Compact GPS receiver/processor

Claim 2

Apparatus for determining the present location of an observer on or near the Earth's surface and the time of observation of this location, the apparatus comprising: a GPS Smartcard device that receives and processes GPS signals from one or more satellites, the Smartcard device comprising: an antenna positioned to receive GPS signals from one or more GPS satellites, with each signal being characteristic of a particular satellite, and to issue these signals as antenna output signals; a radiofrequency downconverter to receive the antenna output signals, to convert a carrier frequency of each of these signals to a selected lower frequency, and to issue these downconverted signals as downconverter output signals; a programmed digital signal processor and associated memory that receives the downconverter output signals corresponding to each GPS signal, determines at least one of (1) the coordinates of the present location of and (2) time of observation by the antenna, and issues these signals as processor output signals; and an information transfer module that receives the digital signal processor output signals and transmits these output signals to an electronic device that is linked to, but is not a part of, the Smartcard device; and a source of power, connected to at least one of the antenna, the downconverter, the digital signal processor and the information transfer module; wherein the Smartcard device is contained on a card that is built according to the following standards: the Smartcard contains at least 68 pin-and-socket electrical connections, with these connections being arranged in at least two rows; a portion of the Smartcard can be inserted into a computer to execute computer programs directly from instructions and data provided from at least one of the Smartcard and the computer; the Smartcard has at least two bytes of memory for card organization purposes; the Smartcard has an approximate thickness drawn from the class of electronic card thicknesses consisting of 3.3 mm, 5 mm and 10 mm; the portion of the Smartcard that can be inserted into a computer has a length of about 85 mm and a width of about 54 mm; the Smartcard has an input/output digital signal register for receiving input signals and for issuing output signals, and the width of the register allows receipt and issuance of signals having signal widths of 8M bits with M≧1; and the Smartcard operates in at least one of two configurations, a memory-only configuration in which the card serves primarily as a memory interface for a microprocessor that is not on the card, and an input/output configuration in which the card receives signals from and issues signals to a microprocessor that is not on the card, and in each of these configurations the card provides at least 8 data bit input/output connections.

Claim 3

The apparatus of claim 1, wherein said electronic device linked to said Smartcard device is a computer, and at least one of the computer and said digital signal processor contains data required to construct a map of at least one local region of the Earth.

Claim 4

The apparatus of claim 2, wherein at least one of said computer and said digital signal processor allows a user of said Smartcard device to perform at least one of the following operations: adding features on said map, deleting features on said map, and moving features on said map.

Claim 5

The apparatus of claim 1, wherein said electronic device linked to said Smartcard device is a computer, and at least one of said information transfer module and the computer includes a socket that allows said Smartcard device and the computer to attach to and electronically communicate with each other.

Claim 6

The apparatus of claim 1, wherein said electronic device linked to said Smartcard device is a computer that displays at least one of a GPS-determined location coordinate of said antenna and said GPS-determined time of observation by said antenna.

Claim 7

The apparatus of claim 1, wherein said electronic device linked to said Smartcard device is a computer that displays said present location of said antenna on a map.

Claim 8

The apparatus of claim 1, wherein said electronic device linked to said Smartcard device is a computer that receives and stores at least two locations of the user, and the times of observation of these locations, from said Smartcard device and performs performs at least one of two operations: storing a track of movements of a user of said Smartcard device and displaying a track of movements of a user of said Smartcard device.

Claim 9

The apparatus of claim 1, wherein said electronic device linked to said Smartcard device is a computer that allows a user of said Smartcard device to determine and store the location coordinates of at least one event observed by the user and the time of observation of this event.

Claim 10

The apparatus of claim 1, wherein said Smartcard device in said memory-only configuration provides at least one of the following electrical connections: a connection indicating that the card is ready/busy, a write protect connection, a register select connection, and a voltage supply detect connection for at least one programming supply voltage connection; and said Smartcard device in said memory-only configuration provides at least one of the following electrical connections: a card enable connection, a card output enable connection, a card write enable connection, a card detect connection, a card reset connection, and a programming supply voltage connection.

Claim 11

The apparatus of claim 1, wherein said Smartcard device in said input/output configuration provides at least one of the following electrical connections: interrupt request connection, a connection indicating that the data passing through said input/output connections has 16 bits, a connection allowing register selection, a connection allowing enablement of said data input/output connections, a connection allowing receipt or issuance of an audio digital waveform, a connection indicating that the status of said card has changed, a connection allowing read enablement of said data input/output connections, and a connection allowing write enablement of said data input/output connections; and said Smartcard device in said input/output configuration provides at least one of the following electrical connections: a card enable connection, a card output enable connection, a card write enable connection, a card detect connection, a card reset connection, and a programming supply voltage connection.

Claim 12

Apparatus for determining the present location of an observer on or near the Earth's surface and the time of observation of this location, the apparatus comprising: an antenna positioned to receive GPS signals from one or more GPS satellites, with each signal being characteristic of a particular satellite, and to issue these signals as antenna output signals; a GPS Smartcard device that receives and processes the antenna output signals, the Smartcard device comprising: a radiofrequency downconverter to receive the antenna output signals, to convert a carrier frequency of each of these signals to a selected lower frequency, and to issue these downconverted signals as downconverter output signals; a programmed digital signal processor and associated memory that receives the downconverter output signals corresponding to each GPS signal, determines at least one of (1) the coordinates of the present location of and (2) time of observation by the antenna, and issues these signals as processor output signals; and an information transfer module that receives the digital signal processor output signals and transmits these output signals to an electronic device that is linked to the Smartcard device; and a source of power, connected to at least one of the antenna, the downconverter, the digital signal processor and the information transfer module; wherein the Smartcard device is contained on a card that is built according to the following standards: the Smartcard contains at least 68 pin-and-socket electrical connections, with these connections being arranged in at least two rows; a portion of the Smartcard can be inserted into a computer to execute computer programs directly from instructions and data provided from at least one of the Smartcard and the computer; the Smartcard has at least two bytes of memory for card organization purposes; the Smartcard has an approximate thickness drawn from the class of electronic card thicknesses consisting of 3.3 mm, 5 mm and 10 mm; the portion of the Smartcard that can be inserted into a computer has a length of about 85 mm and a width of about 54 mm; the Smartcard has an input/output digital signal register for receiving input signals and for issuing output signals, and the width of the register allows receipt and issuance of signals having signal widths of 8M bits with M≧1; and the Smartcard operates in at least one of two configurations, a memory-only configuration in which the card serves primarily as a memory interface for a microprocessor that is not on the card, and an input/output configuration in which the card receives signals from and issues signals to a microprocessor that is not on the card, and in each of these configurations the card provides at least 8 data bit input/output connections.

Claim 13

Apparatus for determining the present location of an observer on or near the Earth's surface and the time of observation of this location, the apparatus comprising: an antenna positioned to receive GPS signals from one or more GPS satellites, with each signal being characteristic of a particular satellite, and to issue these signals as antenna output signals; a GPS Smartcard device that receives and processes the antenna output signals, the Smartcard device comprising: a radiofrequency downconverter to receive the antenna output signals, to convert a carrier frequency of each of these signals to a selected lower frequency, and to issue these downconverted signals as downconverter output signals; a programmed digital signal processor and associated memory that receives the downconverter output signals corresponding to each GPS signal, determines at least one of (1) the coordinates of the present location of and (2) time of observation by the antenna, and issues these signals as processor output signals; and an information transfer module that receives the digital signal processor output signals and transmits these output signals to an electronic device that is linked to the Smartcard device; and a source of power, connected to at least one of the antenna, the downconverter, the digital signal processor and the information transfer module; wherein the Smartcard device is contained on a card that is built according to the following standards: the Smartcard contains at least 68 pin-and-socket electrical connections, with these connections being arranged in at least two rows; a portion of the Smartcard can be inserted into a computer to execute computer programs directly from instructions and data provided from at least one of the Smartcard and the computer; the Smartcard has at least two bytes of memory for card organization purposes; the Smartcard has an approximate thickness drawn from the class of electronic card thicknesses consisting of 3.3 mm, 5 mm and 10 mm; the portion of the Smartcard that can be inserted into a computer has a length of about 85 mm and a width of about 54 mm; the Smartcard has an input/output digital signal register for receiving input signals and for issuing output signals, and the width of the register allows receipt and issuance of signals having signal widths of 8M bits with M≧1; and the Smartcard operates in at least one of two configurations, a memory-only configuration in which the card serves primarily as a memory interface for a microprocessor that is not on the card, and an input/output configuration in which the card receives signals from and issues signals to a microprocessor that is not on the card, and in each of these configurations the card provides at least 8 data bit input/output connections.

Claim 14

The apparatus of claim 11, wherein said electronic device linked to said Smartcard device is a computer, and at least one of the computer and said digital signal processor contains data required to construct a map of at least one local region of the Earth.

Claim 15

The apparatus of claim 12, wherein at least one of said computer and said digital signal processor allows a user of said Smartcard to perform at least one of the following operations: adding features on said map, deleting features on said map, and moving features on said map.

Claim 16

The apparatus of claim 11, wherein said electronic device linked to said Smartcard device is a computer, and at least one of said information transfer module and the computer includes a socket that allows said Smartcard device and the computer to attach to and electronically communicate with each other.

Claim 17

The apparatus of claim 11, wherein said electronic device linked to said Smartcard device is a computer that displays at least one of a GPS-determined location coordinate of said antenna and said GPS-determined time of observation by said antenna.

Claim 18

The apparatus of claim 11, wherein said electronic device linked to said Smartcard device is a computer that displays said present location of said antenna on a map.

Claim 19

The apparatus of claim 11, wherein said electronic device linked to said Smartcard device is a computer that receives and stores at least two locations of the user, and the times of observation of these locations, from said Smartcard device and performs performs at least one of two operations: storing a track of movements of a user of said Smartcard device and displaying a track of movements of a user of said Smartcard device.

Claim 20

The apparatus of claim 11, wherein said electronic device linked to said Smartcard device is a computer that allows a user of said Smartcard device to determine and store the location coordinates of at least one event observed by the user and the time of observation of this event.

Claim 21

The apparatus of claim 11, wherein said antenna is connected to said Smartcard device by a cable.

Claim 22

The apparatus of claim 11, wherein said antenna is connected to said Smartcard device by a wireless link operating at radiowave or infrared frequencies.

Claim 23

The apparatus of claim 11, wherein said Smartcard device in said memory-only configuration provides at least one of the following electrical connections: a connection indicating that the card is ready/busy, a write protect connection, a register select connection, and a voltage supply detect connection for at least one programming supply voltage connection; and said Smartcard device in said memory-only configuration provides at least one of the following electrical connections: a card enable connection, a card output enable connection, a card write enable connection, a card detect connection, a card reset connection, and a programming supply voltage connection.

Claim 24

The apparatus of claim 11, wherein said Smartcard device in said input/output configuration provides at least one of the following electrical connections: interrupt request connection, a connection indicating that the data passing through said input/output connections has 16 bits, a connection allowing register selection, a connection allowing enablement of said data input/output connections, a connection allowing receipt or issuance of an audio digital waveform, a connection indicating that the status of said card has changed, a connection allowing read enablement of said data input/output connections, and a connection allowing write enablement of said data input/output connections; and said Smartcard device in said input/output configuration provides at least one of the following electrical connections: a card enable connection, a card output enable connection, a card write enable connection, a card detect connection, a card reset connection, and a programming supply voltage connection.

Claim 25

Apparatus for determining the present location of an observer on or near the Earth's surface and the time of observation of this location, the apparatus comprising: a downconverter module positioned to receive and process GPS signals from one or more GPS satellites, with each signal being characteristic of a particular satellite, the downconverter module comprising: an antenna positioned to receive GPS signals from one or more GPS satellites, with each signal being characteristic of a particular satellite, and to issue these signals as antenna output signals; and a radiofrequency downconverter to receive the antenna output signals, to convert a carrier frequency of each of these signals to a selected lower frequency, and to issue these downconverted signals as downconverter output signals; a GPS Smartcard device that receives and processes the antenna output signals, the Smartcard device comprising: a programmed digital signal processor and associated memory that receives the downconverter output signals corresponding to each GPS signal, determines at least one of (1) the coordinates of the present location of and (2) time of observation by the antenna, and issues these signals as processor output signals; and an information transfer module that receives the digital signal processor output signals and transmits these output signals to an electronic device that is linked to the Smartcard device; and a source of power, connected to at least one of the antenna, the downconverter, the digital signal processor and the information transfer module; wherein the Smartcard device is contained on a card that is built according to the following standards: the Smartcard contains at least 68 pin-and-socket electrical connections, with these connections being arranged in at least two rows; a portion of the Smartcard can be inserted into a computer to execute computer programs directly from instructions and data provided from at least one of the Smartcard and the computer; the Smartcard has at least two bytes of memory for card organization purposes; the Smartcard has an approximate thickness drawn from the class of electronic card thicknesses consisting of 3.3 mm, 5 mm and 10 mm; the portion of the Smartcard that can be inserted into a computer has a length of about 85 mm and a width of about 54 mm; the Smartcard has an input/output digital signal register for receiving input signals and for issuing output signals, and the width of the register allows receipt and issuance of signals having signal widths of 8M bits with M≧1; and the Smartcard operates in at least one of two configurations, a memory-only configuration in which the card serves primarily as a memory interface for a microprocessor that is not on the card, and an input/output configuration in which the card receives signals from and issues signals to a microprocessor that is not on the card, and in each of these configurations the card provides at least 8 data bit input/output connections.

Claim 26

Apparatus for determining the present location of an observer on or near the Earth's surface and the time of observation of this location, the apparatus comprising: a downconverter module positioned to receive and process GPS signals from one or more GPS satellites, with each signal being characteristic of a particular satellite, the downconverter module comprising: an antenna positioned to receive GPS signals from one or more GPS satellites, with each signal being characteristic of a particular satellite, and to issue these signals as antenna output signals; and a radiofrequency downconverter to receive the antenna output signals, to convert a carrier frequency of each of these signals to a selected lower frequency, and to issue these downconverted signals as downconverter output signals; a GPS Smartcard device that receives and processes the antenna output signals, the Smartcard device comprising: a programmed digital signal processor and associated memory that receives the downconverter output signals corresponding to each GPS signal, determines at least one of (1) the coordinates of the present location of and (2) time of observation by the antenna, and issues these signals as processor output signals; and an information transfer module that receives the digital signal processor output signals and transmits these output signals to an electronic device that is linked to the Smartcard device; and a source of power, connected to at least one of the antenna, the downconverter, the digital signal processor and the information transfer module; wherein the Smartcard device is contained on a card that is built according to the following standards: the Smartcard contains at least 68 pin-and-socket electrical connections, with these connections being arranged in at least two rows; a portion of the Smartcard can be inserted into a computer to execute computer programs directly from instructions and data provided from at least one of the Smartcard and the computer; the Smartcard has at least two bytes of memory for card organization purposes; the Smartcard has an approximate thickness drawn from the class of electronic card thicknesses consisting of 3.3 mm, 5 mm and 10 mm; the portion of the Smartcard that can be inserted into a computer has a length of about 85 mm and a width of about 54 mm; the Smartcard has an input/output digital signal register for receiving input signals and for issuing output signals, and the width of the register allows receipt and issuance of signals having signal widths of 8M bits with M≧1; and the Smartcard operates in at least one of two configurations, a memory-only configuration in which the card serves primarily as a memory interface for a microprocessor that is not on the card, and an input/output configuration in which the card receives signals from and issues signals to a microprocessor that is not on the card, and in each of these configurations the card provides at least 8 data bit input/output connections.

Claim 27

The apparatus of claim 23, wherein said electronic device linked to said Smartcard device is a computer, and at least one of the computer and said digital signal processor contains data required to construct a map of at least one local region of the Earth.

Claim 28

The apparatus of claim 24, wherein at least one of said computer and said digital signal processor allows a user of said Smartcard device to perform at least one of the following operations: adding features on said map, deleting features on said map, and moving features on said map.

Claim 29

The apparatus of claim 23, wherein said electronic device linked to said Smartcard device is a computer, and at least one of said information transfer module and the computer includes a socket that allows said Smartcard device and said computer to attach to and electronically communicate with each other.

Claim 30

The apparatus of claim 23, wherein said computer displays at least one of a GPS-determined location coordinates of said antenna and said GPS-determined time of observation by said antenna.

Claim 31

The apparatus of claim 23, wherein said electronic device linked to said Smartcard device is a computer that displays the present location of said antenna on a map.

Claim 32

The apparatus of claim 23, wherein said electronic device linked to said Smartcard device is a computer that receives and stores at least two locations of the user, and the times of observation of these locations, from said Smartcard device and performs performs at least one of two operations: storing a track of movements of a user of said Smartcard device and displaying a track of movements of a user of said Smartcard device.

Claim 33

The apparatus of claim 23, wherein said electronic device linked to said Smartcard device is a computer that allows a user of said Smartcard device to determine and store the location coordinates of at least one event observed by the user and the time of observation of this event.

Claim 34

The apparatus of claim 23, wherein said downconverter module is connected to said Smartcard device by a cable.

Claim 35

The apparatus of claim 23, wherein said downconverter module is connected to said Smartcard device by a wireless link operating at radiowave or infrared frequencies.

Claim 36

The apparatus of claim 23, wherein said Smartcard in said memory-only configuration provides at least one of the following electrical connections: a connection indicating that the card is ready/busy, a write protect connection, a register select connection, and a voltage supply detect connection for at least one programming supply voltage connection; and said Smartcard in said memory-only configuration provides at least one of the following electrical connections: a card enable connection, a card output enable connection, a card write enable connection, a card detect connection, a card reset connection, and a programming supply voltage connection.

Claim 37

The apparatus of claim 23, wherein said Smartcard in said input/output configuration provides at least one of the following electrical connections: interrupt request connection, a connection indicating that the data passing through said input/output connections has 16 bits, a connection allowing register selection, a connection allowing enablement of said data input/output connections, a connection allowing receipt or issuance of an audio digital waveform, a connection indicating that the status of said card has changed, a connection allowing read enablement of said data input/output connections, and a connection allowing write enablement of said data input/output connections; and said Smartcard in said input/output configuration provides at least one of the following electrical connections: a card enable connection, a card output enable connection, a card write enable connection, a card detect connection, a card reset connection, and a programming supply voltage connection.

Claim 38

Apparatus for determining the present location of an observer on or near the Earth's surface and the time of observation of this location, the apparatus comprising: a GPS Smart Antenna device, positioned to receive and process GPS signals and comprising: an antenna positioned to receive GPS signals from one or more GPS satellites, with each signal being characteristic of a particular satellite, and to issue these signals as antenna output signals; a radiofrequency downconverter to receive the antenna output signals, to convert a carrier frequency of each of these signals to a selected lower frequency, and to issue these downconverted signals as downconverter output signals; and a programmed digital signal processor and associated memory that receives the downconverter output signals corresponding to each GPS signal, determines at least one of (1) the coordinates of the present location of and (2) time of observation by the antenna, and issues these signals as processor output signals; a GPS Smartcard device that receives and processes GPS signals from the Smart Antenna device, the Smartcard device comprising: an information transfer module that receives the digital signal processor output signals and transmits these output signals to an electronic device that is linked to the Smartcard device; and a source of power, connected to at least one of the antenna, the downconverter, the digital signal processor and the information transfer module; wherein the Smartcard device is contained on a card that is built according to the following standards: the Smartcard contains at least 68 pin-and-socket electrical connections, with these connections being arranged in at least two rows; a portion of the Smartcard can be inserted into a computer to execute computer programs directly from instructions and data provided from at least one of the Smartcard and the computer; the Smartcard has at least two bytes of memory for card organization purposes; the Smartcard has an approximate thickness drawn from the class of electronic card thicknesses consisting of 3.3 mm, 5 mm and 10 mm; the portion of the Smartcard that can be inserted into a computer has a length of about 85 mm and a width of about 54 mm; the Smartcard has an input/output digital signal register for receiving input signals and for issuing output signals, and the width of the register allows receipt and issuance of signals having signal widths of 8M bits with M≧1; and the Smartcard operates in at least one of two configurations, a memory-only configuration in which the card serves primarily as a memory interface for a microprocessor that is not on the card, and an input/output configuration in which the card receives signals from and issues signals to a microprocessor that is not on the card, and in each of these configurations the card provides at least 8 data bit input/output connections.

Claim 39

Apparatus for determining the present location of an observer on or near the Earth's surface and the time of observation of this location, the apparatus comprising: a GPS Smart Antenna device, positioned to receive and process GPS signals and comprising: an antenna positioned to receive GPS signals from one or more GPS satellites, with each signal being characteristic of a particular satellite, and to issue these signals as antenna output signals; a radiofrequency downconverter to receive the antenna output signals, to convert a carrier frequency of each of these signals to a selected lower frequency, and to issue these downconverted signals as downconverter output signals; and a programmed digital signal processor and associated memory that receives the downconverter output signals corresponding to each GPS signal, determines at least one of (1) the coordinates of the present location of and (2) time of observation by the antenna, and issues these signals as processor output signals; a GPS Smartcard device that receives and processes GPS signals from the Smart Antenna device, the Smartcard device comprising: an information transfer module that receives the digital signal processor output signals and transmits these output signals to an electronic device that is linked to the Smartcard device; and a source of power, connected to at least one of the antenna, the downconverter, the digital signal processor and the information transfer module; wherein the Smartcard device is contained on a card that is built according to the following standards: the Smartcard contains at least 68 pin-and-socket electrical connections, with these connections being arranged in at least two rows; a portion of the Smartcard can be inserted into a computer to execute computer programs directly from instructions and data provided from at least one of the Smartcard and the computer; the Smartcard has at least two bytes of memory for card organization purposes; the Smartcard has an approximate thickness drawn from the class of electronic card thicknesses consisting of 3.3 mm, 5 mm and 10 mm; the portion of the Smartcard that can be inserted into a computer has a length of about 85 mm and a width of about 54 mm; the Smartcard has an input/output digital signal register for receiving input signals and for issuing output signals, and the width of the register allows receipt and issuance of signals having signal widths of 8M bits with M≧1; and the Smartcard operates in at least one of two configurations, a memory-only configuration in which the card serves primarily as a memory interface for a microprocessor that is not on the card, and an input/output configuration in which the card receives signals from and issues signals to a microprocessor that is not on the card, and in each of these configurations the card provides at least 8 data bit input/output connections.

Claim 40

The apparatus of claim 35, wherein said electronic device linked to said Smartcard device is a computer, and at least one of the computer and said digital signal processor contains data required to construct a map of at least one local region of the Earth.

Claim 41

The apparatus of claim 36, wherein at least one of said computer and said digital signal processor allows a user of said Smartcard to perform at least one of the following operations: adding features on said map, deleting features on said map, and moving features on said map.

Claim 42

The apparatus of claim 35, wherein said electronic device linked to said Smartcard device is a computer, and at least one of said information transfer module and the computer includes a socket that allows said Smartcard device and the computer to attach to and electronically communicate with each other.

Claim 43

The apparatus of claim 35, wherein said electronic device linked to said Smartcard device is a computer that displays at least one of a GPS-determined location coordinate of said antenna and said GPS-determined time of observation by said antenna.

Claim 44

The apparatus of claim 35, wherein said electronic device linked to said Smartcard device is a computer that displays the present location of said antenna on a map.

Claim 45

The apparatus of claim 35, wherein said electronic device linked to said Smartcard device is a computer that receives and stores at least two locations of the user, and the times of observation of these locations, from said Smartcard device and performs performs at least one of two operations: storing a track of movements of a user of said Smartcard device and displaying a track of movements of a user of said Smartcard device.

Claim 46

The apparatus of claim 35, wherein said electronic device linked to said Smartcard device is a computer that allows a user of said Smartcard device to determine and store the location coordinates of at least one event observed by the user and the time of observation of this event.

Claim 47

The apparatus of claim 35, wherein said Smart Antenna device is connected to said Smartcard device by a cable.

Claim 48

The apparatus of claim 35, wherein said Smart Antenna device is connected to said Smartcard device by a wireless link that operates at radiowave or infrared frequencies.

Claim 49

The apparatus of claim 35, wherein said Smartcard device in said memory-only configuration provides at least one of the following electrical connections: a connection indicating that the card is ready/busy, a write protect connection, a register select connection, and a voltage supply detect connection for at least one programming supply voltage connection; and said Smartcard device in said memory-only configuration provides at least one of the following electrical connections: a card enable connection, a card output enable connection, a card write enable connection, a card detect connection, a card reset connection, and a programming supply voltage connection.

Claim 50

The apparatus of claim 35, wherein said Smartcard device in said input/output configuration provides at least one of the following electrical connections: interrupt request connection, a connection indicating that the data passing through said input/output connections has 16 bits, a connection allowing register selection, a connection allowing enablement of said data input/output connections, a connection allowing receipt or issuance of an audio digital waveform, a connection indicating that the status of said card has changed, a connection allowing read enablement of said data input/output connections, and a connection allowing write enablement of said data input/output connections; and said Smartcard device in said input/output configuration provides at least one of the following electrical connections: a card enable connection, a card output enable connection, a card write enable connection, a card detect connection, a card reset connection, and a programming supply voltage connection.