Rosslare CP-R26 MIFARE Card Programmer, AS-B01 Fingerprint Enrollment Station Hardware and Software Manual

CP-R26 and AS-B01

MIFARE Card Programmer/Full

Fingerprint Enrollment Station

Hardware and Software Manual

Copyright © 2013 by Rosslare. All rights reserved.

This manual and the information contained herein are proprietary to ROSSLARE

ENTERPRISES LIMITED and/or its related companies and/or subsidiaries’ (hereafter:

"ROSSLARE"). Only ROSSLARE and its customers have the right to use the information.

No part of this manual may be re-produced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of

ROSSLARE.

ROSSLARE owns patents and patent applications, trademarks, copyrights, or other intellectual property rights covering the subject matter in this manual.

TEXTS, IMAGES, AND ILLUSTRATIONS INCLUDING THEIR ARRANGEMENT IN THIS

DOCUMENT ARE SUBJECT TO THE PROTECTION OF COPYRIGHT LAWS AND OTHER

LEGAL RIGHTS WORLDWIDE. THEIR USE, REPRODUCTION, AND TRANSMITTAL TO THIRD

PARTIES WITHOUT EXPRESS WRITTEN PERMISSION MAY RESULT IN LEGAL

PROCEEDINGS.

The furnishing of this manual to any party does not give that party or any third party any license to these patents, trademarks, copyrights or other intellectual property rights, except as expressly provided in any written agreement of ROSSLARE.

ROSSLARE reserves the right to revise and change this document at any time, without being obliged to announce such revisions or changes beforehand or after the fact.

Table of Contents

Table of Contents

1.

Introduction ....................................................................... 8

1.1

The CP-R26 System ............................................................................. 8

1.2

Desktop Convenience ......................................................................... 8

1.3

Intuitive Software System .................................................................... 8

1.4

Compatibility ...................................................................................... 9

1.5

CP-R26 Desktop Programmer .............................................................. 9

1.6

AS-B01 Software ................................................................................ 9

2.

Specifications and Requirements .................................. 10

2.1

CP-R26 Hardware Specifications ....................................................... 10

2.2

AS-B01 Software Requirements ........................................................ 10

3.

Installation ...................................................................... 11

3.1

Unpacking the Equipment................................................................. 11

3.2

CP-R26 Description ........................................................................... 11

3.3

AS-B01 Software Installation ............................................................. 12

3.4

CP-R26 Hardware Installation ............................................................ 15

4.

AS-B01 Software Overview and LEDs ........................... 17

4.1

Software Overview ........................................................................... 17

4.2

Indication LEDs ................................................................................. 18

5.

Programming Cards and Tags ........................................ 20

5.1

Programming a Master Card ............................................................. 22

5.2

Programming Configuration Cards .................................................... 22

5.2.1

Sector Reader Configuration Cards ............................................................ 23

5.2.2

Full Finger Capacitive Reader Configuration Cards ...................................... 24

5.3

Programming User Cards or Tags ...................................................... 26

5.3.1

Programming a Sector Reader User Card .................................................... 26

5.3.2

Programming and Enrolling Fingerprint User Card for MOC Reader Type ..... 27

5.3.3

Programming and Enrolling User Card for 1:1 and 1:N Reader Types ........... 30

CP-R26 Hardware and AS-B01 Software Manual iii

Table of Contents

5.3.4

Programming Auxiliary Card for 1:1 and 1:N Readers .................................. 31

6.

Additional Programmer Utilities ................................... 32

6.1

Card Utilities ..................................................................................... 32

6.1.1

Reading a Configuration Card .................................................................... 32

6.1.2

Reading an ID from a User Card ................................................................. 33

6.1.3

Programming a User Card ID ...................................................................... 33

6.1.4

Changing the User Card KeyA in a Specific Sector ...................................... 34

6.1.5

Changing the User Card KeyA in All Sectors ............................................... 35

6.1.6

Erasing Specific User Card Data .................................................................. 36

6.1.7

Read Serial Number and Card Type ............................................................ 37

6.1.8

Changing KeyA and Erasing All Data .......................................................... 37

6.2

Fingerprint Utilities ............................................................................ 39

6.2.1

Enrolling Fingerprints on a Pre-configured User Card .................................. 39

6.2.2

Verifying Fingerprint Enrollment on a User Card.......................................... 40

7.

Global Options ................................................................ 41

7.1

Change Password ............................................................................. 41

7.2

Card Overwrite ................................................................................. 42

7.3

Updating Firmware ........................................................................... 42

A.

Maintenance .................................................................... 44

B.

Field Descriptions ........................................................... 45

C.

Additional MIFARE Card Memory Map Information ... 47

C.1

Manufacture Block ........................................................................... 47

C.2

Data Blocks ....................................................................................... 47

D.

Sample Worksheets ........................................................ 49

E.

Limited Warranty ............................................................ 50

iv CP-R26 Hardware and AS-B01 Software Manual

List of Figures

List of Figures

Figure 1: CP-R26 Description ........................................................................ 11

Figure 2: Configuration Tab Area ................................................................. 20

Figure 3: CP-R26 Antenna Areas .................................................................. 21

Figure 4: MIFARE 1K Memory Diagram ......................................................... 48

CP-R26 Hardware and AS-B01 Software Manual v

List of Tables

List of Tables

Table 1: Indication LEDs................................................................................ 18

Table 2: Field Descriptions ............................................................................ 45

vi CP-R26 Hardware and AS-B01 Software Manual

Notice and Disclaimer

Notice and Disclaimer

This manual’s sole purpose is to assist installers and/or users in the safe and efficient installation and usage of the system and/or product, and/or software described herein.

B

EFORE ATTEMPTING TO INSTALL AND

/

OR USE THE SYSTEM

,

THE INSTALLER AND

THE USER MUST READ THIS MANUAL AND BECOME FAMILIAR WITH ALL SAFETY

REQUIREMENTS AND OPERATING PROCEDURES

.

 The system must not be used for purposes other than those for which it was designed.

 The use of the software associated with the system and/or product, if applicable, is subject to the terms of the license provided as part of the purchase documents.

 ROSSLARE exclusive warranty and liability is limited to the warranty and liability statement provided in an appendix at the end of this document.

 This manual describes the maximum configuration of the system with the maximum number of functions, including future options. Therefore, not all functions described in this manual may be available in the specific system and/or product configuration you purchased.

 Incorrect operation or installation, or failure of the user to effectively maintain the system, relieves the manufacturer (and seller) from all or any responsibility for consequent noncompliance, damage, or injury.

 The text, images and graphics contained in the manual are for the purpose of illustration and reference only.



All data contained herein subject to change without prior notice.

 In no event shall manufacturer be liable for any special, direct, indirect, incidental, consequential, exemplary or punitive damages (including, without limitation, any and all damages from business interruption, loss of profits or revenue, cost of capital or loss of use of any property or capital or injury).



All graphics in this manual are for reference only, some deviation between the image(s) and the actual product may occur.

 All wiring diagrams are intended for reference only, the photograph or graphic of the PCB(s) are intended for clearer illustration and understanding of the product and may differ from the actual PCB(s).

CP-R26 Hardware and AS-B01 Software Manual vii

Introduction

1.

Introduction

Rosslare's CP-R26 is a desktop MIFARE

®

and full finger capacitive fingerprint card programmer for MIFARE 1K and 4K RFID proximity cards and tags.

The CP-R26 makes managing fingerprint and MIFARE cards easier and can help facilitate the effective deployment and control of any facility code application, including access control, intrusion, and time and attendance applications.

1.1

The CP-R26 System

The CP-R26 is built for high-security, portability and ease of use, enabling high quality MIFARE and fingerprint enrollment at a low cost.

The CP-R26 programmer is controlled by computer using Rosslare's powerful

AS-B01 Programmer software package.

1.2

Desktop Convenience

The CP-R26 is small and lightweight, with a slim and attractive design. It is built for convenience and portability, with a USB 2.0 computer interface that makes it quick to install and allows it to run without any additional power source.

Designed to sit safely on any desktop, the CP-R26 is sturdily built, with large card and fingerprint trays and surface-gripping rubber feet.

1.3

Intuitive Software System

AS-B01 is a software application intended for programming MIFARE cards, tags, and fingerprints using Rosslare's CP-R26 Desktop Programmer.

The system includes a security authentication system and a real-time operations log.

Using this tool requires basic understanding of MIFARE cards memory architecture and access condition mechanisms.

The software does not support all MIFARE card features required by the systems using the CP-R26 programmed MIFARE cards.

8 CP-R26 Hardware and AS-B01 Software Manual

Introduction

1.4

Compatibility

The CP-R26 Desktop Programmer and AS-B01 software is compatible with other products, including but not limited to:

 AY-W6260 and AY-W6360 MIFARE Contactless Smart Card Sector

Readers Family

 AY-Q6260 and AY-Q6360 Anti-Vandal MIFARE Contactless Smart Card

Sector Readers Family



AY-Bx660 (x=1,2) MIFARE Smart Card Full Finger Capacitive Sensor

Reader Family

 AY-B7661– MIFARE Smart Card Full Finger Capacitive Sensor Reader

1.5

CP-R26 Desktop Programmer

 Enables the user to read, verify and program MIFARE proximity cards

 Uses a capacitive type fingerprint sensor



Supports USB 2.0 computer connections

 Utilizes LED and buzzer sub-systems to indicate programming, card and power supply status

 Runs a thorough internal diagnostic self-test every time it is powered up

1.6

AS-B01 Software



Programs fingerprints on Users cards

 Programs ID data on Users cards

 Produces configuration cards for Rosslare MIFARE readers

 Performs firmware updates on supported desktop programmers

 Maintains a user log to provide feedback to the software user

 Provides password protection

 Indicates valid connections with Desktop Programmer

CP-R26 Hardware and AS-B01 Software Manual 9

Specifications and Requirements

2.

Specifications and Requirements

2.1

CP-R26 Hardware Specifications

Data Specifications

Cards

RF Frequency

Bit Rate

MIFARE Classic 1K and 4K

13.56 MHz

106 KHz

Fingerprint Reader Specifications

Sensor Type

Sensor ESD Rating

capacitive type TCS2

Sensor technology – Capacitive sensor

Electrostatic Discharge

Up to +/- 15 kV air discharge on the sensor surface

Electrical Specifications

Operating Voltage

5 VDC Via USB

Input Current

Standby – 155 mA

Maximum – 230 mA

CP-R26 Physical Specifications

17.3 x 5.8 x 3.3 cm (6.18 x 2.28 x 1.30 in.)

Dimensions

(L x W x H)

Weight

309 g (10.89 oz.)

Environmental Data

Operating Temperature

Range

10ºC to 50ºC (50ºF to 122ºF)

Operating Humidity Range 5% to 93% (non-condensing)

2.2

AS-B01 Software Requirements

Minimum Software Requirements

Operating System

Framework

Processor

RAM Memory

Free HD Space

Connection Port

Windows XP SP2

Microsoft .NET 2

400 MHz Pentium or equivalent

512 Mbytes

1 Gigabyte

USB


Installation

3.

Installation

3.1

Unpacking the Equipment

The CP-R26 programmer is ready to use immediately "out of the box" and includes a USB cable and documentation.

Please confirm all the items listed below are received before beginning. If any items are missing, contact your dealer immediately.



One CP-R26 Programmer

 One Male A to Male B USB Cable

 One software CD

 Instruction Manual

3.2

CP-R26 Description

The following figure illustrates the CP-R26 components:

Figure 1: CP-R26 Description

Fingerprint

Directional Indication

LEDs

Swipe Card

Reader LEDs

Fingerprint

Scanner

Buzzer

Fingerprint

Reader LEDs

USB

Connection


Installation

3.3

AS-B01 Software Installation

The AS-B01 software is included on the installation CD-ROM, which is packaged with the CP-R26 hardware.

To install the AS-B01 software for the first time:

1.

Insert the CD into the computer's CD drive.

2.

If the Autoloader does not initiate the installation, open My Computer, double-click on the CD drive icon and then double-click the AS-B01 setup file.

If Microsoft .NET 2 Framework is not installed on the computer, it is installed automatically before beginning the AS-B01 installation.

The installation package extracts the installation files. After the files are extracted the

Welcome to the AS-B01 Setup Wizard

window opens.


Installation

3.

Click Next.

The

Select Installation Folder

window opens.

4.

[Optional]Click Disk Cost…. to ensure the computer has sufficient space.

The AS-B01 Setup Disk Space window opens.

5.

Select the users allowed to use the program, Everyone or Just me.

For security purposes it is suggested that Just me is selected.

6.

[Optional] You can change the destination folder of the installation: a.

Click Browse.

The standard Windows Explorer window opens. b.

Navigate to and select the required folder.


Installation

7.

Click Next to continue the installation process.

The

Confirm Installation

window opens.

8.

Click Next.

The installation process is initiated. When the process finishes, the

Installation Complete window opens.

9.

Click Close to complete the installation process.


Installation

3.4

CP-R26 Hardware Installation

Before connecting the CP-R26 hardware, check that the ASB01 software is installed and running.

To connect the CP-R26:

1.

Click the AS-B01 icon on the desktop or select the program from the

Rosslare folder in the Start menu. The login dialog opens.

2.

Enter a password.

When using the application for the first time, use the default password of

"admin".

After initial use, make sure to change the default password to your

company’s approved password (see Section

7.1).

The AS-B01 software Main window opens.

At the bottom left of the Main window the connection indication is red with the description “Disconnected”.


Installation

3.

Connect the Desktop Programmer to a PC using the USB cable – one cable end connects to the PC USB host port output and the other end connects to the USB connector on the Desktop Programmer.

Windows

®

automatically installs the required drivers. The Desktop

Programmer receives its power through the USB; no external power supply is required.

On the AS-B01 main window, the connection indicator at the bottom of the window changes from red to green with the description

“Connected” to indicate that the CP-R26 Desktop Programmer is connected. In addition, the CPR-25 tab that was previously visible closes, leaving only the CPR-26 tab visible.

The event log displays a connected message.

If the indicator does not turn green, and the description still indicates

Disconnected after the USB cable is connected, try disconnecting the USB cable from the Desktop Programmer and reconnecting it.

When the hardware and software are disconnected, the software can only function in demonstration mode.

Once the indicator is green and the description is Connected, the CP-R26

Desktop Programmer is ready for use.


AS-B01 Software Overview and LEDs

4.

AS-B01 Software Overview and

LEDs

This section describes the AS-B01 and CP-R26 LEDs.

4.1

Software Overview

Once the log-in is completed with the correct password, the main software window opens.

The AS-B01 main window consists of the following functional areas:

 File menu area – Used for general operations such as setting global options on the Desktop Programmer, getting version information, and closing the software.

 Configuration Tab area – The main working area, which is used for entering and displaying all card and swipe configuration parameters.

Descriptions for fields requiring parameters under all the tabs are described in

Appendix

B.



There are two programming tabs:

 Sector reader – Used to configure and read sector reader cards. This tab allows configuring both User ID/Card Serial number user cards as well as Reader Configuration cards.

 Swipe reader – Used to write and read cards containing fingerprint templates. This tab also allows creating configuration cards for fingerprint readers.

 Message log area – The event log records all activities and provides the user with real time system monitoring. The information messages may either be operation success or failure messages, or instruction messages such as during fingerprint enrollment.

 Status information area – Indicates connection status with the CP-R26

Desktop Programmer hardware.

4.2

Indication LEDs

Table 1 describes LED behavior on the CP-R26 Programmer (see Figure 1).

Table 1: Indication LEDs

Event Swipe Card

Reader LED

Fingerprint

Reader LED

Buzzer

Fingerprint Directional

Indication LED

General

Power on One red LED lights for several seconds followed by all the LEDs flashing and the buzzer beeps 3 times for the duration of 3 seconds.

Card Programming

Card not loaded

Green flashing All off

Card loaded

Write card fail

Write card success

On card detection green turns on for 1

All off second, then off

Green on for 3 sec Green on for

3 sec

Red on for 3 seconds All off

Off

On card detection short beep, then off

3 High tone beeps

Long buzz

All on

All on

All on

All on



Event Swipe Card

Reader LED

Fingerprint

Reader LED

Buzzer

Fingerprint Directional

Indication LED

Fingerprint Scanning-Match On Card Mode

Waiting for fingerprint

Read fingerprint success

Off

Off

Green flashing

3 sec

Green on for

Off

3 High tone beeps

Rolling LEDs in circular mode to indicate finger swipe

Rolling LEDs in circular mode to indicate finger swipe

Read fingerprint fail

Off Red on for 3 sec

Long buzz Turning all LEDs on, and then according to status, leaving all on or going back to circular mode

Read finger timeout – When no finger is passed over the scanner for 25 seconds, the CP-R26 Desktop Programmer goes back to Standby mode of swipe LEDs.


Programming Cards and Tags

5.

Programming Cards and Tags

To configure the MIFARE cards and tags, the Configuration Tab area of the

Main Window is used.

Within the Configuration Tab Area, there are three sub-areas whose display changes depending on what options are selected.

Two of the sub-areas always appear:

 General Reader Configuration area – This area is the same for all configuration functions

 Operations area – This area varies according to the configuration function being performed. The configuration function is selected in the Operation

Type dropdown menu.

The following two sub-areas appear depending on what options are selected in Operation Mode and Operation Type .



Reader Specific Configurations

Reader tab is active and Program Configuration Card is selected in

Operation Type

.

area – This area is visible when the Sector

 Finger options – This area is visible when the CPR-26 tab is active and

Operation Type

is Program User Card KeyA + template.

Figure 2 illustrates one of the possible appearances of the Configuration Tab

area.

Figure 2: Configuration Tab Area



When programming a MIFARE card or tag, the card or tag is placed on the CP-

R26 Desktop Programmer antenna area. Figure 3 illustrates where these areas

are located on the CP-R26 Desktop Programmer.

Figure 3: CP-R26 Antenna Areas

Tag Antenna

Area

MIFARE Card

Antenna

Area

The CP-R26 Programmer configures four card or tags types. The four card types are:

 Configuration card – This card is used to configure a reader upon power up during the initial setup. The Configuration card is simply held up against a reader to automatically program the reader with the relevant security information thus allowing the reader to identify the user cards or tags.



Master card – This card is used to put the reader into Configuration mode so that a Configuration card can then be used to program the reader.

 User card – MOC and 1:1 (One-to-One) modes – This is used to enable access by presenting the card or tag to the reader. With readers requiring fingerprint identification the same card or tag is used in conjunction with swiping of the fingertip.

 Program Auxiliary cards – This is used when using 1:1 and 1:N (One-to-

Many) readers to define to which sector record the reader writes the template to or deletes from.



5.1

Programming a Master Card

The Master card is used to put the reader into Configuration mode in which a

Configuration card is then used to program the reader.

To prepare a Master card:

1.

Select either the Sector Reader or CP-R26 tab.

2.

In

Operation Type

in the Operations area, select Create Master Card.

The Operation Mode field is not relevant for configuring Master card. The default value of Sector can be used.

3.

In

Card Type , select either MIFARE 1 K or MIFARE 4 K.

4.

From the

Transmit Format transmission format. dropdown menu, select the applicable

5.

Place a blank MIFARE card or a card previously configured as a

Configuration card on the CP-R26 Desktop Programmer antenna area.

6.

Click Start to begin programming the MIFARE card.

On completion, a message is displayed in the Message Log area to verify that the programming succeeded.

If the programming is a failure there is a short buzz and the Swipe Card

Reader LEDs light red for three seconds.

5.2

Programming Configuration Cards

A Configuration card is used for configuring specific Rosslare MIFARE and

Fingerprint reader's operation modes. Holding the Configuration card in front of the reader after presenting the Master card configures that reader. The organization's Configuration card should be kept in a safe place to avoid being copied by unauthorized persons as it stores the organization/site KeyA. It is advisable to create a backup Configuration card and store it in a safe place.

Preparing a sector reader Configuration card requires a KeyA value. Do not expose the KeyA value to any unauthorized personnel while preparing the

Configuration card.

Refer to the specific readers’ installation manual for a detailed explanation of the various options.



5.2.1

Sector Reader Configuration Cards

A Sector Reader Configuration card allows you to create a configuration card, which is used to configure the various sector readers such as the AY-W6260,

AY-W6360, AY-Q6260, and AY-Q6360 units.

To prepare a Sector Reader Configuration card:

1.

Select the Sector Reader tab.

2.

Select the applicable

Number (CSN).

Operation Mode

, either Sector or Card Serial

3.

From the

Operation Type

Configuration Card.

dropdown menu, select Program

4.

In Card Type

, select either MIFARE 1 K or MIFARE 4 K.

5.

From the


6.

For

Sector operation mode, select values for the Sector Number, Block

Number, and Byte Number fields in ID Location.

7.

Ensure that Operations

is set to Program Card.

8.

Define the

Led and Buzzer Control behavior by selecting or clearing the

Enable Led and Enable Buzzer checkboxes.

9.

For readers with a keypad: a.

Select the Keypad checkbox.

Additional keypad options appear. b.

In the

Backlight options behavior. c.

From the transmission format.

dropdown menu, select the backlight

Transmit Format

dropdown menu, set the keypads’

10.

For

Sector mode, enter the KeyA to be used by the reader as the unique

KeyA for the organization or site in both the Reader KeyA and the

Confirm Reader KeyA fields.

The KeyA number is hidden by "*" characters, so write down the new key and keep it in a safe place to avoid exposing this secret key to unauthorized personnel. The KeyA value is entered as a 6 hexadecimal digit. The default

KeyA is FFFFFFFFFFFF.

11.



12.


On completion, a message appears in the Message Log area to verify that the programming succeeded.

If the programming fails, there is a short buzz and the Swipe Card Reader

LEDs light red for three seconds.



5.2.2

Full Finger Capacitive Reader Configuration Cards

The Full Finger Capacitive Reader Configuration card allows you to create a configuration card, which is used to configure the various full finger capacitive readers.

5.2.2.1

MOC Reader Modes

To prepare a Biometric Capacitive Configuration card in MOC Mode:

1.

Select the CPR-26 tab.

2.

In

Reader Mode , select Match on card.

3.

In Operation Mode

, select either Sector or Card Serial Number (CSN).

4.

In


5.

From the


6.

For Sector operation mode, define the

ID Location

using the Sector

Number, Block Number, and Byte Number fields.

7.

From the Operation Type



8.

Ensure that

Operations


9.

Define the Led and Buzzer Control

behavior by selecting or clearing the

Enable Led and Enable Buzzer checkboxes.

10.

For reports on operational failures, select the checkbox.

Failed operation reporting

11.

To enable the

Lockout feature: a.

Select the Enable checkbox. b.

Define the lockout behavior using the Attempts and Duration fields.

12.

In

KeyA

, enter the KeyA to be used by the reader as the unique KeyA for the organization or site in both the Reader KeyA and the Confirm

Reader KeyA fields.



13.



14.



If the programming fails, there is a short buzz and the swipe Card Reader




5.2.2.2

1:1 and 1:N Reader Modes

To prepare a Biometric Capacitive Configuration Card in 1:1 and 1:N

Modes:

1.

Select the CPR-26 tab.

2.

In Reader Mode

, select One to one (1:1) or One to many (1:N).

3.

In

Operation Mode , select either Sector or Card Serial Number (CSN).

4.

In Card Type


5.

From the Transmit Format transmission format. dropdown menu, select the applicable

6.

For Sector

operation mode, define the

ID Location

using the Sector

Number, Block Number, and Byte Number fields.

7.

From the

Operation Type



8.

Ensure that

Operations is set to Program Card.

9.

In

Type

, choose either Reader or Controller.

If you choose Reader, the following parameters are available for configuration:

If you choose Controller, the following parameters are available for configuration:

10.

Configure the relevant parameters as necessary.

11.

To enable the

Lockout feature: a.

Select the Enable checkbox. b.

Define the lockout behavior using the Attempts and Duration fields.

12.

In

KeyA

, enter the KeyA to be used by the reader as the unique KeyA for the organization or site in both the Reader KeyA and the Confirm

Reader KeyA fields.





13.



14.





5.3

Programming User Cards or Tags

In this section both cards and tags are referred to as cards. The card configuration type depends on what level of system security is implemented.

The cards configuration depends on the reader type used. There are two reader types that determine what tab to use when configuring the cards.

 Sector reader – Used to configure and read sector reader cards. This tab allows configuration of both User ID/Card Serial number user cards as well as Reader configuration cards.

 Capacitive reader – Used to write and read cards containing fingerprint templates. The CP-R26 for fingerprint readers.

tab also allows the creation of configuration cards

The AS-B01 application offers various configuration options including the following:

 For a new MIFARE User card, configuring the Card ID, card key and fingerprint enrollment separately.

 For a previously configured MIFARE User card, configuring the Card ID and card key at the same time.

 For a previously configured MIFARE User card, configuring the Card ID, card key, and fingerprint enrollment at the same time.

 Configuring auxiliary cards that define the enrollment or deletion order of the template record, which is stored in the AYC-B7661 standalone reader.

Once a card is configured, the Card ID and the KeyA value can be modified, or if required, completely wiped from the card.

5.3.1

Programming a Sector Reader User Card

The first stage of preparing a MIFARE sector read User card is configuring a card ID and card KeyA value. These two configuration values are done simultaneously.

To program a MIFARE Sector Read User card:

1.

Select the Sector Reader tab.

2.

In Operation Mode

, select the Sector.



3.

In

Card Type


4.


5.

In ID Location

, select values for the Sector Number, Block Number, and

Byte Number fields.

If the Card Serial Number operation mode is being used by the organization, no programming is available for the user card.

6.

Ensure that the

Operations


7.

From the

+ KeyA.

Operation Type

dropdown menu, select Program User Card ID

8.

Enter the User Card ID number or scroll to a value using the Up and

Down arrows.

The range of possible values is shown just above the

User Card ID

field.

9.

In

KeyA

: a.

Enter the KeyA to be used by the reader as the unique KeyA for the organization or site in both the Reader KeyA and the Confirm

Reader KeyA fields. b.

Enter the current KeyA of the card being programmed.

• The KeyA number is hidden by "*" characters, so write down the new key and keep it in a safe place to avoid exposing this secret key to unauthorized personnel. The KeyA value is entered as a 6 hexadecimal digit. The default KeyA is FFFFFFFFFFFF.

• The current KeyA during a new installation is the default KeyA

FFFFFFFFFFFF. For existing sites, the current KeyA is the KeyA entered the original site installation. The current KeyA remains active until it is changed after configuring the reader.

10.

Place a MIFARE card on the CP-R26 Desktop Programmer antenna area.

11.




LEDs lights red for three seconds.

12.

To program additional MIFARE User cards, repeat Step 8 and then Steps

10 and 11.

5.3.2

Programming and Enrolling Fingerprint User Card for MOC

Reader Type

Before enrolling a card user’s fingerprint, the card must have a configured card

ID and KeyA value.



There are two options for enrolling fingerprints on a MIFARE User card. Either one or two fingerprints can be programmed on the card. The number of fingerprints is defined by the company security specifications and the card type used.

Mifare 1K cards can only hold one fingerprint, while Mifare 4K cards can hold up to two fingerprints.

To enroll MOC fingerprints on a MIFARE User card:

1.

Select the CP-R26 tab.

2.

From the

Reader Mode section, select Match on card.

3.

Select the applicable

Number (CSN).

Operation Mode

, either Sector or Card Serial

4.

In


5.

From the


6.

For Sector operation mode, select values for the Sector Number, Block

Number, and Byte Number fields in ID Location

.

7.

Ensure that the


8.

From the

Operation Type

dropdown menu: a.

If b.

If

Operation type

template.

Operation type

is Sector, select Program User Card ID + KeyA +

is Card Serial Number (CSN), select Program

User Card KeyA + template.

9.

For Sector

Operation Mode , enter the User Card ID number or scroll to a value using the Up and Down arrows.

The range of possible values is shown just above the User Card ID field.

10.

In

KeyA

: a.







11.

In

Fingers options

, select the number of fingers per card to enroll onto the

MIFARE User card.



Dual fingerprint is only available with 4K MIFARE cards; the system does not allow enrollment of dual fingerprint when using 1K cards.

12.

[Optional] Select the Verify after enrollment checkbox to verify the enrolled fingerprints if required. This is usually not required as the CP-R26

Desktop Programmer has an automatic internal verification during enrollment.

13.

If needed, select the Ignore Template checkbox for a cardholder who is unable to present a finger for verification.

Note that when this option is selected, the parameters in

Step

11 are grayed out.

Finger options

in

14.

Select the User Facility Code checkbox to set a single facility code to all enrolled cards and then change only number of the User Card ID.

15.


16.


17.

Instruct the person whose fingerprints are being enrolled to place his/her finger on the finger sensor, located on the CP-R26 Desktop Programmer.

18.

Follow the instructions messages in the Message Log area to repeat the fingerprint placement twice.

If enabled in the system settings (see Section

7.2), the system alerts if the

card being programmed is not empty. The “The Card is not empty. Do you want to overwrite it?" prompt message is displayed. “Choose

Continue or Cancel.

On successful completion of all three reads and card programming, 3 short beeps are generated and a success message "Writing template to card succeeded" is displayed in the Message Log area.

If the programming fails, there is a short buzz and the Capacitive Card


The software initiates the enrollment process up to three times automatically and performs a verification process as well.

19.

To program and enroll additional user cards, repeat Steps 15 to 18.

To write the finger template onto a specific card sector, define the sector number by typing or selecting the number in the Sector Number field located in the finger options section of the screen



5.3.3

Programming and Enrolling User Card for 1:1 and 1:N Reader

Types

With this option, the reader is used to add a user card that points to the specific fingerprint record where the template is stored for the benefit of responsiveness.

To enroll fingerprints on a MIFARE User card:

1.


2.

From the

Reader Mode

many(1:N).

section, select One to one(1:1) or One to

3.

In Operation Mode

, select Sector.

4.

In


5.

From the


6.

For Sector operation mode, select values for the Sector Number, Block

Number, and Byte Number fields in ID Location

.

7.

Ensure that the


8.

From the

+ KeyA.

Operation Type

dropdown menu, select Program User Card ID

9.

Enter the User Card ID or scroll using the Up and Down arrows.

10.

In

KeyA

: a.







11.

Select the User Facility Code checkbox to set a single facility code to all enrolled cards and then change only number of the User Card ID.

12.


13.




5.3.4

Programming Auxiliary Card for 1:1 and 1:N Readers

The auxiliary card is used to define the memory placement for enrolling or deleting fingerprint within the readers’ memory slots.

To define an auxiliary card:

1.


2.

From the

Reader Mode

many(1:N).

section, select One to one(1:1) or One to

3.

Ensure that the Operations


4.

From the

Cards.

Operation Type dropdown menu, select Program Auxiliary

5.

From the Card type

dropdown menu, select the desired card between: +1,

+10, ENROLL, DELETE and ADD CARD.

6.

In

KeyA : a.







7.


8.


On successful completion of the programming, 3 short beeps are generated.

If the programming fails, there is a short buzz and the Capacitive Card


9.

To program and enroll additional auxiliary cards, repeat Steps 4 to 8.


Additional Programmer Utilities

6.

Additional Programmer Utilities

The AS-B01 software includes additional utilities that allow you to use the programmer in the best and easiest possible way.

The card utilities are identical for both the Sector Read and CP-R26 tabs. The

CP-R26 tab has additional utilities designed specifically for the full finger capacitive application.

6.1

Card Utilities

The card utilities vary depending on the selection of either Sector or Card

Serial Number (CSN) in Operation Mode

.

When Card Serial Number (CSN) is selected, there are two card utility options available.

When Sector is selected, the same two card utilities are available, plus six additional utilities specific to the Sector type card.

6.1.1

Reading a Configuration Card

This function is used to confirm the card configuration when performing other functions in order to save time and enhance accuracy.

To read the Configuration cards:

1.


2.

In the

Operations area, select Card utilities.

3.

In the

Operation Type dropdown menu.

field, select Read Configuration Card from the

4.

Place the MIFARE Configuration card on the CP-R26 Desktop Programmer antenna area.

5.

Click Start to begin reading the Configuration card.

The configuration options are displayed on the screen.

The KeyA shown depends on whether or not the configuration card was used to previously configure the reader or not.

If the configuration card was used, the KeyA shown is the actual KeyA configured by the user; otherwise, the previous KeyA is shown.



6.1.2

Reading an ID from a User Card

This utility is used to ensure that the MIFARE User card is configured properly.

This option is only available for the Sector

Operation Mode

.

To read an ID from a MIFARE User card:

1.


2.

In Operation Mode , select Sector.

3.

Select the

Card Type

, either MIFARE 1 K or MIFARE 4 K.

4.


5.

In Operations

, select Card utilities.

6.

From the

Operation Type

User Card.

field dropdown menu, select Read ID from

7.

The KeyA and MIFARE User Card ID fields appear.

8.

Enter the KeyA of the card being read.

9.

Place the MIFARE User card on the CP-R26 Desktop Programmer antenna area.

10.

Click Start to display the card ID in the MIFARE User Card ID field.

6.1.3

Programming a User Card ID

This utility is used to program the User Card ID into a specific location on the

User card without configuring the card template or KeyA.


Operation Mode

.

To program an ID into a MIFARE User card:

1.


2.

In Operation Mode , select Sector.

3.

Select the Card Type


4.

From the


5.

In

Operations , select Card utilities.



6.

From the

Operation Type

User Card.

field dropdown menu, select Program ID into

The KeyA and MIFARE User Card ID fields appear.

7.

Enter the KeyA of the card being programmed.

8.

Enter the User Card ID or scroll to the value using the Up and Down arrows. The value can be between 0 and 16777215.

9.

Select values for the Sector Number, Block Number, and Byte Number fields in

ID Location

.

10.


11.

Click Start to begin programming procedure.

6.1.4

Changing the User Card KeyA in a Specific Sector

Use this utility to change the KeyA value in a specific sector of the User card without changing the card template or User Card ID.

This option is only available for the Sector Operation Mode.

To change the KeyA in a specific sector:

1.


2.

Select the Sector Operation Mode

.

3.

Select the

Card Type , either MIFARE 1 K or MIFARE 4 K.

4.

Define the ID Location

using the Sector Number field.

5.

In


6.


field dropdown menu, select Change User

Card KeyA on selected sector.

34

The KeyA fields are displayed.

CP-R26 Hardware and AS-B01 Software Manual


7.

In

KeyA

: a.







8.


9.

Click Start to program the card with the new KeyA.

6.1.5

Changing the User Card KeyA in All Sectors

Use this utility to change the KeyA value in all sectors of the User card without changing the card template or User Card ID.


Operation Mode.

To change the KeyA in a specific sector:

1.


2.

Select the Sector

Operation Mode .

3.



4.

In


5.



Card KeyA on all sectors.


6.

In

KeyA

: a.









7.


8.

Click Start to program the card with the new KeyA.

6.1.6

Erasing Specific User Card Data

This utility is used to erase specific information from a defined sector within the card.


Operation Mode

.

To erase specific User card data:

1.


2.

Select the Sector

Operation Mode .

3.



4.

In the


5.


selected block.

field dropdown menu select Erase User Card

The KeyA field is displayed.

6.

Enter the KeyA for the card being read.

7.


8.

Click Start to erase the data from the specific sector within the card.



6.1.7

Read Serial Number and Card Type

Each MIFARE card has a Unique Serial Number (UID). Use this utility to see a card’s UID and card type.

To read a MIFARE User Card Serial Number and Type:

1.

Select either the Sector Reader or the CP-R26 tab.

2.

From the


3.

In the


4.


number and card type.

field dropdown menu, select Read serial

The Serial Number field appears.

5.


6.

Click Start to display the serial number and card type.

6.1.8

Changing KeyA and Erasing All Data

Use this utility to format a card in order to define a new KeyA, which will be written on all sectors.


Operation Mode.

To format the User card:

1.


2.

Select the Sector Operation Mode

.

3.

Select the

Card Type


4.

In the Operations

area select Card utilities.



5.

From the

Operation Type


Card KeyA and erase data – all sectors.


6.

In

KeyA : a.







7.


8.

Click Start to start the formatting procedure.

This operation may take up to 30 seconds for a 1K card and several minutes for a 4K card. Do not close the application or remove the card until you receive a confirmation message.



6.2

Fingerprint Utilities

Applicable for MOC type reader only.

The fingerprint utility allows you to enroll fingerprints to a pre-configured User card without changing the information written on the card, or to verify the fingerprint written on to a card.

6.2.1

Enrolling Fingerprints on a Pre-configured User Card

The AS-B01 software allows you to enroll fingerprints onto a card already configured with the User card ID.

To enroll fingerprints to a pre-configured user card:

1.


2.

In the

Operations

area, select Finger utilities.

3.

From the

card.

Operation Type dropdown menu, select Enroll fingerprints to

4.

Select the number of fingers to enroll.

5.

[Optional] In

Finger options , select the Verify after enrollment checkbox to verify the enrolled fingerprints if required. This usually not required as the CP-R26 Desktop Programmer has an automatic internal verification on enrollment.

6.

For security reasons, enter the KeyA value.

7.

Define the

ID Location

using the Start Sector field.

8.

Place the card on the CP-R26 Desktop Programmer antenna area.

9.


10.

Instruct the person whose fingerprints are being enrolled to swipe his/her finger on the finger sensor, located on the CP-R26 Desktop Programmer, in the direction indicated by the Fingerprint Directional Indication LEDs.

11.

Follow the instructions messages in the Message Log area to repeat the fingerprint enrollment process three (3) times.



To write the finger template onto a specific card sector, define the sector number by typing or selecting the number in the Sector Number field located in the

Finger options section of the screen.

6.2.2

Verifying Fingerprint Enrollment on a User Card

Verifying fingerprint enrollment on a MIFARE User card can be done as a separate function or at the same time an enrollment is preformed.

As an added security measure the CP-R26 Desktop Programmer automatically does an internal verification to ensure accuracy. That is why during the enrollment process, more than one swipe is required.

To verify fingerprint enrollment on a MIFARE User card:

1.


2.

In the

Operations

area, select Finger utilities.

3.


dropdown menu, select Verify live fingerprint.

4.

Select the number of fingers that were enrolled for verification.

5.

For security reasons, enter the KeyA value.

6.

Select the sector number that starts the fingerprint template location.

7.

Place the card on the CP-R26 Desktop Programmer antenna area.

8.


9.

Instruct the person whose fingerprints are being verified to place their finger on the finger sensor, located on the CP-R26 Desktop Programmer, in the direction indicated by the Fingerprint Directional Indication LEDs.

10.

Follow the instructions messages in the Message Log area to repeat the fingerprint swipe process once for each template.


Global Options

7.

Global Options

This section provides instruction on how to define the software behavior and change the password used to enter the application.

7.1

Change Password

For security reasons, it is highly advisable to change the login password to the

AS-B01 software from the default password.

To change the AS-B01 application entry password:

1.

In the File menu, click Options > Change Password.

The

Change Password

window is displayed.

2.

Complete the fields as required.

Passwords are case sensitive.

For higher security, make sure that the password you choose is more than

4 letters long. Mixing letters and numbers also substantially strengthens the password.

All passwords are hidden by '*' characters to avoid exposing it to an unauthorized user.

3.

Click OK.

The password is changed.


Global Options

7.2

Card Overwrite

Enabling the Card Overwrite option causes the system to issue a warning when attempting to write information onto a card with data already stored on it.

If disabled, the system overwrites information automatically without warning the user.

To enable the Card Overwrite warning:

1.

In the File menu click Options > Card Overwrite.

The Overwrite window opens.

2.

Verify that the checkbox is selected.

3.

Click OK.

7.3

Updating Firmware

You may need to periodically update your firmware.

To update the CP-R26 Desktop Programmer firmware:

1.

In the File menu click Options > Firmware Programming.

The

Desktop Reader Firmware Programming

window opens.

2.

[Optional] You can change the default firmware location that is displayed in the .bin file location field: a.

Click Browse.

The standard Windows Explorer window opens. b.

Navigate to the folder containing the binary firmware file to download. c.

Select the binary firmware file.


Global Options

3.

Make sure the USB cable is disconnected from the CP-R26 Desktop

Programmer. If the cable is still connected, a window opens telling you to disconnect the cable.

The indicator at the left bottom side of the screen displays Disconnected.

4.

Click OK.

You return to the

Desktop Reader Firmware Programming

window.

5.

Click OK.

The Connect Cable window opens.

6.

Connect the USB Cable.

7.

Wait until the indicator at the left bottom side of the screen displays

Connected.

The installation automatically begins. On completion, a confirmation screen opens.

8.

Click OK.

The Desktop firmware is now updated.

Two more messages should immediately follow in the Message window:

"MIFARE Programming Reader Disconnected" and "MIFARE Programming

Reader Connected".

The Desktop Programmer is now ready for use.

Be careful not to select a wrong firmware file, as it may cause permanent

Desktop reader hardware failure.


Maintenance

A.

Maintenance

To maximize the lifetime of the product, we recommend following these guidelines as closely as possible.

 Do not expose the unit to water or rain or to humidity over the specified safety level.

 Do not expose the unit to direct sunlight for extended periods. This can cause overheating and system failure.

 Avoid dropping the unit onto the ground. This may cause electromechanical failure.


Field Descriptions

B.

Field Descriptions

The AS-B01 software application has fields that need to be completed when configuring the CP-R26 Desktop Programmer, MIFARE cards and/or tags.

The following table describes these fields.

Table 2: Field Descriptions

Field Name

Card Type

Description

Card Serial Number (CSN) In the

Operation Mode area this option is selected if the reader has to transmit only the card serial number. Each

MIFARE card has a Unique Serial Number (UID) to uniquely identify the card.

• The MIFARE card type determines the size and memory location on the card. There are two options:

Confirm Password

Current Password

• MIFARE 1K memory – The 1024 x 8 bit EEPROM memory is organized in 16 sectors with 4 blocks of 16 bytes each. In the erased state the EEPROM cells are read as a logical “0”, in the written state as a logical

“1”.

• MIFARE 4K memory – The 4096 x 8 bit EEPROM memory is organized in 32 sectors with 4 blocks and 8 sectors with 16 blocks. Each block contains 16 bytes.

In the erased state the EEPROM cells are read as a logical “0”, in the written state as a logical “1”.

Used to confirm a new password entered in the

New

Password field.

Password used to enter the AS-B01 software application, and when changing the password.

Enable Aux Input

Enable Buzzer

Enable LED

Failed operation

This enables the auxiliary input that is located in the controller (the primary input is through the PS-25 power supply), which then enables the auxiliary output and bell.

Activates or deactivates the reader’s buzzer control.

Activates or deactivates the reader’s LED control.

ID Location

KeyA Password

Enables the reader to transmit to the panel any failed operations. These are then displayed in the Message Log

Area of the GUI.

All sectors in the MIFARE card contain 3 blocks of 16 bytes for storing data. This parameter defines where the data is stored in these data blocks. The location is defined by the company security specifications.

Unique key used as a security access code. This code used is specified by the company security policies. The key is entered as a 12 digit hexadecimal value with digit values of 0-9, A-F.


Field Descriptions

Field Name

Keypad

Lockout Attempts

Lockout Duration

New Password

Reader KeyA

Description

Defines the keypad type used to enter codes on an access reader.

Defines the number times a user can present a wrong card or swipe an unverified fingerprint before the reader locks the door for a predefined period of time.

Defines how long a card is locked out of the system after too many invalid attempts at swiping the card through the reader or fingerprint scanned due to some inconsistencies with the configured card being used.

Field used to enter a new password. Passwords are case sensitive. For higher security, make sure that the passwords you choose are more than 4 letters. Mixing letters and numbers also substantially strengthens the password.

The MIFARE card storage is divided into sectors with each sector being protected by two different keys, KeyA and

KeyB. These keys are programmable according to company security specifications. KeyB is not supported.

Restore to factory default When the unit is in Controller state, this function allows erasing all enrolled cards and all finger templates stored in memory; when in Reader state, it allows erasing all finger templates from the memory.

Sector In the

Operation Mode area this option is selected if the reader has to transmit encrypted data from the card secured memory. More screen options are added when selecting Sector mode including the

Reader KeyA and the

ID Location fields.

Transmit Format

MIFARE User Card ID

Wiegand protocol is a secure transmission format where access control is required. The different bit configuration is used to define different security options specified by the company security officer.

Unique ID assigned to the card. This ID number is obtained from the company security officer. The ID number is a numeric with a range of 0 – 16777215.


Additional MIFARE Card Memory Map Information

C.

Additional MIFARE Card Memory

Map Information

C.1

Manufacture Block

This is the first data block (block 0) of the first sector (sector 0). It contains the

IC manufacturer data. Because of security and system requirements, this block is write-protected after having been programmed by the IC manufacturer at production.

When the Rosslare MIFARE reader operation mode is configured to "card serial number", the Unique ID of the card is read from manufacture block.

C.2

Data Blocks

All sectors contain 3 blocks of 16 bytes for storing data (Sector 0 contains only two data blocks and the read-only manufacturer block).

The data blocks can be configured by the access bits as:



Read/write blocks (for example, contactless access control)

 Value blocks (for example, electronic purse applications – not supported by AS-B01).

An authentication command must be carried out before any memory operation to allow further commands. Authentication commands are based on

KeyA, KeyB, and on Access Condition bits. AS-B01 supports programming only

KeyA, thus both Access Bits and KeyB modifications are not supported; their location in the following diagram is indicated in black.


Additional MIFARE Card Memory Map Information

Figure 4: MIFARE 1K Memory Diagram

For further details about MIFARE cards, refer to the NXP Semiconductor

MIFARE datasheet.


Sample Worksheets

D.

Sample Worksheets

When entering information, the information must be obtained from the company security officer. To assist in preparing the information to be entered, the following sample form can be used.

Employee Security Card Configuration

Field

Employee Name

Employee ID #

Employee Company ID

Employee Dept.

Card Serial Number (if applicable)

Reader KeyA

Transmit Format

Card Type (1K or 4K)

ID Location – Sector Number

ID Location – Block Number

ID Location – Byte Number

MIFARE User Card ID

Number of Fingerprints (1 or 2)

LED Control

Buzzer Control

Lockout Attempts

Lockout Duration

Batch Order Code

Configuration


Limited Warranty

E.

Limited Warranty

The full ROSSLARE Limited Warranty Statement is available in the Quick Links section on the ROSSLARE website at www.rosslaresecurity.com

.

Rosslare considers any use of this product as agreement to the Warranty Terms even if you do not review them.


Asia Pacific, Middle East,

Africa

Rosslare Enterprises Ltd.

Kowloon Bay, Hong Kong

Tel: +852 2795-5630

Fax: +852 2795-1508 [email protected]

United States and Canada

Rosslare Security Products, Inc.

Southlake, TX, USA

Toll Free: +1-866-632-1101

Local: +1-817-305-0006

Fax: +1-817-305-0069 [email protected]

Europe

Rosslare Israel Ltd.

Rosh HaAyin, Israel

Tel: +972 3 938-6838

Fax: +972 3 938-6830 [email protected]

CP-R26 and

AS-B01

Latin America

Rosslare Latin America

Buenos Aires, Argentina

Tel: +54-11-4001-3104 [email protected]

China

Rosslare Electronics (Shenzhen) Ltd.

Shenzhen, China

Tel: +86 755 8610 6842

Fax: +86 755 8610 6101 [email protected]

India

Rosslare Electronics India Pvt Ltd.

Tel/Fax: +91 20 40147830

Mobile: +91 9975768824 [email protected]

Rosslare CP-R26 MIFARE Card Programmer, AS-B01 Fingerprint Enrollment Station Hardware and Software Manual

Assistant Bot

MIFARE Card Programmer/Full

Fingerprint Enrollment Station

Hardware and Software Manual

Copyright © 2013 by Rosslare. All rights reserved.

Table of Contents

Table of Contents

Table of Contents

List of Figures

List of Figures

List of Tables

List of Tables

Notice and Disclaimer

Notice and Disclaimer

Introduction

1.

Introduction

Introduction

Specifications and Requirements

2.

Specifications and Requirements

Installation

3.

Installation

Installation

Installation

Installation

Installation

Installation

AS-B01 Software Overview and LEDs

4.

AS-B01 Software Overview and

LEDs

AS-B01 Software Overview and LEDs

AS-B01 Software Overview and LEDs

Programming Cards and Tags

5.

Programming Cards and Tags

Programming Cards and Tags

Programming Cards and Tags

Programming Cards and Tags

Programming Cards and Tags

Programming Cards and Tags

Programming Cards and Tags

Programming Cards and Tags

Programming Cards and Tags

Programming Cards and Tags

Programming Cards and Tags

Programming Cards and Tags

Additional Programmer Utilities

6.

Additional Programmer Utilities

Additional Programmer Utilities

Additional Programmer Utilities

Additional Programmer Utilities

Additional Programmer Utilities

Additional Programmer Utilities

Additional Programmer Utilities

Additional Programmer Utilities

Additional Programmer Utilities

Global Options

7.

Global Options

Global Options

Global Options

Maintenance

A.

Maintenance

Field Descriptions

B.

Field Descriptions

Field Descriptions

Additional MIFARE Card Memory Map Information

C.

Additional MIFARE Card Memory

Map Information

Additional MIFARE Card Memory Map Information

Sample Worksheets

D.