GE Security Smart Cards & T-7xx Readers How to Order Guide PN: HTOG

Transcription

1 GE Security Smart Cards & T-7xx Readers PN: HTOG Date: May 2009

2 GE Security Smart Cards & Readers Page 2 Table of Contents GE Security... 1 Smart Cards & T-7xx Readers Overview... 3 Smart Cards & Readers... 3 Protection of Encoded Badge ID Number... 4 What is encoded on the smart card?... 5 Mifare 1K Memory Organization... 7 Mifare 4K Memory Organization... 8 my-d vicinity 10k bits Memory Organization... 9 Permitted Combinations of Smart Card Readers with Smart Cards...10 T-7xx Reader Ordering Guide...11 T-7xx Smart Card Readers...11 T-7xx Reader Accessories...12 T-7xx Command Cards...13 T-7xx OESM Fixed Key Request Form...14 Smart Card Ordering Guide...16 Stocked Smart Cards...17 Custom Cards...18 Custom Smart Card Ordering Checklists...18

3 GE Security Smart Cards & Readers Page 3 Overview GE Security offers a Series of contactless Smart Cards and Readers for access control applications. The Smart Cards & Readers operate at MHz, and follow ISO 14443A and ISO standards. There are multiple smart card reader form factors and colors offered, with and without keypad for PIN entry. There are also multiple Smart Cards offered, with different memory configurations, The purpose of this document is to familiarize the reader with the Smart Card and Reader offerings and their options; to assist in efficient and accurate ordering. Smart Cards & Readers Smart Cards may be used in many applications from Access Control to vending to library borrowing, to name a few. In this document the examples presented will cite Access Control applications. Smart Card Readers are configured to read specific pieces of data located in specific memory areas of the Smart Card. The data that is read is then transmitted to an access controller to be processed and to decide whether access should be granted or denied. The Smart Card Reader and the Smart Card must be identically configured for proper operation. If they are not identically configured, then the Smart Card Reader will be unable to access data from the Smart Card, and card data will not be transmitted to the access controller. In an Access Control application, the door will not open when a card that is otherwise properly configured to allow access for that space. Smart Card Readers come from the factory with a default configuration. This default configuration will automatically work with the cards offered through the GE Security Stocked Smart Card Program. This is the simplest and the most secure way to operate your system. If, for some reason, the customer does not want to use the highly secure default configuration of the GE Smart Card/Reader system, then customization can occur. Standard Smart Card Readers are ordered, in conjunction with a command card to provide the reader the specific security configuration data it will need to read the custom Smart Card. The custom Smart Card and the Smart Card reader will need to be identically programmed. If there is any variance between these two components of the system, the system will not grant access. Smart Card Readers and Cards The next two sections will provide a general overview of Smart Card Readers and Smart Cards. This overview includes a description of what is encoded onto smart cards and why. Finally, the detailed guides for ordering GE Security Smart Card Readers and GE Security Smart Cards are provided. T-7xx Reader Overview GE Security is offers three models of Smart Card Readers: T-700, mullion sized, contactless smart card reader (mountable of single electrical box only when combined with the Accessory Mounting plate.) T-720, mid-range, contactless smart card reader (mountable on single- or dual-gang electrical box. Also mounts to European standard electrical box.) T-725, mid-range with keypad, contactless smart card reader (mountable on single- or dual-gang electrical box Also mounts to European standard electrical box.) Each model of GE Security Smart Card Reader is composed of three main components:

4 GE Security Smart Cards & Readers Page 4 Mounting Backplate (included with the Electronic module Base Unit Electronics Module Base Unit Durable UV-resistant (Outer Shell) Thermoplastic Cover The Durable UV-resistant thermoplastic cover for each model is available in three colors: black (standard), light gray, and charcoal. Each GE Security Smart Card Reader is supplied with a pigtail to allow field wiring to be attached to the reader. The readers output Wiegand data and operate at 12 VDC. General Reader Specifications Attribute T-700 T-720 T-725 Dimensions 1.7 x 6.1 x mm x 155mm x 28 mm 4.52 x 6.1 x mm x 155mm x 32 mm 4.52 x 6.1 x mm x 155mm x 32 mm Operating Temp -31 to 149 F -31 to 149 F -31 to 149 F -35 to 65 C Relative Humidity 0 to 93% (noncondensing at 90 F or 32 C) -35 to 65 C 0 to 93% (noncondensing at 90 F or 32 C) -35 to 65 C 0 to 93% (noncondensing at 90 F or 32 C) Operating Voltage VDC VDC VDC Current 12VDC Average 60mA Average 62.6mA Average 95mA Peak 75mA Peak 72mA Peak 107mA Smart Card Overview GE Security offers two types of Smart Cards, Mifare and my-d vicinity (also called Vicinity). Mifare Smart Cards are defined by ISO Standard 14443A; and, my-d vicinity Smart Cards are defined by ISO Standard Operationally, ISO cards have a slightly longer read range that ISO 14443A type Smart Cards. The Mifare Smart Cards are available in two memory configurations, either 1K with 16 sectors or 4K with 40 Sectors. The my-d vicinity Smart Card is configured with 10k bits of memory in up to 15 sectors. All GE Security Smart Cards are credit card sized (CR-80) and are within ISO 7816 card thickness specifications. All the GE Security Smart Cards are made of a composite material composed of PETG and PVC. This provides a durable card, which can be printed upon in most dye sublimation printers. Attribute Mifare my-d vicinity (Vicinity) ISO Standard ISO 14443A ISO Memory Capacity 1K Bytes 4K Bytes 10k bits Memory Sectors Up to 15 sectors Card Size CR 80 Card Material 75% PETG / 25% PVC Composite Protection of Encoded Badge ID Number An important advantage of using GE Security Smart Cards is that they provide the ability to protect the Encoded Badge ID number. The badge encode number is written to a specific sector of the Smart Card. To gain access to that sector s data, a key must be provided to the smart card. GE Security offers two types of key protection for sector data. The first method (and the default method) of

5 GE Security Smart Cards & Readers Page 5 protection is called the GE Diversified Key method. This is the strongest form of protection for the badge encode number. The second method of protection is called the Fixed Key method. GE Diversified Key Method When the user chooses this method of protection, every card produced has a unique key for the sector where the badge encode number is stored. The key is based upon a mathematical algorithm, which the GE Security Smart Card Reader must use to calculate the unique key value for each card on the fly, when the card is presented to the reader. If an individual is attempting to break the system by sniffing the RF data that is passing between the reader and card (and that data is also encrypted), the most they would be able to break is the key for that individual card. They would not be able to reuse the information gained in the sniffing to generate keys for other cards, since each card using the GE Diversified Key has a unique key. This protection applies only to the Diversified Key method. Fix Key Method When the user chooses this method of protection, every card produced for this system must have the same key for the sector where the badge encode number is stored. The Smart Card Reader is preprogrammed with the key to unlock the sector. When the Smart Card is presented to the reader, the Smart Card Reader will pass the Fixed Key to the Smart Card and the Smart Card will release the Badge Encode (BID) number to the reader. The passing of the Fixed Key data is encrypted between the Smart Card Reader and the Smart Card. The fixed sector key method of protecting the BID puts the end user in control of the smart card. The end user can procure the smart card from a variety of suppliers, and can encode the smart card locally. By default, GE Smart Card Readers are set to use GE Diversified keys. If the customer desires to use the Fix Key method, a Command Card is used to load the Sector Key information into every GE Smart Card Reader in that system. In the Reader Section of this Guide, there is a form, which facilitates the ordering of the Fix Key Command Card. What is encoded on the smart card? Every Smart Card has a unique identifier built into it. This identifier is called the Card Serial Number (CSN) or Unique ID Number (UID). This is burned into the smart card chip during the chip manufacturing process. The T-7xx readers can be configured to read the UID information instead of sector data if the customer wants to configure their system that way. A command card (pn: ) is used to configure the reader to what is called T-5xx emulation mode. This means the T- 7xx reader will only read the UID information from either a Mifare or my-d vicinity smart card. GE Security can also supply encoded Badge ID numbers on Smart Cards. Each Smart Card has multiple sectors of memory. As a standard, GE Security uses Sector 1 to store Badge ID data (on custom cards GE can change to sector 10 or 15). Within that sector, patterns of 0 s and 1 s are written, which can be decoded by the access controller into the Badge ID number. GE Security can encode the Badge ID number in several different Wiegand formats, depending upon the capabilities of the system the customer has. The most common Wiegand Encode format is the 5502 format. This format yields a 16 digit badge ID number. Each Badge ID made with this format is unique. GE Security does not remake or reuse any 16 digit Badge IDs. For legacy systems, which may have difficulty decoding the 5502 format or using a 16 digit Badge ID, GE Security provides the industry standard 26 bit Wiegand format. The 26 bit Wiegand format is well known in the access control industry, and the output is generally interpreted as a three digit Facility Code (between and 00255) and a 5 digit Badge ID (between and 65,732). Since there is a finite limit to the 26 bit Wiegand data patterns, it is possible that Badge ID may be used more than once. This issue can be overcome by the system using this scheme to select his own Fixed Key for encode sector. This will result in the Badge ID being protected by their own sector key, and if a

6 GE Security Smart Cards & Readers Page 6 repeated Badge ID happened to be presented to the system, it would not be processed since the badge would not have the correct sector Key for that system.

7 GE Security Smart Cards & Readers Page 7 Mifare 1K Memory Organization The Mifare 1K Smart Card has 16 sectors where data can be stored. Each Sector is comprised of four blocks of 16 bytes each. Block 3 of each sector defines the access keys and access rules for that sector. The remaining 48 bytes (blocks 0, 1 and 2) can be used for data. The default location for GE Security to Encode Badge ID data is Sector 1, block 0. The GE Diversified Key or Fixed Key is encoded in Sector 1, block 3. On a custom basis, GE Security Smart Card Readers can also utilize Sector 10 or Sector 15 to store Badge ID data. Mifare 1K Memory Map

8 GE Security Smart Cards & Readers Page 8 Mifare 4K Memory Organization The Mifare 4K Smart Card memory is configured in much the same way. On the Mifare 4K Smart Card, there are 40 Sectors, the first 32 of which contain 4 blocks, and the final eight sectors are larger, having 16 blocks in them. Again, each block is composed of 16 bytes, and access to any sector can be restricted by Sector Key. The default location for GE Security to Encode Badge ID data is Sector 1, block 0. The GE Diversified Key or Fixed Key is encoded in Sector 1, block 3. On a custom basis, GE Security Smart Card Readers can also utilize Sector 10 or Sector 15 to store Badge ID data. Mifare 4K Memory Map

9 GE Security Smart Cards & Readers Page 9 my-d vicinity 10k bits Memory Organization The my-d vicinity secure features secure memory access. The User / Key Memory with its flexible organization permits up to 14 independent secure sectors of a variable size each protected with a 64 bit key pair. Only after a successful authentication a single sector is accessible. In addition, one freely programmable plain sector is available for general purpose use. The service area contains the UID and manufacturer data. The service area cannot be changed. The administration area comprises the access conditions and sector information. my-d vicinity 10k Bit memory layout

10 GE Security Smart Cards & Readers Page 10 Permitted Combinations of Smart Card Readers with Smart Cards Scenario Readers Command Cards Required Smart Cards GE Diversified Key Fixed Key T-5xx emulation Mode PIV Cards Default T-7xx Readers None Order : OESM Fixed Key Command Cards Default T-7xx (PN: 521CC01- ) Readers Required to complete Fix Key Request Form Order: T-5xx Emulation Default T-7xx Mode Command Cards Readers (PN: ) Default T-7xx Order: PIV Comm and Cards Readers (PN: ) Any GE Security Stock Smart Card Custom Smart Card with option: GE Diversified Key Customs Card Only Must have Fixed Key Option that matches Fixed Key Request Form for OESM Command Card Any Mifare or my-d vicinity Smart Card will have UID which can be read Customer supplied PIV cards

11 GE Security Smart Cards & Readers Page 11 T-7xx Reader Ordering Guide T-7xx Smart Card Readers T-700 Mullion Mount, Smart Card Reader T-720 Mid Range, Single/Dual Gang, European Back Box Mountable. T-725 Mid Range with Keypad, Single/Dual Gang, European Back Box Mountable.

12 GE Security Smart Cards & Readers Page 12 Complete assemblies of T-700, T-720, and T-725 readers are available. In all cases, the complete assemblies are offered with black plastic outer housings. If another color housing is desired, then two parts must be order for each reader, the electronics module base unit (which also includes the backplate), and the outer housing in the desired color. Light gray and charcoal are the other available colors. The following table provides all required part numbers to order T-7xx Smart Card Readers: T-700 T-720 T-725 Base Unit & Black Case Base Unit Light Gray Case Base Unit Charcoal Case Primary Offering Complete Assemblies T-700 Mullion, Black T-720 Mid-Range, Black T-725, Mid-Range w/ Keypad, Black Each reader assembly consists of 3 pieces Mounting plate Electronics module Top Cover, Black Two Piece Order Light Gray Plastics To Order Base Unit (T-700, T-720 or T-725) Corresponding Light Gray Plastics Two Piece Order Charcoal Plastics To Order Base Unit (T-700, T-720 or T-725) Corresponding Charcoal Plastics T-7xx Reader Accessories Part Number Description Mounting plate, Light Gray, for T-700 Mullion Reader. Plate mounts to standard US single gang electric box Mounting plate, Black, for T-700 Mullion Reader. Plate mounts to standard US single gang electric box Mounting plate, Charcoal, for T-700 Mullion Reader. Plate mounts to standard US single gang electric box.

13 GE Security Smart Cards & Readers Page 13 T-7xx Command Cards Command Cards are used to change default behavior of the T-7xx readers. In all cases, the command card is also provided with a restore to default card, in case the customer decides not to implement the behavior change and wants to return the reader to its default condition. A Command Cards needs to be presented to a T-7xx reader within 1 minute of reader power up to change the functionality of the reader. GE Part Number for Command Card Kit Command Cards Function Beeper Off Disable beeper Reset reader configuration to Restore reader to default default configuration Change Normal LED color from LED Green Normal Yellow to Green Reset reader configuration to Restore reader to default default configuration Select 75-bit PIV Format Set PIV Wiegand Output to 75- Bit Set PIV Wiegand Output to 200- Select 200-bit PIV Format Bit Disable PIV Disable PIV Enable PIV Enable PIV Reset reader configuration to Restore reader to default default configuration T-5xx Emulation Mode Read MHz UID Reset reader configuration to Restore reader to default default configuration Keypad configuration to 1 key, Sets keypad output to 1 key, 8-8-bit complement bit complement Keypad configuration to 4-bit Set keypad output to 4-bit burst burst Set OESM Fixed Key to user Set OESM Fixed Key to user 521CC01- defined Key defined Key (Requires completion of Custom Reset reader configuration to Restore reader to default OESM Key Request Form) default configuration

14 GE Security Smart Cards & Readers Page 14 T-7xx OESM Fixed Key Request Form To setup GE Security s T-7xx readers with OESM fixed Mifare keys, request the OESM Fixed Key Configuration Card Kit. This configuration card kit comes as a set of two cards, one for setting up new key value and the other one to revert back from new key value to default value. Before shipping the OESM Fixed Key Configuration Card Kit to setup keys, GE Security Order entry will verify the person to whom it s being shipped. The configuration cards would be sent only to end user whose premises are being secured and not to any other entity. Please fill in the following form to request the OESM Fixed Key Configuration Card Kit. Date: End User Primary Contact Name Title Organization Address Line 1 Address Line 2 City State Zip Code Phone Number Fax Number Address Supervisor End User Alternate Contact Name Title Organization Address Line 1 Address Line 2 City State Zip Code Fax Number Phone Number Address Supervisor The OESM Fixed Keying Configuration Card Kit would be shipped to the primary contact filled in the above table. Usually, primary contact is Chief Security Officer who is responsible for security of the facility where the readers are being installed. [Continued ]

15 GE Security Smart Cards & Readers Page 15 Facility Information: Reader Install Address Organization Address Line 1 Address Line 2 City State Zip Code Phone Number Fax Number Address Supervisor For the security of premises, OESM Fixed Key information should be a highly guarded secret. The knowledge of fixed key is privileged secret information, which should be known only to select individuals of the organization. The key values to be filled below should be chosen randomly by the primary contact filled in the above table. OESM Fixed Key Values (Secret): Access Key Key Value* OESM Fixed Key *Note: Fill in cells of value field with either 0-9 or A-F. An example of completed values is given below. 7 B E E F Please fill in the quantity of configuration card kits required for the setup. GE Security limits one time order quantity to 5 kits at a time. Quantity of Configuration Card Kits: Please fill in any special comments for the order below. Comments:

16 GE Security Smart Cards & Readers Page 16 Smart Card Ordering Guide GE Security offers two main ways to order smart cards. One method is called the GE Security Stocked Smart Card program, whereby Smart Cards with GE Diversified Keys are pre-encoded with a Badge ID. Every GE Security Stocked Smart Card has a unique Sector Key (GE Diversified). Depending on the Badge ID encoding, the Badge ID may be unique (Format 5502), or the Badge ID may be Facility Code/Badge ID based (Format 26-bit). The cards are CR-80 sized, they are made of composite material that is suitable for in field dye sublimation printing, and they have dots indicating where vertical or horizontal slot punch may be punched. The second method of ordering Smart Cards is to complete a custom card ordering checklist. Use this process if: Customer wants to use customer defined Fixed Keys Customer wants pre-printed artwork printed on the Smart Card Customer wants a card option that this not available on the Stocked card (external ID, Mag Stripe, badge encode number written to different sector, etc)

17 GE Security Smart Cards & Readers Page 17 Stocked Smart Cards Smart Card Part Description Details Number Composite Material Mifare 1K Front: White Glossy Badge ID Encoded with Back: White Glossy 2601 No External ID Composite Material Mifare 1K Front: White Glossy Badge ID Encoded with Back: White Glossy 5502 No External ID Composite Material Mifare 4K Front: White Glossy Badge ID Encoded with Back: White Glossy 2601 No External ID Composite Material Mifare 4K Front: White Glossy Badge ID Encoded with Back: White Glossy 5502 No External ID Composite Material my-d vicinity 10k bits Front: White Glossy Badge ID Encoded with Back: White Glossy 2601 No External ID Composite Material my-d vicinity 10k bits Front: White Glossy Badge ID Encoded with Back: White Glossy 5502 No External ID No Slot Punch (dots are visible for where slot punch is permitted) No Magnetic Stripe GE Diversified Sector Key Badge ID Encoded with 2601 No Slot Punch (dots are visible for where slot punch is permitted) No Magnetic Stripe GE Diversified Sector Key Badge ID Encoded with 5502 No Slot Punch (dots are visible for where slot punch is permitted) No Magnetic Stripe GE Diversified Sector Key Badge ID Encoded with 2601 No Slot Punch (dots are visible for where slot punch is permitted) No Magnetic Stripe GE Diversified Sector Key Badge ID Encoded with 5502 No Slot Punch (dots are visible for where slot punch is permitted) No Magnetic Stripe GE Diversified Sector Key Badge ID Encoded with 2601 No Slot Punch (dots are visible for where slot punch is permitted) No Magnetic Stripe GE Diversified Sector Key Badge ID Encoded with 5502

18 GE Security Smart Cards & Readers Page 18 Custom Cards Each custom card has its own checklist, which must be completed to process your order. Select the base Smart Card you want to customize, and complete its entire checklist. Please include the completed checklist with your order. Customizable GE Security Smart Cards Description Mifare 1K Mifare 1K With Magstripe Mifare 4K Mifare 4K With Magstripe Base Configuration Material: Composite Front: Glossy Back: Glossy Material: Composite Front: Glossy Back: Glossy Material: Composite Front: Glossy Back: Glossy Material: Composite Front: Glossy Back: Glossy Custom Smart Card Ordering Checklists

19 Customizable GE Security Smart Card Mifare 1K Material: Composite GE Security Customer - Company Customer Contact Customer Customer Location Integration Company Integrator Contact Integrator Integrator Location Phone: Fax: Phone: Fax: Option Card Body Finish External ID External ID Length Tab Run External ID Position Sector Key Encoding Options Check to Description of option Part Number Select Card Body Finish Options White / White, Gloss / Gloss White / White, Gloss / Matte White / White, Matte / Matte Select to have an External ID printed on the Smart Card ETERNAL ID, NONE ETERNAL ID, Thermal Print, Sequential, Not to Match Encode, START NUMBER: ETERNAL ID, Thermal Print, Match Encode External ID Length Options External ID Length, None External ID Length 6 Digits External ID Length 10 Digits External ID Length 12 Digits External ID Length, Specify: If you have selected to have an External ID placed on the Smart Card, then you can also select if you want a Cross Reference list between the External ID and the Encoded ID number. If there is no External ID, select No Tab Run. No Tab Run Provided Tab Run is Provided on Paper Tab Run is Provided on Memory Stick Tab Run is Provided on Memory Stick and Paper If you have selected to have an External ID, select where the External ID is to be placed. Otherwise, select NONE External ID Location, None External ID Location, Back, Top Left External ID Location, Back, Bottom Left External ID Location, Back, Bottom Right Select how you need to have the Smart Card Sector Key Encoded Sector Security Encoding, None GE Diversified Key in Sector 1 (Default) GE Diversified Key in Sector GE Diversified Key in Sector OESM in Sector 1 (Default), Customer Defined Fixed Key, Specify Key A and Key B: OESM in Sector 10 (Default), Customer Defined Fixed Key, Specify Key A and Key B: Custom Mifare 1K Page 1 May 2009

20 Badge ID Format Encoding Option Slot Punch Marking or Slot Punch CUSTOM COLORS FRONT CUSTOM COLORS BACK CUSTOM ARTWORK GE Security OESM in Sector 15 (Default), Customer Defined Fixed Key, Specify Key A and Key B: Select the encoding format for the Badge ID on the Smart Card. Select NONE if customer is only using UID or is self encoding Badge ID Encode Format, None Badge ID Encode Format, Badge ID Encode Format, 5502 (Default) Select whether to have where to slot punch marked with dots, or not, or to actually have the Smart Card Slot Punch (this can cause issues if card is to be printed later by customer). Slot Punch, None, Slot Mark, None Slot Punch, None, Slot Marked (Both Horizontal and Vertical) Slot Punch, Horizontal, Top Center Slot Punch, Vertical, Top Center If Smart Card needs to be printed, select the number of colors to be printed, otherwise select Plain White Front, Plain White Front Custom 1 - Color Front Custom 2 - Color Front Custom 3 - Color Front Custom 4 - Color Front Custom 5 - Color Front Custom 6 - Color If Smart Card needs to be printed, select the number of colors to be printed, otherwise select Plain White Back Plain White Back Custom 1 Color Back Custom 2 Color Back Custom 3 Color Back Custom 4 Color Back Custom 5 Color Back Custom 6 Color If anything other than Plain White for both Front and Back of Smart Card the two items below must be selected Customer Supplied Artwork Preparation charge, Artwork must be camera ready Plate Charge per color, per side, Required for both customer supplied and custom artwork Custom Subsurface Hologram Customer supplied Artwork must be camera ready Custom Hot Stamp surface Hologram Customer Supplied Artwork must be camera ready Custom Mifare 1K Page 2 May 2009

21 GE Security Customizable GE Security Smart Card Mifare 1K Material: Composite Front: Glossy Back: Glossy With Magstripe Customer - Company Customer Contact Customer Customer Location Integration Company Integrator Contact Integrator Integrator Location Phone: Fax: Phone: Fax: Option Card Body Finish External ID External ID Length Tab Run External ID Position Check to Description of option Part Number Select Card Body Finish Options White / White, Gloss / Gloss White / White, Gloss / Matte White / White, Matte / Matte Select to have an External ID printed on the Smart Card ETERNAL ID, NONE ETERNAL ID, Thermal Print, Sequential, Not to Match Encode, START NUMBER: ETERNAL ID, Thermal Print, Match Encode External ID Length Options External ID Length, None External ID Length 6 Digits External ID Length 10 Digits External ID Length 12 Digits External ID Length, Specify: If you have selected to have an External ID placed on the Smart Card, then you can also select if you want a Cross Reference list between the External ID and the Encoded ID number. If there is no External ID, select No Tab Run. No Tab Run Provided Tab Run is Provided on Paper Tab Run is Provided on Memory Stick Tab Run is Provided on Memory Stick and Paper If you have selected to have an External ID, select where the External ID is to be placed. Otherwise, select NONE External ID Location, None External ID Location, Back, Top Left External ID Location, Back, Bottom Left External ID Location, Back, Bottom Right Magstripe Encoding Option Magstripe Encoding Magstripe Encoding, None Sector Key Select how you need to have the Smart Card Sector Key Encoded Encoding Sector Security Encoding, None Options GE Diversified Key in Sector 1 (Default) GE Diversified Key in Sector GE Diversified Key in Sector OESM in Sector 1 (Default), Customer Defined Fixed Key, Specify Key A and Key B: Custom Mifare 1K with Magstripe Page 1 May 2009

22 Badge ID Format Encoding Option Slot Punch Marking or Slot Punch CUSTOM COLORS FRONT CUSTOM COLORS BACK CUSTOM ARTWORK GE Security OESM in Sector 10 (Default), Customer Defined Fixed Key, Specify Key A and Key B: OESM in Sector 15 (Default), Customer Defined Fixed Key, Specify Key A and Key B: Select the encoding format for the Badge ID on the Smart Card. Select NONE if customer is only using UID or is self encoding Badge ID Encode Format, None Badge ID Encode Format, Badge ID Encode Format, 5502 (Default) Select whether to have where to slot punch marked with dots, or not, or to actually have the Smart Card Slot Punch (this can cause issues if card is to be printed later by customer). Slot Punch, None, Slot Mark, None Slot Punch, None, Slot Marked (Both Horizontal and Vertical) Slot Punch, Horizontal, Top Center Slot Punch, Vertical, Top Center If Smart Card needs to be printed, select the number of colors to be printed, otherwise select Plain White Front, Plain White Front Custom 1 - Color Front Custom 2 - Color Front Custom 3 - Color Front Custom 4 - Color Front Custom 5 - Color Front Custom 6 - Color If Smart Card needs to be printed, select the number of colors to be printed, otherwise select Plain White Back Plain White Back Custom 1 Color Back Custom 2 Color Back Custom 3 Color Back Custom 4 Color Back Custom 5 Color Back Custom 6 Color If anything other than Plain White for both Front and Back of Smart Card the two items below must be selected Customer Supplied Artwork Preparation charge, Artwork must be camera ready Plate Charge per color, per side, Required for both customer supplied and custom artwork Custom Subsurface Hologram Customer supplied Artwork must be camera ready Custom Hot Stamp surface Hologram Customer Supplied Artwork must be camera ready Custom Mifare 1K with Magstripe Page 2 May 2009

23 GE Security Customizable GE Security Smart Card Mifare 4K Material: Composite Front: Glossy Back: Glossy Customer - Company Customer Contact Customer Customer Location Integration Company Integrator Contact Integrator Integrator Location Phone: Fax: Phone: Fax: Option Card Body Finish External ID External ID Length Tab Run External ID Position Check to Description of option Part Number Select Card Body Finish Options White / White, Gloss / Gloss White / White, Gloss / Matte White / White, Matte / Matte Select to have an External ID printed on the Smart Card ETERNAL ID, NONE ETERNAL ID, Thermal Print, Sequential, Not to Match Encode, START NUMBER: ETERNAL ID, Thermal Print, Match Encode External ID Length Options External ID Length, None External ID Length 6 Digits External ID Length 10 Digits External ID Length 12 Digits External ID Length, Specify: If you have selected to have an External ID placed on the Smart Card, then you can also select if you want a Cross Reference list between the External ID and the Encoded ID number. If there is no External ID, select No Tab Run. No Tab Run Provided Tab Run is Provided on Paper Tab Run is Provided on Memory Stick Tab Run is Provided on Memory Stick and Paper If you have selected to have an External ID, select where the External ID is to be placed. Otherwise, select NONE External ID Location, None External ID Location, Back, Top Left External ID Location, Back, Bottom Left External ID Location, Back, Bottom Right Sector Key Select how you need to have the Smart Card Sector Key Encoded Encoding Sector Security Encoding, None Options GE Diversified Key in Sector 1 (Default) GE Diversified Key in Sector GE Diversified Key in Sector OESM in Sector 1 (Default), Customer Defined Fixed Key, Specify Key A and Key B: Custom Mifare 4K Page 1 May 2009

24 Badge ID Format Encoding Option Slot Punch Marking or Slot Punch CUSTOM COLORS FRONT CUSTOM COLORS BACK CUSTOM ARTWORK GE Security OESM in Sector 10 (Default), Customer Defined Fixed Key, Specify Key A and Key B: OESM in Sector 15 (Default), Customer Defined Fixed Key, Specify Key A and Key B: Select the encoding format for the Badge ID on the Smart Card. Select NONE if customer is only using UID or is self encoding Badge ID Encode Format, None Badge ID Encode Format, Badge ID Encode Format, 5502 (Default) Select whether to have where to slot punch marked with dots, or not, or to actually have the Smart Card Slot Punch (this can cause issues if card is to be printed later by customer). Slot Punch, None, Slot Mark, None Slot Punch, None, Slot Marked (Both Horizontal and Vertical) Slot Punch, Horizontal, Top Center Slot Punch, Vertical, Top Center If Smart Card needs to be printed, select the number of colors to be printed, otherwise select Plain White Front, Plain White Front Custom 1 - Color Front Custom 2 - Color Front Custom 3 - Color Front Custom 4 - Color Front Custom 5 - Color Front Custom 6 - Color If Smart Card needs to be printed, select the number of colors to be printed, otherwise select Plain White Back Plain White Back Custom 1 Color Back Custom 2 Color Back Custom 3 Color Back Custom 4 Color Back Custom 5 Color Back Custom 6 Color If anything other than Plain White for both Front and Back of Smart Card the two items below must be selected Customer Supplied Artwork Preparation charge, Artwork must be camera ready Plate Charge per color, per side, Required for both customer supplied and custom artwork Custom Subsurface Hologram Customer supplied Artwork must be camera ready Custom Hot Stamp surface Hologram Customer Supplied Artwork must be camera ready Custom Mifare 4K Page 2 May 2009

25 GE Security Customizable GE Security Smart Card Mifare 4K Material: Composite Front: Glossy Back: Glossy With Magstripe Customer - Company Customer Contact Customer Customer Location Integration Company Integrator Contact Integrator Integrator Location Phone: Fax: Phone: Fax: Option Card Body Finish External ID External ID Length Tab Run External ID Position Check to Description of option Part Number Select Card Body Finish Options White / White, Gloss / Gloss White / White, Gloss / Matte White / White, Matte / Matte Select to have an External ID printed on the Smart Card ETERNAL ID, NONE ETERNAL ID, Thermal Print, Sequential, Not to Match Encode, START NUMBER: ETERNAL ID, Thermal Print, Match Encode External ID Length Options External ID Length, None External ID Length 6 Digits External ID Length 10 Digits External ID Length 12 Digits External ID Length, Specify: If you have selected to have an External ID placed on the Smart Card, then you can also select if you want a Cross Reference list between the External ID and the Encoded ID number. If there is no External ID, select No Tab Run. No Tab Run Provided Tab Run is Provided on Paper Tab Run is Provided on Memory Stick Tab Run is Provided on Memory Stick and Paper If you have selected to have an External ID, select where the External ID is to be placed. Otherwise, select NONE External ID Location, None External ID Location, Back, Top Left External ID Location, Back, Bottom Left External ID Location, Back, Bottom Right Magstripe Encoding Option Magstripe Encoding Magstripe Encoding, None Sector Key Select how you need to have the Smart Card Sector Key Encoded Encoding Sector Security Encoding, None Options GE Diversified Key in Sector 1 (Default) GE Diversified Key in Sector GE Diversified Key in Sector Custom Mifare 4K with Magstripe Page 1 May 2009

26 Badge ID Format Encoding Option Slot Punch Marking or Slot Punch CUSTOM COLORS FRONT CUSTOM COLORS BACK CUSTOM ARTWORK GE Security OESM in Sector 1 (Default), Customer Defined Fixed Key, Specify Key A and Key B: OESM in Sector 10 (Default), Customer Defined Fixed Key, Specify Key A and Key B: OESM in Sector 15 (Default), Customer Defined Fixed Key, Specify Key A and Key B: Select the encoding format for the Badge ID on the Smart Card. Select NONE if customer is only using UID or is self encoding Badge ID Encode Format, None Badge ID Encode Format, Badge ID Encode Format, 5502 (Default) Select whether to have where to slot punch marked with dots, or not, or to actually have the Smart Card Slot Punch (this can cause issues if card is to be printed later by customer). Slot Punch, None, Slot Mark, None Slot Punch, None, Slot Marked (Both Horizontal and Vertical) Slot Punch, Horizontal, Top Center Slot Punch, Vertical, Top Center If Smart Card needs to be printed, select the number of colors to be printed, otherwise select Plain White Front, Plain White Front Custom 1 - Color Front Custom 2 - Color Front Custom 3 - Color Front Custom 4 - Color Front Custom 5 - Color Front Custom 6 - Color If Smart Card needs to be printed, select the number of colors to be printed, otherwise select Plain White Back Plain White Back Custom 1 Color Back Custom 2 Color Back Custom 3 Color Back Custom 4 Color Back Custom 5 Color Back Custom 6 Color If anything other than Plain White for both Front and Back of Smart Card the two items below must be selected Customer Supplied Artwork Preparation charge, Artwork must be camera ready Plate Charge per color, per side, Required for both customer supplied and custom artwork Custom Subsurface Hologram Customer supplied Artwork must be camera ready Custom Hot Stamp surface Hologram Customer Supplied Artwork must be camera ready Custom Mifare 4K with Magstripe Page 2 May 2009