and fingerprint
sensor until it appears clear.
• Allow the cleaning solvent to dry completely before turning the unit on again.
The top rubber end cap on the DSV2+ snaps open to reveal the I/O ports. To open the top rubber
end cap pull up from the back edge using the two finger indents. The rubber cap is tethered at
two points to prevent it from being lost or misplaced. To reattach the cover, simply press the
cover into place.
Shown here is the I/O connector panel located on the top of the unit, which includes a 10/100
base-T LAN port, two USB-2.0 host ports, one mini-USB client port, and one external Compact
Flash slot.
USB Client Port
USB Host Ports
4.4.1 External Compact Flash Slot
The DSV2+ has one externally accessible Type-I/II Compact Flash slot. It is compatible with
“ATA-Flash” storage cards, NE-2000-compatible network adapters, and various modem and
serial interface devices.
4.4.2 USB Ports
The DSV2+ supplies two standard USB ports (Ver-2.0), compatible with either low-speed (1.5
Mbps) or full-speed (12 Mbps) devices. These are “host” type ports, compatible with peripheral
devices only (keyboard, mouse, etc.). DO NOT connect this host ports directly to other USB
host devices such as a PC, for these type applications use the mini USB client port (Ver-2.0).
4.4.3 10/100 LAN Ethernet Port
The DSV2+ features an Ethernet LAN port, compatible with 10/100baseT networking standards.
The mating connector is a standard RJ-45. The LAN connector has two integrated LED
indicators: Green for “link activity” and Yellow for “link present”.
4.4.4 Smart Card Slot
The DSV2+ has an integrated Smart Card reader. It is compatible with
Contact-type Smart Cards (ISO 7816, 8-contact style). Cards need to
be inserted with the contacts facing UP (towards the LCD display).
In addition, there is an integrated Contactless Smart Card transceiver and antenna. The
antenna is positioned in a plane perpendicular
to the LCD screen, on the same side of the
unit as the Smart Card slot. The typical
maximum operating range is 30 mm.
The DSV2+ contact pins in the bottom endcap provide one external serial port available for
interfacing to a host computer or other external equipment via the Datastrip Docking Station.
4.5.1 Serial Port Electrical Specifications
• Signaling type: RS-232 compatible.
• Output signals: TXD, RTS, DTR.
• Input signals: RXD, CTS, DSR, DCD, RI.
• Interface chip: Maxim MAX3243 or equivalent.
If a specific application requires detailed knowledge of the interface drive capability, latch-up
immunity, safety, or other signaling level information, please refer to manufacturer datasheets
for the interface chips listed above.
4.6 Dual Grip Battery Cover
All models of the DSV2+ can optionally be equipped with a Dual Grip
Battery Cover which provides a more robust handgrip for better control
under harsh conditions. The Dual Grip Battery Cover is an alternative to the
standard battery cover.
4.7 Digital Still Camera
The Digital Still Camera (DSC) is an optional module that is available for
use with any of the DSV2+ models. It is a 3.2 Megapixel camera packaged in a mechanical
module that replaces the standard battery cover of the DSV2+. The DSC is designed for use in a
variety of applications and markets such as facial recognition, law enforcement, mobile
enrollment, and other scenarios.
The Digital Still Camera subsystem is comprised of following 5 major
components:
1. Camera Hardware
2. Camera Firmware
3. Camera Device Driver
4. Camera API/SDK
5. Camera Test/Demo Application (DsVerifyStillCameraTest)
The version of each of the DSC subsystem components can be displayed on
the DSV2+ screen.
• To display the Camera Hardware, Firmware, Device Driver, and SDK versions, select:
“Help->Versions”
• To display the version of the camera test application, select:
4.7.1 Digital Still Camera Installation Instructions
Step 1 - Remove the DSV2+ battery door cover. Step 2 – Plug the camera cable into the battery
compartment camera connector. Step 3 – Attach the camera housing to the DSV2+ using the
two captive screws.
The standard configuration for the DSV2+ uses one 3000 mAh Lithium Polymer battery pack.
There is also an internal, rechargeable coin cell battery that powers the Real Time Clock for
more than 6 months while the unit is off.
NOTES:
1. Scanners should never be operated on AC power alone. A battery should always be
plugged in for reliable operation.
2. The capacity estimates in the following table are worse case results that reflect continuous
use with all power saving options turned off. The scanner is running 1 scan per minute
continuously. Actual capacity numbers should be much better.
3. The battery capacity (hours of use) can be extended by 50% or more by using the power
savings options such as: System Idle or Suspend. These power settings are user
programmable and details can be found in Section 6.6 Power Management.
4. The charge time is the same whether the battery is charged with the unit “On” or “Off”
5. When a DSV2+ terminal is left on the shelf in the “Off” state the battery will maintain its
charge for over 6 months.
Description SC Capacity
(hours of use)
One 3000 mAh battery 5.5 hours N/A 3 hours
Scanner Capacity
(hours of use)
Charge Time for
fully depleted battery
Comments
Under normal operating conditions, the battery does not need to
be removed. The DSV2+ has an internal charging circuit that
will charge the battery whenever the unit is connected to the
external AC power adapter. The battery may be replaced by
opening the battery-access cover on the rear of the DSV2+.
Before changing the battery turn the DSV2+ power off and
remove the AC adapter. A slotted screwdriver can be used to
operate the fasteners holding the battery compartment cover in
place.
Once the cover is removed, unplug the battery by squeezing the locking tab and pulling up on the
connector at the end of the battery cable. This will unlock the connector, allowing it to be
withdrawn. When replacing the battery, ensure that the battery wiring is tucked in, out of the
way of the mating surfaces for the rear-cover. Replace the battery cover and tighten the fasteners
(do not over-tighten).
Depress locking tab and pull up to
release the battery cable.
1 CAUTION! Use ONLY approved replacement batteries and power adapters as provided by
Datastrip.
1 CAUTION! Battery has a risk of FIRE, EXPLOSION, or BURNS. DO NOT: short-circuit the
battery terminals; crush, puncture, disassemble or otherwise damage the battery’s case; operate or
charge at temperatures above 40ºC or store the battery at temperatures above 100ºC; incinerate or
immerse in water.
DISPOSAL: Always consult and obey all international, federal, provincial/state, and local hazardous
waste disposal laws. Certain jurisdictions require recycling of this spent product.
The following sections describe some of the features and functions that are available on the
DSV2+ family of products.
6.1 System Startup Sequence
• To begin operation, press the Power button (located under the Function Keys) and hold
down until one beep is heard. Release the button (two more beeps are heard).
• The unit takes approximately 30 seconds to boot as diagnostic testing is performed. The
display will indicate that the system is booting.
• When the unit powers up, the Windows CE.NET desktop will appear on the display.
6.2 Stylus
The DSV2+ provides a stylus to use with the touch screen for selecting items and entering
information (the unit may also be operated with a standard USB mouse). The DSV2+ stylus is
stored in the bottom end cap of standard units and in the Dual Grip Battery Cover for units that
have that option installed. The following actions are available with the stylus:
•Tap – Lightly touch the screen once with the stylus to open items and select options.
Tapping is equivalent to clicking an item with the mouse on your personnel computer.
•Double-Tap – Lightly touch the screen twice with the stylus to open folders and
applications. Double-Tapping is equivalent to Double-clicking an item with the mouse
on your personnel computer.
•Drag - Hold the stylus on the screen and drag it across the screen to select text and
images. Drag within a list to select multiple items.
•Tap-and-hold - Tap and hold the stylus on an item for a short period until a menu
displays a list of actions available for that item. Tapping and holding is equivalent to
right-clicking your personnel computer mouse button. When you tap and hold, a circle of
red dots appears around the stylus to indicate that the menu will soon pop up. Tap the
action you want to perform on the pop-up menu that appears.
6.3 Touch Screen Adjustments
The touch screen on DSV2+ terminals is calibrated during factory acceptance tests. If you wish
to recalibrate these setting to suit your personnel preferences the following options are available:
•Calibration – If your device isn’t responding properly to your screen taps, you may need
to recalibrate your screen. Go to the Control Panel, select Stylus Properties and under the
“Calibration” tab, click the “Recalibrate” button and follow the on screen instructions.
When you are told to “press enter” to accept the setting, just tap the screen anywhere,
then click the “OK” button.
•Double-Click Sensitivity – Go to the Control Panel and select Stylus Properties. Double–
tap the checkerboard grid to set the double-tap sensitivity for both speed and physical
distance between the taps. Then double tap the icon below the checkerboard to verify
your settings. Click the “OK” button when done.
•Brightness and Contrast – The display brightness and contrast can be adjusted for
different operating environment lighting conditions. Go to the Control Panel, select
Display and under the “Backlight” tab adjust the slider control then click the “OK”
button.
The input panel (Keyboard) is used to enter alpha-numeric information in
any program on your DSV2+. Tap the Input Panel icon in the bottom right
hand corner of the screen to show the Keyboard or Hide the Input Panel.
6.5 Creating Desktop Shortcuts
Find the application for which you want to create a shortcut. Tap and hold
the stylus on the application until the options menu pops up. Select copy
and go to the directory where you want to put the shortcut. Tap and hold the
stylus until the options menu pops up and select “Paste Shortcut”.
6.6 Power Management
The DSV2+ Power Properties can be configured and monitored by double clicking the Power
icon in the windows Control Panel. The Battery Tab displays the Main battery gauge and the
Schemes Tab allows the user to configure the timeout for each of the Power States defined in the
section below.
6.6.1 Power States
Clicking the power schemes tab allows you to maximize battery life by programming the idle
time for each of the following conditions:
1. Fully On
• Every sub-system is on and operational
2. User Idle
• Touch screen or Function keys haven’t been used for some amount of time (user
configurable).
• Backlight is dimmed to save power, tap the screen and the backlight comes back on.
• All other internal subsystems are on
3. System Idle
• No major background software tasks are running
• Backlight remains dimmed in this state
• All other internal subsystems are on
4. Suspend
Suspend is indicated by flashing power button (flashed red if charging, green if charged
or on AC)
• USB subsystem is turned off
• Display and backlight are turned off
• CF cards are turned off
• Processor is put to sleep
• Tap the screen or give the power button a quick tap to wake up the unit to a fully on
condition
5. Fully Off
• Everything is off
• Push the power button to start the unit and return to a Fully On state
Note: The times configured by the user for each state are cumulative! For example, the time
required for the system to suspend is the sum of the time configured to go to User Idle + the time
to go to System Idle + the time to go to Suspend.