Multi-electronic device package

Claim 2

A multi-electronic device package comprising a first electronic device package comprising: a first substrate having a first surface and opposed second surface, said first substrate including a first opening; a first layer of electrically conductive circuitry formed on said first surface of said first substrate; a second substrate having a first surface and an opposed second surface, said second substrate including a second opening; a second layer of electrically conductive circuitry formed on said second surface of said second substrate; a thermally and electrically conductive plane having a first surface and an opposed second surface, said plane being positioned between said first substrate and said second substrate and covering said first and second openings; a first electronic device secured to said first surface of said plane such that said first electronic device is positioned within said first opening, said first electronic device electrically coupled to said first layer of circuitry; a second electronic device secured to said second surface of said plane such that said second electronic device is positioned within said second opening, said second electronic device electrically coupled to said second layer of circuitry and wherein said first layer of circuitry is electrically coupled to said second layer of circuitry and wherein said first layer of circuitry is adapted for electrical coupling to a second electronic device package and said second layer of circuitry is adapted for electrical coupling to a third external circuitized substrate, and further comprising at least one plated-through hole extending through said first and second substrates for electrically coupling said first and second layers of circuitry.

Claim 3

The multi-electronic device package as recited in claim 1, further comprising a second electronic package comprising: a fourth substrate having a first surface and an opposed second surface; a third layer of electrically conductive circuitry formed on said surface of said fourth substrate; and a third electronic device coupled to said fourth substrate and electrically coupled to said third layer of circuitry.

Claim 4

The multi-electronic device package as recited in claim 2, wherein said second electronic device package is stacked on top of said first electronic device package and attached thereto.

Claim 5

A multi-electronic device package comprising: a first substrate having a first surface and opposed second surface, said first substrate including a first opening; a first layer of electrically conductive circuitry formed on said first surface of said first substrate; a second substrate having a first surface and an opposed second surface, said second substrate including a second opening; a second layer of electrically conductive circuitry formed on said second surface of said second substrate; a thermally and electrically conductive plane having a first surface and an opposed second surface, said plane being positioned between said first substrate and said second substrate and covering said first and second openings; a first electronic device secured to said first surface of said plane such that said first electronic device is positioned within said first opening, said first electronic device electrically coupled to said first layer of circuitry; a second electronic device secured to said second surface of said plane such that said second electronic device is positioned within said second opening, said second electronic device electrically coupled to said second layer of circuitry and wherein said first layer of circuitry is electrically coupled to said second layer of circuitry and wherein said first layer of circuitry is adapted for electrical coupling to a second electronic device package and said second layer of circuitry is adapted for electrical coupling to a third external circuitized substrate, and wherein said second layer of circuitry includes a plurality of solder ball pads .

Claim 6

A multi-electronic device package comprising: a first substrate having a first surface and opposed second surface, said first substrate including a first opening; a first layer of electrically conductive circuitry formed on said first surface of said first substrate; a second substrate having a first surface and an opposed second surface, said second substrate including a second opening; a second layer of electrically conductive circuitry formed on said second surface of said second substrate; a thermally and electrically conductive plane having a first surface and an opposed second surface, said plane being positioned between said first substrate and said second substrate and covering said first and second openings; a first electronic device secured to said first surface of said plane such that said first electronic device is positioned within said first opening, said first electronic device electrically coupled to said first layer of circuitry; a second electronic device secured to said second surface of said plane such that said second electronic device is positioned within said second opening, said second electronic device electrically coupled to said second layer of circuitry and wherein said first layer of circuitry is electrically coupled to said second layer of circuitry and wherein said first layer of circuitry is adapted for electrical coupling to a second electronic device package and said second layer of circuitry is adapted for electrical coupling to a third external circuitized substrate, and wherein said second layer of circuitry includes a plurality of solder ball pads .

Claim 7

The multi-electronic device package as recited in claim 4, further comprising a solder ball coupled to each said solder ball pad for electrically coupling said second layer of circuitry to the third external circuitized substrate.

Claim 8

A multi-electronic device package comprising: a first substrate having a first surface and opposed second surface, said first substrate including a first opening; a first layer of electrically conductive circuitry formed on said first surface of said first substrate; a second substrate having a first surface and an opposed second surface, said second substrate including a second opening; a second layer of electrically conductive circuitry formed on said second surface of said second substrate; a thermally and electrically conductive plane having a first surface and an opposed second surface, said plane being positioned between said first substrate and said second substrate and covering said first and second openings; a first electronic device secured to said first surface of said plane such that said first electronic device is positioned within said first opening, said first electronic device electrically coupled to said first layer of circuitry; a second electronic device secured to said second surface of said plane such that said second electronic device is positioned within said second opening, said second electronic device electrically coupled to said second layer of circuitry and wherein said first layer of circuitry is electrically coupled to said second layer of circuitry and wherein said first layer of circuitry is adapted for electrical coupling to a second electronic device package and said second layer of circuitry is adapted for electrical coupling to a third external circuitized substrate, and further comprising a second electronic package comprising: a fourth substrate having a first surface and an opposed second surface; a third layer of electrically conductive circuitry formed on said second surface of said fourth substrate; and a third electronic device coupled to said fourth substrate and electrically coupled to said third layer of circuitry; wherein said second electronic device package is stacked on top of said first electronic package device and attached thereto; and wherein said third layer of circuitry includes a plurality of solder ball pads.

Claim 9

A multi-electronic device package comprising: a first substrate having a first surface and opposed second surface, said first substrate including a first opening; a first layer of electrically conductive circuitry formed on said first surface of said first substrate; a second substrate having a first surface and an opposed second surface, said second substrate including a second opening; a second layer of electrically conductive circuitry formed on said second surface of said second substrate; a thermally and electrically conductive plane having a first surface and an opposed second surface, said plane being positioned between said first substrate and said second substrate and covering said first and second openings; a first electronic device secured to said first surface of said plane such that said first electronic device is positioned within said first opening, said first electronic device electrically coupled to said first layer of circuitry; a second electronic device secured to said second surface of said plane such that said second electronic device is positioned within said second opening, said second electronic device electrically coupled to said second layer of circuitry and wherein said first layer of circuitry is electrically coupled to said second layer of circuitry and wherein said first layer of circuitry is adapted for electrical coupling to a second electronic device package and said second layer of circuitry is adapted for electrical coupling to a third external circuitized substrate, and further comprising a second electronic package comprising: a fourth substrate having a first surface and an opposed second surface; a third layer of electrically conductive circuitry formed on said second surface of said fourth substrate; and a third electronic device coupled to said fourth substrate and electrically coupled to said third layer of circuitry; wherein said second electronic device package is stacked on top of said first electronic package device and attached thereto; and wherein said third layer of circuitry includes a plurality of solder ball pads.

Claim 10

The multi-electronic device package as recited in claim 6, wherein said first layer of circuitry includes a corresponding solder ball pad for each said solder ball pad of said third layer of circuitry.

Claim 11

The multi-electronic device package as recited in claim 7, further comprising a solder ball coupled to each said solder ball pad and corresponding solder ball pad to attach said first and second electronic device packages and to electrically couple said first layer of circuitry to said third layer of circuitry.

Claim 12

A multi-electronic device package comprising: a first substrate having a first surface and an opposed second surface, said first surface including a first cavity extending from said first surface partially into said first substrate; a first layer of electrically conductive circuitry formed on said first surface of said first substrate; wherein said first layer of circuitry includes a plurality of solder ball pads; a second layer of electrically conductive circuitry formed on said second surface of said first substrate wherein said second layer of circuitry is electrically coupled to said first layer of circuitry and wherein said second layer of circuitry is adapted for electrical coupling to a third external circuitized substrate; a first electronic device secured to said first substrate such that said first electronic device is positioned within said first cavity, said first electronic device electrically coupled to said first layer of circuitry; a second substrate having a first surface and an opposed second surface; a third layer of electrically conductive circuitry formed on said second surface of said second substrate; a second electronic device coupled to said second substrate, said second electronic device electrically coupled to said third layer of circuitry; and wherein said first and second substrates are bonded together along a common interface such that said second electronic device and said second surface of said second substrate faces said first electronic device and said first surface of said first substrate, and wherein said first layer of circuitry is electrically coupled to said third layer of circuitry.

Claim 13

A multi-electronic device package comprising: a first substrate having a first surface and an opposed second surface, said first surface including a first cavity extending from said first surface partially into said first substrate; a first layer of electrically conductive circuitry formed on said first surface of said first substrate; wherein said first layer of circuitry includes a plurality of solder ball pads; a second layer of electrically conductive circuitry formed on said second surface of said first substrate wherein said second layer of circuitry is electrically coupled to said first layer of circuitry and wherein said second layer of circuitry is adapted for electrical coupling to a third external circuitized substrate; a first electronic device secured to said first substrate such that said first electronic device is positioned within said first cavity, said first electronic device electrically coupled to said first layer of circuitry; a second substrate having a first surface and an opposed second surface; a third layer of electrically conductive circuitry formed on said second surface of said second substrate; a second electronic device coupled to said second substrate, said second electronic device electrically coupled to said third layer of circuitry; and wherein said first and second substrates are bonded together along a common interface such that said second electronic device and said second surface of said second substrate faces said first electronic device and said first surface of said first substrate, and wherein said first layer of circuitry is electrically coupled to said third layer of circuitry.

Claim 14

The multi-electronic device package as recited in claim 9, further comprising at least one plated-through hole extending through said first substrate for electrically coupling a said first and second layers of circuitry.

Claim 15

The multi-electronic device package as recited in claim 9, wherein said second layer of circuitry includes a plurality of solder ball pads.

Claim 16

The multi-electronic device package as recited in claim 11, further comprising a solder ball coupled to each said solder ball pad for electrically coupling said second layer of circuitry to the third external circuitized substrate.

Claim 17

The multi-electronic device package as recited in claim 9, wherein said third layer of circuitry includes a corresponding solder ball pad for each said solder ball pad of said first layer of circuitry.

Claim 18

The multi-electronic device package as recited in claim 13, further comprising a solder ball coupled to each solder ball pad and corresponding solder ball pad to attach said first substrate to said second substrate along said common interface and to electrically couple said first layer of circuitry to said third layer of circuitry.

Claim 19

A multi-electronic device package comprising: a first substrate having a first surface and an opposed second surface, said first surface including a first cavity extending from said first surface partially into said first substrate; a first layer of electrically conductive circuitry formed on said first surface of said first substrate; a second layer of electrically conductive circuitry formed on said second surface of said first substrate wherein said second layer of circuitry is electrically coupled to said first layer of circuitry and wherein said second layer of circuitry is adapted for electrical coupling to a third external circuitized substrate; a first electronic device secured to said first substrate such that said first electronic device is positioned within said first cavity, said first electronic device electrically coupled to said first layer of circuitry; a second substrate having a first surface and an opposed second surface; a third layer of electrically conductive circuitry formed on said second surface of said second substrate; a second electronic device coupled to said second substrate, said second electronic device electrically coupled to said third layer of circuitry; and wherein said first and second substrates are bonded together along a common interface such that said second electronic device and said second surface of said second substrate faces said first electronic device and said first surface of said first substrate, and wherein said first layer of circuitry is electrically coupled to said third layer of circuitry; and wherein said second substrate includes an opening.

Claim 20

A multi-electronic device package comprising: a first substrate having a first surface and an opposed second surface, said first surface including a first cavity extending from said first surface partially into said first substrate; a first layer of electrically conductive circuitry formed on said first surface of said first substrate; a second layer of electrically conductive circuitry formed on said second surface of said first substrate wherein said second layer of circuitry is electrically coupled to said first layer of circuitry and wherein said second layer of circuitry is adapted for electrical coupling to a third external circuitized substrate; a first electronic device secured to said first substrate such that said first electronic device is positioned within said first cavity, said first electronic device electrically coupled to said first layer of circuitry; a second substrate having a first surface and an opposed second surface; a third layer of electrically conductive circuitry formed on said second surface of said second substrate; a second electronic device coupled to said second substrate, said second electronic device electrically coupled to said third layer of circuitry; and wherein said first and second substrates are bonded together along a common interface such that said second electronic device and said second surface of said second substrate faces said first electronic device and said first surface of said first substrate, and wherein said first layer of circuitry is electrically coupled to said third layer of circuitry; and wherein said second substrate includes an opening.

Claim 21

The multi-electronic device package as recited in claim 15, further comprising a thermally conductive plane coupled to said first surface of said second substrate and covering said opening.

Claim 22

The multi-electronic device package as recited in claim 16, wherein said second electronic device is secured to said plane within said opening.

Claim 23

A multi-electronic device package comprising: a first substrate having a first surface and opposed second surface; a first layer of electrically conductive circuitry formed on said first surface of said first substrate; a second layer of electrically conductive circuitry formed on said second surface of said first substrate, wherein said second layer of circuitry is electrically coupled to said first layer of circuitry, and wherein said second layer of circuitry is adapted for electrical coupling to a third external circuitized substrate; a first electronic device secured to said first substrate and electrically coupled to said first layer of circuitry; a second substrate having a first surface and an opposed second surface; a third layer of electrically conductive circuitry formed on said first surface of said second substrate; a second electronic device coupled to said second substrate, said second electronic device electrically coupled to said third layer of circuitry; a fourth layer of electrically conductive circuitry formed on said second surface of said second substrate, wherein said fourth layer of circuitry is electrically coupled to said third layer of circuitry; a first encapsulant covering said first electronic device and a portion of said first layer of circuitry; and wherein said second substrate includes a cavity extending from said second surface of said second substrate partially into said second substrate, and wherein said first and second substrates are bonded together along a common interface such that said second surface of said second substrate faces said first surface of said first substrate and at least a portion of said encapsulant extends into said cavity to thereby decrease the distance between said second surface of said second substrate and said first surface of said first substrate; and further comprising at least one plated-through hole extending through said first substrate for electrically coupling said first and second layers of circuitry.

Claim 24

A multi-electronic device package comprising: a first substrate having a first surface and opposed second surface; a first layer of electrically conductive circuitry formed on said first surface of said first substrate; a second layer of electrically conductive circuitry formed on said second surface of said first substrate, wherein said second layer of circuitry is electrically coupled to said first layer of circuitry, and wherein said second layer of circuitry is adapted for electrical coupling to a third external circuitized substrate; a first electronic device secured to said first substrate and electrically coupled to said first layer of circuitry; a second substrate having a first surface and an opposed second surface; a third layer of electrically conductive circuitry formed on said first surface of said second substrate; a second electronic device coupled to said second substrate, said second electronic device electrically coupled to said third layer of circuitry; a fourth layer of electrically conductive circuitry formed on said second surface of said second substrate, wherein said fourth layer of circuitry is electrically coupled to said third layer of circuitry; a first encapsulant covering said first electronic device and a portion of said first layer of circuitry; and wherein said second substrate includes a cavity extending from said second surface of said second substrate partially into said second substrate, and wherein said first and second substrates are bonded together along a common interface such that said second surface of said second substrate faces said first surface of said first substrate and at least a portion of said encapsulant extends into said cavity to thereby decrease the distance between said second surface of said second substrate and said first surface of said first substrate; and further comprising at least one plated-through hole extending through said first substrate for electrically coupling said first and second layers of circuitry.

Claim 25

The multi-electronic device package as recited in claim 18, further comprising at least one plated-through hole extending through said second substrate for electrically coupling said third and fourth layers of circuitry.

Claim 26

The multi-electronic device package as recited in claim 18, wherein said second layer of circuitry includes a plurality of solder ball pads.

Claim 27

The multi-electronic device package as recited in claim 20, further comprising a solder ball coupled to each said solder ball pad for electrically coupling said second layer of circuitry to the third external circuitized substrate.

Claim 28

The multi-electronic device package as recited in claim 18, wherein said first layer of circuitry includes a plurality of solder ball pads.

Claim 29

The multi-electronic device package as recited in claim 22, wherein said fourth layer of circuitry includes a corresponding solder ball pad for each said solder ball pad of said first layer of circuitry.

Claim 30

The multi-electronic device package as recited in claim 23, further comprising a solder ball coupled to each said solder ball pad and corresponding solder ball pad to attach said first substrate to said second substrate along said common interface and to electrically couple said first layer of circuitry to said fourth layer of circuitry.

Claim 31

The multi-electronic device package as recited in claim 18, wherein said first and second substrates include a thermally conductive and electrically conductive plane encapsulated therein.