Configurable cable for use in a data processing network

Claim 2

A cable for use in a data processing network having at least two data processing devices, the cable comprising: first and second connectors, each including a set of connector pins; a set of signal wires connected to the pins of the first connector; a set of signal wires connected to the pins of the second connector; and a coupling piece to control the routing between the set of signal wires from the first connector and the set of signal wires from the second connector, wherein the coupling piece includes at least two configuration settings wherein each configuration setting actuates a corresponding routing between the two sets of signal wires; wherein the coupling piece comprises a substantially cylindrical inner piece within a cylindrical void defined by an annular outer ring, wherein the annular outer ring is rotatable, with respect to the inner piece, from a first position to a second position wherein the first and second positions correspond to the first and second settings.

Claim 3

The cable of claim 1 , wherein the first configuration setting actuates a passthrough configuration in which each pin of the first connector is connected to a like numbered pin of the second connector.

Claim 4

The cable of claim 2 , wherein the second configuration setting actuates a crossover configuration in which a first subset of the signal wires connected to the pins of the first connector are connected to like numbered pins of the second connector and a second subset of the signal wires connected to the pins of the first connector are connected to un-like numbered pins of the second connector.

Claim 5

The cable of claim 3 , wherein the first and second sets of signal wires each includes eight wires and further wherein the crossover configuration setting is further characterized as including signal wires 4 , 5 , 7 and 8 in the first subset and signal wires 1 , 2 , 3 , and 6 in the second subset.

Claim 6

The cable of claim 4 , wherein the crossover configuration connects pins 1 , 2 , 3 , and 6 of the first connector to pins 3 , 6 , 1 , and 2 of the second connector respectively.

Claim 7

The cable of claim 1 , wherein the coupling piece includes a retraction mechanism to retract at least a portion of the cable within a coupling piece housing.

Claim 8

A cable for use in a data processing network having at least two data processing devices, the cable comprising: first and second connectors, each including a set of connector pins; a set of signal wires connected to the pins of the first connector, wherein the first connector pins include at least one signal transmit pin and at least one signal receive pin; a set of signal wires connected to the pins of the second connector, wherein the second connector matches the pins of the first connector; and a coupling piece to control the routing between the set of signal wires from the first connector and the set of signal wires from the second connector, wherein the coupling piece includes a pass through setting in which the transmit and receive pins of the first connector are connected to the corresponding transmit and receive pins of the second connector and a crossover setting in which the transmit pins of the first connector are connected to corresponding receive pins of the second connector and the receive pins of the first connector are connected to transmit pins of the second connector; wherein the coupling piece comprises a substantially cylindrical inner piece within a cylindrical void defined by an annular outer ring, wherein the annular outer ring is rotatable, with respect to the inner piece, from a first position to a second position wherein the first and second positions correspond to the pass through and crossover configurations respectively.

Claim 9

A cable for use in a data processing network having at least two data processing devices, the cable comprising: first and second connectors, each including a set of connector pins; a set of signal wires connected to the pins of the first connector, wherein the first connector pins include at least one signal transmit pin and at least one signal receive pin; a set of signal wires connected to the pins of the second connector, wherein the second connector matches the pins of the first connector; and a coupling piece to control the routing between the set of signal wires from the first connector and the set of signal wires from the second connector, wherein the coupling piece includes a pass through setting in which the transmit and receive pins of the first connector are connected to the corresponding transmit and receive pins of the second connector and a crossover setting in which the transmit pins of the first connector are connected to corresponding receive pins of the second connector and the receive pins of the first connector are connected to transmit pins of the second connector; wherein the coupling piece comprises a substantially cylindrical inner piece within a cylindrical void defined by an annular outer ring, wherein the annular outer ring is rotatable, with respect to the inner piece, from a first position to a second position wherein the first and second positions correspond to the pass through and crossover configurations respectively.

Claim 10

The cable of claim 7 , wherein the first and second sets of signal wires each include eight signal wires including transmit +/−(T+, T−) signal wires and receive +/−(R+, R−) signal wires.

Claim 11

The cable of claim 8 , wherein the T+ signal wire is connected to connector pin 1 , the T− signal wire is connected to connector pin 2 , the R+ signal wire is connected to connector pin 3 , and the R− signal wire is connected to connector pin 6 .

Claim 12

The cable of claim 9 , wherein in the crossover configuration, the T+, T−, R+, and R− signal wires of the first connector are connected to the R+, R−, T+, and T− signal wires respectively of the second connector.

Claim 13

The cable of claim 10 , wherein each set of signal wires comprises four twisted wire pairs.

Claim 14

The cable of claim 11 , wherein the first and second connectors comprise RJ45 connectors and wherein the cable is IEEE 802.3 compliant.

Claim 15

A cable suitable for use to connect a data processing system in a data processing network, the cable comprising: a first connector having a first set of pins; a second connector having a second set of pins; and coupling means to connect signal wires from the first set of pins to the second set of pins, the coupling means being manually operable to connect the first set of pins to the second set of pins in at least a first connection configuration and a second connection configuration; wherein the coupling means includes a housing and a retraction mechanism to retract at least a portion of the signal wires from the first set of pins and at least a portion of the signal wires from the second set of pins.

Claim 16

A cable suitable for use to connect a data processing system in a data processing network, the cable comprising: a first connector having a first set of pins; a second connector having a second set of pins; and coupling means to connect signal wires from the first set of pins to the second set of pins, the coupling means being manually operable to connect the first set of pins to the second set of pins in at least a first connection configuration and a second connection configuration; wherein the coupling means includes a housing and a retraction mechanism to retract at least a portion of the signal wires from the first set of pins and at least a portion of the signal wires from the second set of pins.

Claim 17

The cable of claim 13 , wherein the coupling means includes means for rotating a first part of the coupling piece from a first position to a second position with respect to a second part of the coupling piece, wherein the first position actuates the first connection configuration and the second position actuates the second connection configuration.

Claim 18

The cable of claim 14 , wherein the first piece of the rotating means comprises an annular outer piece that defines a cylindrical void and a cylindrical inner piece positioned within the void.

Claim 19

The cable of claim 15 , wherein a first subset of the signal wires from the first and second connectors are coupled via the inner piece and a second subset of the signal wires are coupled via the annular outer piece.

Claim 20

The cable of claim 16 , wherein the configuration of the first subset of wires is the same in the first and second configuration settings and further wherein the configuration of the second subset of wires changes with the configuration setting.