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`June 30 1996 C-1 Annex C - Common Character Set
`
`
`
`Annex C - Common Character Set
`
`The character set common to all parts of ISO 8859 is as shown in Table C-1:
`
`
`
`
`
`
`
`
`
`
`EEEEEEEEE
`DEED
`BEECH
`“BEE
`
`
`-mm
`
`flflflflfl——flfl—fl
`flflfl———EEE
`flflfl———EEfl
`flfl——
`nun--nun
`flfl——E
`flflfl——flfl
`fl———fl
`flflflfl——fl
`flflM——fl
`flfl———
`———II
`flfl———II
`fl————II
`fl———
`—— —E—
`
`
`
`
`
`Table C-1 - Common Character Set
`
`Petitioner First Data - Exhibit 1002 - Page 96
`
`
`
`
`
`
`
`C-2 June 30 1996 Annex C - Common Character Set
`
`
`
`The following is an example of the use of the common character set to display the
`‘Approved’ message in French without supporting the part of ISO 8859 that allows the
`relevant diacritic marks to be displayed.
`
`If the terminal supports Part 1 of ISO 8859 (the Latin 1 alphabet) and supports the display
`of the standard messages in French, when a card indicates in its Language Preference that
`French is the preferred language, the terminal can display the ‘Approved’ message as
`‘Accepté’, using the appropriate diacritic marks.
`
`If the terminal does not support Part 1 of ISO 8859 (the Latin alphabet) but supports Part
`8 (the Hebrew alphabet), the terminal is still able to support the display of the standard
`messages in French by using the common character set. When a card indicates in its
`Language Preference that French is the preferred language, the terminal can display the
`‘Approved’ message as ‘Accepte’, without the use of diacritic marks. The cardholder should
`be able to comprehend the message.
`
`Petitioner First Data - Exhibit 1002 - Page 97
`
`
`
`June 30, 1996
`
`Annex D - Example of Data Element Conversion
`
`D-1
`
`Annex D - Example of Data Element Conversion
`
`For the data elements listed in section III—2, of this specification, the following table
`illustrates an example of the relationship between:
`
`0 The ICC—related data described in the Integrated Circuit Card Specification for
`Payment Systems and the terminal—related data described in this specification.
`
`0 The data transmitted in messages as defined in ISO 8583:1987 and bit 55 from ISO
`8583:1993
`
`This does not imply that ISO 8583 is required as the message standard.
`
`ICC Data E Message Data Name
`
`‘9FO1’ Acquirer Identifier
`
`32
`
`Acquiring Institution
`Identification Code
`
`‘9FO2’ Amount, Authorised
`
`4
`
`Amount, Transaction
`
`(authorisation)
`
`Amount, Original
`Transaction (batch data
`
`capture, financial
`transaction)
`
`Additional Amounts
`
`55
`
`ICC System—Related Data
`
`‘9FO4’ Amount, Other
`or
`
`‘9FO3’
`
`‘9F26’ AAC
`
`‘5F25’ Application Effective Date
`
`see Date, Effective (YYMM only)
`note 1
`
`‘5F24’ Application Expiration Date
`
`14
`
`Date, Expiration (YYMM
`only)
`
`‘82’ Application Interchange Profile
`
`ICC System—Related Data
`
`‘5A’ Application PAN
`
`PAN
`
`‘5F34’ Application PAN Sequence Number
`
`23
`
`Card Sequence Number
`
`‘9F36’ Application Transaction Counter
`
`55
`
`ICC System—Related Data
`
`Petitioner First Data - Exhibit 1002 - Page 98
`
`
`
`
`
`Annex D - Exam Ie of Data Element ConversionD-2 June 30 1996
`
`
`
`ICC Data
`
`Message Data Name
`
`55
`
`55
`
`38
`
`39
`
`55
`
`55
`
`55
`
`52
`
`ICC System—Related Data
`
`ICC System—Related Data
`
`Authorisation Identification
`
`Response
`
`Response Code
`
`ICC System—Related Data
`
`ICC System—Related Data
`
`ICC System—Related Data
`
`PIN Data
`
`see
`
`note 2
`
`Card Accepting Device (CAD)
`Management
`
`55
`
`55
`
`55
`
`55
`
`55
`
`20
`
`ICC System—Related Data
`
`ICC System—Related Data
`
`ICC System—Related Data
`
`ICC System—Related Data
`
`ICC System—Related Data
`
`Country Code, PAN
`Extended
`
`-|N(0
`
`‘9FO7’
`
`Application Usage Control
`
`‘9F28’ ARQC
`
`Authorisation Code
`
`‘8A’ Authorisation Response Code
`
`‘9F27’
`
`Cryptogram Information Data
`
`‘8E’
`
`CVM List
`
`‘9F34’ CVM Results
`
`Enciphered PIN Data
`
`‘9F1E’
`
`IFD Serial Number
`
`‘9FOD’
`
`‘9FOE’
`
`Issuer Action Code — Default
`
`Issuer Action Code — Denial
`
`‘9FOF’
`
`Issuer Action Code — Online
`
`‘BF10'
`
`Issuer Application Data
`
`91’
`
`Issuer Authentication Data
`
`‘5F28’
`
`Issuer Country Code
`
`‘71’ or
`
`Issuer Script Template 1 or 2
`
`55
`
`ICC System—Related Data
`
`Issuer Script Results
`
`55
`
`ICC System—Related Data
`
`‘9F15’ Merchant Category Code
`
`18 Merchant Type
`
`‘9F16’ Merchant Identifier
`
`‘9F39’ POS Entry Mode
`
`‘5F30’ Service Code
`
`42
`
`22
`
`40
`
`Card Acceptor Identification
`
`POS Entry Mode (pos. 1-2)
`
`Service Code
`
`Petitioner First Data - Exhibit 1002 - Page 99
`
`
`
`
`
`Annex D - Exam Ie of Data Element ConversionJune 30 1996 D-3
`
`
`
`Tag
`
`Message Data Name
`
`‘9F33’ Terminal Capabilities
`
`see
`note 2
`
`CAD Management
`
`‘9F1A’ Terminal Country Code
`
`19
`
`Acquiring Institution
`Country Code
`
`CAD Acceptor
`Name/Location (if
`terminal/acquirer countries
`are different)
`
`‘9F1C’ Terminal Identification
`
`41
`
`Card Acceptor Terminal
`Identification
`
`‘9F35’
`
`Terminal Type
`
`see
`
`note 2
`
`CAD Management
`
`‘95’
`
`Terminal Verification Results
`
`55
`
`ICC System—Related Data
`
`‘57’
`
`Track 2 Equivalent Data
`
`35
`
`Track 2 Data
`
`Transaction Amount
`
`4%
`
`Amount, Transaction
`
`‘9F29’ Transaction Certificate
`
`55
`
`ICC System—Related Data
`
`‘5F2A’ Transaction Currency Code
`
`49
`
`Currency Code, Transaction
`
`‘9A’
`
`Transaction Date
`
`13
`
`Date, Local Transaction
`
`(MMDD only)
`
`‘9F21’ Transaction Time
`
`12
`
`Time, Local Transaction
`
`‘9C’
`
`Transaction Type
`
`3
`
`Processing Code (pos. 1-2)
`
`‘9F37’ Unpredictable Number
`
`55
`
`ICC System—Related Data
`
`Table D-1 - Data Element Conversion
`
`Note 1: Only defined in ISO 8583:1993
`
`Note 2: Only defined in additional/private data element of ISO 8583:1987 or ISO
`8583: 1993
`
`Petitioner First Data - Exhibit 1002 - Page 100
`
`
`
`D-4
`
`Annex D - Example of Data Element Conversion
`
`June 30, 1996
`
`THIS PAGE LEFT INTENTIONALLY BLANK
`
`Petitioner First Data - Exhibit 1002 - Page 101
`
`
`
`
`
`June 30 1996 E-1 Annex E - Informative Terminal Guidelines
`
`
`
`Annex E - Informative Terminal Guidelines
`
`E1. Terminal Usage
`
`In view of the installation of terminals within a various number of environments and
`
`locations, it is recognised that throughout the world different attempts have been made to
`group the relevant guidelines into different categories:
`
`0 Climatological conditions where the terminal is used (climatisation, outdoor, indoor)
`
`0 Mechanical conditions (such as vibration, shocks, drop—tests)
`
`0 Electronic restrictions (such as isolation, security, penetration)
`
`The guidelines have been documented in industry standards established in Europe and the
`United States (see Annex E5 for informative references).
`
`E2. Power Supply
`
`E2.1 External Power Supply
`
`The power supply provides the required voltage and current to all components of the
`terminal. The power supply complies with existing national safety regulations
`
`E2.2 Battery Requirements
`
`An internal battery is used to prevent loss of sensitive data residing in the terminal in case
`of power supply breakdown.
`
`For portable terminals, the battery caters for the support of the necessary terminal
`functions (see the Integrated Circuit Card Specification for Payment Systems for
`power/current requirements).
`
`Further power consumption reduction can be foreseen by energising the terminal
`automatically at card insertion.
`
`E3. Key Pad
`
`To prevent that characters printed on the keys of the key pad from becoming illegible after
`a while, precautions should be taken so that they:
`
`0 Have wear—resistant lettering
`
`I Are able to function in normal operating environment including resistance to soft drink
`spills, alcohol, detergents, gasoline, etc.
`
`Petitioner First Data - Exhibit 1002 - Page 102
`
`
`
`
`
`E-2 June 30 1996 Annex E - Informative Terminal Guidelines
`
`
`
`0 When operated as outdoor terminals, can resist the temperature ranges commonly
`encountered.
`
`E4. Display
`
`To cater for the visually disabled people, characters on the display are visible in all lighting
`conditions (bright overhead or dim diffuse light) and the size of the characters is large
`enough to be read from a distance of 1 meter.
`
`E5. Informative References
`
`IEC 95021991
`
`IEC 801-2:1991
`
`IEC 802-321984
`
`IEC 801—4:1988
`
`IEC 68-2-5: 1975
`
`IEC 68-2-6: 1982
`
`Safety of information technology equipment,
`including electrical business equipment, second
`edition. (Amendment 1-1992) (Amendment 2-1993)
`
`Electromagnetic compatibility for industrial-
`process measurement and control equipment - Part
`2: Electrostatic discharge requirements, second
`edition
`
`Electromagnetic compatibility for industrial-
`process measurement and control equipment - Part
`3: Radiated electromagnetic field requirements,
`first edition
`
`Electromagnetic compatibility for industrial-
`process measurement and control equipment - Part
`4: Electrical fast transient/burst requirements,
`first edition
`
`Basic environmental testing procedures — Part 2:
`Tests - test Sa: Simulated solar radiation at ground
`level, first edition
`
`Basic environmental testing procedures - Part 2:
`Tests — test Fc and guidance: Vibration (sinusoidal),
`fifth edition. (Amendment 1: 1983) (Amendment 2:
`1985)
`
`IEC 68-2-1121981
`
`Basic environmental testing procedures - Part 2:
`Tests - test Ka: Salt mist, third edition
`
`IEC 68-2-27: 1987
`
`Basic environmental testing procedures - Part 2:
`Tests - Guidance for damp heat tests, third edition
`
`Petitioner First Data - Exhibit 1002 - Page 103
`
`
`
`Annex E - Informative Terminal Guidelines E-3
`June 30 1996
`
`
`
`IEC 68-2-32: 1975
`
`EN 60—950:1988
`
`EN 41003: 1993
`
`UL 1950: 1993
`
`NF C 20-010: 1992
`
`Basic environmental testing procedures — Part 22
`Tests — test Ed: Free fall, second edition.
`
`(Amendment 2-1990 incorporating Amendment 1)
`
`Safety of information technology equipment
`including electrical business equipment
`
`Particular safety requirements for equipment to be
`connected to telecommunication networks
`
`Safety of information technology equipment
`including electrical business equipment
`
`Degrees of protection provided by enclosure (IP
`code)
`
`NF C 98-310: 1989
`
`Financial transaction terminals3°
`
`NF C 98-020: 1986
`
`Telephone and telematic equipment.
`Electromagnetic compatibility
`
`20 This standard applies only to stand—alone terminals.
`
`Petitioner First Data - Exhibit 1002 - Page 104
`
`
`
`
`
`Annex E - Informative Terminal Guidelines June 30 1996
`
`THIS PAGE LEFT INTENTIONALLY BLANK
`
`Petitioner First Data - Exhibit 1002 - Page 105
`
`
`
`June 30, 1996
`
`Annex F - Examples of Terminals
`
`F-1
`
`Annex F - Examples of Terminals
`
`For informational purposes only, this annex provides some examples of the physical and
`functional characteristics of terminals. Each example describes the setting of Terminal
`Type, Terminal Capabilities, and Additional Terminal Capabilities according to the specific
`terminal characteristics. This annex does not establish any requirements as such.
`
`F1. Example 1 - POS Terminal or Electronic Cash Register
`
`Attendant key pad (numeric and function
`
`keys) + PIN pad
`
`One for cardholder
`
`——
`
`Table F-1 - Example of POS Terminal or Electronic Cash Register
`
`Petitioner First Data - Exhibit 1002 - Page 106
`
`
`
`F-2
`
`Annex F - Examples of Terminals
`
`June 30, 1996
`
`The coding of the Terminal—Related Data for this example is the following:
`
`0 Terminal Type = ‘Z2’
`
`0 Terminal Capabilities, byte 1 = ‘E0’ (hexadecimal)
`byte 2 = ‘A0’ (hexadecimal)
`byte 3 = ‘80’ (hexadecimal)
`
`0 Additional Terminal Capabilities, byte 1 = ‘50’ (hexadecimal)
`byte 2 = ‘O0’ (hexadecimal)
`byte 3 = ‘BO’ (hexadecimal)
`byte 4 = ‘BO’ (hexadecimal)
`byte 5 = ‘O1’ (hexadecimal)
`
`F2. Example 2 - ATM
`
`()4Ph sical:
`
`Key pad
`
`Display
`
`Printer
`
`PIN pad + function keys
`
`Yes for cardholder
`
`Yes for cardholder
`
`Magnetic stripe reader
`
`IC reader
`
`Functional:
`
`Yes
`
`Yes
`
`Language selection
`
`Supports part 5 of ISO 8859
`
`Transaction type
`
`Cash, inquiry, transfer, payment
`
`Static data authentication
`
`Yes
`
`Cardholder Verification
`
`Offline PIN, online PIN
`
`Card capture
`
`Online capable
`
`Offline capable
`
`Yes
`
`Yes
`
`N
`
`Table F-2 - Example of ATM
`
`Petitioner First Data - Exhibit 1002 - Page 107
`
`
`
`June 30, 1996
`
`Annex F - Examples of Terminals
`
`F-3
`
`The coding of the Terminal—Related Data for this example is the following:
`
`0 Terminal Type = ‘14’
`
`0 Terminal Capabilities, byte 1 = ‘60’ (hexadecimal)
`byte 2 = ‘C0’ (hexadecimal)
`byte 3 = ‘A0’ (hexadecimal)
`
`0 Additional Terminal Capabilities, byte 1 = ‘8E’ (hexadecimal)
`byte 2 = ‘O0’ (hexadecimal)
`byte 3 = ‘BO’ (hexadecimal)
`byte 4 = ‘50’ (hexadecimal)
`byte 5 = ‘05’ (hexadecimal)
`
`F3. Example 3 - Vending Machine
`
`Function keys
`
`No
`
`No
`
`()4Ph sical:
`
`Key pad
`
`Display
`
`Printer
`
`Magnetic stripe reader
`
`IC reader
`
`Functional:
`
`Language selection
`
`Transaction type
`
`Static data authentication
`
`Cardholder Verification
`
`Card capture
`
`Online capable
`
`Offline capable
`
`Table F-3 - Example of Vending Machine
`
`Petitioner First Data - Exhibit 1002 - Page 108
`
`
`
`F-4
`
`Annex F - Examgles of Terminals
`
`June 30, 1996
`
`The coding of the Terminal—Related Data for this example is the following:
`
`0 Terminal Type = ‘Z6’
`
`0 Terminal Capabilities,byte 1 = ‘60’ (hexadecimal)
`byte 2 = ‘O0’ (hexadecimal)
`byte 3 = ‘80’ (hexadecimal)
`
`0 Additional Terminal Capabilities, byte 1 = ‘40’ (hexadecimal)
`byte 2 = ‘00’ (hexadecimal)
`byte 3 = ‘10’ (hexadecimal)
`byte 4 = ‘00’ (hexadecimal)
`byte 5 = ‘00’ (hexadecimal)
`
`Petitioner First Data - Exhibit 1002 - Page 109