Stacked module assembly including electrically interconnected switching module and plural electronic modules

Claim 2

An interconnection system for multiple electronic circuits, comprising: a plurality of modules, each configured about a module axis with at least one of said modules adapted to carry an electronic circuit; one or more connectors carried on each of said modules, each of said connectors positioned at a different one of a set of n connector locations wherein said set has the same spatial relationship on each of said modules and is spatially invariant as its respective module is rotated in steps of 360/n degrees about its axis; each of said connectors configured to engage any other of said connectors when they are axially aligned and in an adjoining relationship; and one of said modules comprising a switching module that carries a switch configured to selectively connect combinations of the switching module's connectors; wherein said modules are arranged in a coaxial relationship and adjacent modules are axially and rotationally positioned to engage their respective connectors.

Claim 3

The system of claim 1, wherein each of said modules, other than said switching module, includes a signal-interconnection bus having first and second ends with one of said module's connectors comprising a bus connector that is coupled to said bus first end and said bus second end is positioned for connection to an electronic circuit that may be carried by the module.

Claim 4

The system of claim 2, wherein said modules are rotationally positioned so that no two of said bus connectors are axially aligned.

Claim 5

The system of claim 1, wherein said switch is a crossbar switch.

Claim 6

An interconnection system for multiple electronic circuits, comprising: a plurality of modules, each configured along a module plane that is substantially orthogonal to a module axis with at least one of said modules adapted to carry an electronic circuit; each of said modules terminating in a perimeter having n faces that define a substantially regular polygon when the module is viewed axially; one or more connectors carried on each of said modules with each of said connectors positioned adjacent a different one of said faces; each of said connectors configured to engage a connector in another module when the module's are coplanar and in an adjoining relationship; and one of said modules comprising a switching module that carries a switch configured to selectively connect combinations of the switching module's connectors; wherein said modules are arranged in a coplanar relationship with a mutual engagement between connectors of adjacent modules.

Claim 7

An interconnection system for multiple electronic circuits, comprising: a plurality of modules, each configured along a module plane that is substantially orthogonal to a module axis with at least one of said modules adapted to carry an electronic circuit; each of said modules terminating in a perimeter having n faces that define a substantially regular polygon when the module is viewed axially; one or more connectors carried on each of said modules with each of said connectors positioned adjacent a different one of said faces; each of said connectors configured to engage a connector in another module when the module's are coplanar and in an adjoining relationship; and one of said modules comprising a switching module that carries a switch configured to selectively connect combinations of the switching module's connectors; wherein said modules are arranged in a coplanar relationship with a mutual engagement between connectors of adjacent modules.

Claim 8

The system of claim 5, wherein each of said modules, other than said switching module, includes a signal-interconnection bus having first and second ends with one of said module's connectors comprising a bus connector that is coupled to said bus first end and said bus second end is positioned for connection to an electronic circuit that may be carried by the module.

Claim 9

The system of claim 5, further including a module support member positioned adjacent at least two of said modules, said support member having signal interconnection paths that are configured to connect one or more of said connectors.

Claim 10

The system of claim 5, wherein said switch is a crossbar switch.

Claim 11

The system of claim 5, wherein n=6.

Claim 12

The system of claim 5, wherein n=8.

Claim 13

The system of claim 5, wherein each of said connectors is centered on its respective face.

Claim 14

An interconnection system for multiple electronic circuits, comprising: a plurality of modules, each configured along a module plane that is substantially orthogonal to a module axis and at least one of said modules adapted to carry an electronic circuit; each of said modules terminating in a perimeter having n faces that define a substantially regular polygon when the module is viewed axially; one or more connectors carried on each of said modules, each of said connectors positioned at a different one of a set of n connector locations wherein said set has the same spatial relationship on each of said modules and is spatially invariant as its respective module is rotated in steps of 360/n degrees about its axis; each of said connectors positioned adjacent a different one of said faces and configured to engage any other of said connectors when they are in either a coaxial and adjoining relationship or a coplanar and adjoining relationship; and one of said modules comprising a switching module that carries a switch configured to selectively connect combinations of the switching module's connectors: wherein each of said modules is arranged to have at least one of a coaxial and a coplanar adjacent relationship with another of said modules, with a mutual engagement between connectors of adjacent modules.

Claim 15

An interconnection system for multiple electronic circuits, comprising: a plurality of modules, each configured along a module plane that is substantially orthogonal to a module axis and at least one of said modules adapted to carry an electronic circuit; each of said modules terminating in a perimeter having n faces that define a substantially regular polygon when the module is viewed axially; one or more connectors carried on each of said modules, each of said connectors positioned at a different one of a set of n connector locations wherein said set has the same spatial relationship on each of said modules and is spatially invariant as its respective module is rotated in steps of 360/n degrees about its axis; each of said connectors positioned adjacent a different one of said faces and configured to engage any other of said connectors when they are in either a coaxial and adjoining relationship or a coplanar and adjoining relationship; and one of said modules comprising a switching module that carries a switch configured to selectively connect combinations of the switching module's connectors: wherein each of said modules is arranged to have at least one of a coaxial and a coplanar adjacent relationship with another of said modules, with a mutual engagement between connectors of adjacent modules.

Claim 16

The system of claim 12, wherein each of said modules, other than said switching module, includes a signal-interconnection bus having first and second ends with one of said module's connectors comprising a bus connector that is coupled to said bus first end and said bus second end is positioned for connection to an electronic circuit that may be carried by the module.

Claim 17

The system of claim 12, further including a module support member positioned adjacent at least two of said modules, said support member having signal interconnection paths that are configured to connect one or more of said connectors.

Claim 18

The system of claim 12, wherein said switch is a crossbar switch.

Claim 19

The system of claim 12, wherein n=6.

Claim 20

The system of claim 12, wherein n=8.

Claim 21

The system of claim 12, wherein each of said connectors is rotationally centered on its respective face.