LX Technologies, Inc. Engineering...

2011

LX Technologies, Inc.

Engineering Department

[HID - FIPS-201 READER INSTALLATION] This document outlines the FIPS-201 PIV Installation to an MR52 panel connected to the SPP Panel

2 HID - fips-201 reader installation

LX Technologies, Inc. | Confidential

PUBLICATION INFORMATION

Title Date Action

HID Reader Installation Manual 08/2011 1st Edition

Changed even and odd parity setting 12/2011 2nd

Edition

and example 200 bit card

Fixed Error for MR52 parity setting 12/2011 fixed for 2nd

Edition

Updated Wiegand Screen

PROPRIETARY INFORMATION NOTICE

THIS MANUAL CONTAINS PROPRIETARY INFORMATION THAT IS THE PROPERTY OF LX TECHNOLOGIES, INC. THIS

MANUAL IS FURNISHED TO THE AUTHORIZED USERS OF SPECTRUMLX SOLELY TO FACILITATE THE USE OF SUCH

PROGRAMS AS SPECIFIED IN WRITTEN AGREEMENTS, AND EXCEPT AS PROVIDED IN SUCH WRITTEN

AGREEMENTS SHALL NOT BE REPRODUCED, COPIED OR USED, IN WHOLE OR IN

PART, WITHOUT THE WRITTEN PERMISSION OF LX TECHNOLOGIES, INC.



While this information is presented in good faith and believed to be accurate, LX Technologies, Inc. disclaims the implied warranties of

merchantability and fitness for a particular purpose and makes no express warranties except as may be stated in its written agreement with

and for its customers.

SpectrumLX, SafeCryptNet, and QuickPic are all trademarks of LX Technologies, Inc. All rights reserved. Windows® 7 and WindowsXP® are

registered trademarks of Microsoft Corporation. Linux® is a registered trademark of Linus Torvalds. Other brand or product names are

trademarks of their respective owners.



Table of Contents RK40C Reader Installation ............................................................................................................................. 5

iCLASS RK-40 ............................................................................................................................................. 5

Software Installation ..................................................................................................................................... 6

Card Format Fields ................................................................................................................................ 7

Wiegand Format Configuration ................................................................................................................ 8

Reader Screen ......................................................................................................................................... 10

Special Note: ........................................................................................................................................... 11

Example 200 bit card format: ..................................................................................................................... 11



RK40C Reader Installation

TOP

BEEP GP01

GREEN GP02

RTN OC/TMPR

+VDC DATA1

SHLD DATA0

RED GP03

HOLD GP04

BOTTOM

MR 52 HID

VO +VDC

LED GREEN

BZR N/C

CLK/D1 DATA1

DAT/D0 DATA0

GND RTN

Note: This Reader will also work utilizing a 5V+ power supply. Connect 5V+ to +VDC and RTN to

GROUND.

iCLASS RK-40

The HID iCLASS RK-40 reader has a 4-bit keypad mode. It operates at 5-16 VDC. The average current

draw is 72/244 mA at 12 V. The LEDs and buzzer function the same as standard HID Wiegand/Prox

readers.

LX Technologies has tested the reader using 5V and 12 Volts; if you are utilizing 12 volts then the reader

may get a little warm. This is normal although the warmth should be isolated to the back of the reader

only.

Also note that when the reader has been idle for a period of time it may take up to 2 seconds to read a

card. Once a card is read additional cards can be processed at a faster rate as the reader has reactivated

its antenna.

Note: HID iCLASS readers must be unlocked with a special command card before they are operational

with the LX Technologies, Inc. software.

Figure 1 - RK4C HID Reader



Software Installation This document describes the necessary steps to configure the readers on a standard SpectrumLX system

utilizing an SPP with MR52 panels. The Reader needs to be configured for a 200bit Wiegand output. If

your readers were purchased from LX Technologies they are preconfigured to the appropriate output if

you purchased them separately please contact us before attempting to install them.

The SpectrumLX software allows you to configure up to 4 individual card formats per SPP. Standard

Options include the Wiegand (26 bit or 37bit), Magnetic cards, facility code and cardholder offsets.

To configure the HID 200bit Card format we need to create the card format within the system settings.

To begin highlight and click “Card Format” in the Utilities Menu, a dialog box titled “Card Format” will

appear on your screen.

Figure 2 - Menu

Select Card Format then

select the SPP you are going

to change.



Figure 3 - Card Format

Card Format Fields

SPP Drop-down Box Enter the SPP number where the card format will be used.

Format Record Drop-down Box Enter the number -- 1, 2, 3, or 4 -- of the record you're configuring.

Each card reader in the SpectrumLX System can be configured to

accept up to four different configurations of ID card or badge

formats.

Facility Code Scroll Box Enter the numerical designator of the facility where the card reader

will be used. The reader and the SpectrumLX access control

functions can use this number. (i.e. persons not having the correct

facility code on their ID cards or badges will not be allowed access)

Set to 0

Cardholder Offset Scroll Box Enter the numerical offset in the card formats.

REQUIRED IF MORE THAN ONE FORMAT IS CONFIGURED. Because

the LX Technologies hardware can utilize different card formats, an

"offset" is required. For example, if two different card formats are

used -- Wiegand and magnetic stripe -- both formats can start with

card number "1." Using the offset enables the computer to "see"

the difference between the formats, even though both cards are

numbered "1" in the computer database.

Set to 0

After selecting the

appropriate SPP, Press

the Configure Button.



Figure 4 - Wiegand Format Screen

Wiegand Format Configuration

The appropriate Wiegand Format utilized by the reader and field panel for this application is 200 bits.

This screen will allow us to configure a format based on the total number of bits.

Note: Because the MR52 reads data in 4bit nibbles and the card is formatted using 5 bit nibbles the

system may generate a different number than the one on the back of the CAC. However, you should

not have any duplicate card numbers within the system.

Wiegand Format

CARD HOLDER Number of cardholder ID bits: This area states which

bits are associated with the cardholder.

Bit address to start from: Location where the data

starts on the Wiegand format.

28

110

TOTAL NUMBER OF BITS ON

CARD

This number sets the total number of bits acceptable

on the card. If more or less bits are detected during the swipe transaction, the

card is identified as a non-standard card, and appropriate

notification to security personnel can be carried out.

200

EVEN PARITY

Number of bits to sum for even

parity

Bit address to start from

Parity is a method for checking the accuracy of data

Transmission.

1

2



ISSUE CODE

Number of Issue Code bits


The data code that identifies the unique issue code.

-1

-1

FACILITY CODE

Number of Facility Code bits


The data code that identifies the unique facility.

-1

-1

ODD PARITY

NUMBER OF BITS TO SUM FOR

ODD PARITY

BIT ADDRESS TO START

Parity is a method for checking the accuracy of data

transmission.

1

1

Navigate Buttons

Load

Downloads the complete database to the SPP

panels.

Save

Once you have configured the database, click on

the “Save” button to save the information.

Close

Click on the “Close” button to exit the dialog box.

Any unsaved changes will be lost.

If you get any negative numbers for the card number you need to lower the “Number of cardholder ID

bits” on the card holder section or move the “Bit address to start from” to a deterrent location.



Reader Screen

From the SpectrumLX Configuration menu highlight and click “Reader Database (User Form)”, a dialog-

box titled “Reader Database” will appear on your screen. At the top, you will see three tabs, “Page 1,

“Page 2” and “Page 3”. To configure the reader to read the CAC; go to Page 2 as seen below;

Figure 5 - Reader Page 2 - Card format

Card FORMAT Check Check the appropriate boxes when a specified card format will be used

at this particular reader. (Check all that apply)

Card Formats 1 through 4 are defined under the Utilities Menu- Card

Format.

Each card reader can be configured to accept four different formats,

depending on the type and formatting of the cards, which have been

authorized for use at the reader.

Configure the formats

that you have setup in

the card format to

accept CAC cards.

Keypad: Set to 4 bit

word



Special Note:

The “Wiegand format” is only based on even and old parity bit setting, so we need to find a set of bits

that will not changed based on the card... HID has an ‘SS’ values at the start of the string they send on all

cards...

The value is 1101 bits, so if we look at the bit 2 it is always ‘0’ so we will set it to the even parity, and the

odd bit we can use any of the ‘1’ in the first string. This will get us passed the “Wiegand Error”.

There are other values in the card format that HID sends to get the even and odd parity bits, but we will

focus on the first set of bits…

Even Parity - Group Box

Number of bits to the sum for even parity: 1

Bit address to start from: 2

Odd Parity – Group Box

Number of bits to the sum for Odd parity: 1

Bit address to start from: 1

Even parity group box and odd parity group boxes are the only ones you need make sure you set right or

you will get the “Wiegand Format Error”...

Example 200 bit card format:

200 Bit Output (BCD)

Serial Output:

Needs serial data because this is the only example that does not strip parity.

D4 32 48 58 21 0C 2D 31 71 B5 25 A1 68 5A 08 C9 2A DE 0A 61 84 32 48 43 E2

Decoded Wiegand Data:

SS 1 3 4 1 D 0 0 0 1 D 9 8 7 6

5 4

1101 0 1000 0 1100 1 0010 0 1000 0 1011 0 0000 1 0000 1 0000 1 1000 0 1011 0 1001 1 0001 0 1110 0

0110 1 1010 1 0010 0

D 1 D 1 D 1 2 3 4 5 6 7 8 9 0

1 1

1011 0 1000 0 1011 0 1000 0 1011 0 1000 0 0100 0 1100 1 0010 0 1010 1 0110 1 1110 0 0001 0 1001 1

0000 1 1000 0 1000 0

3 4 1 1 F 8

1100 1 0010 0 1000 0 1000 0 1111 1 0001 0



Translated Card Data:

Agency Code = 1341, System Code = 0001, Credential Number = 987654, CS = 1, ICI = 1, PI =

1234567890,

OC = 1, OI = 1341, POA = 1, LRC = 8

On request, there is a standalone CAC card formatter software program for the SPP that will help you

define the card format for CAC cards. Please send an email to [email protected] and request

“cac_format.exe” and we would be happy to send it to you.

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