System and method for routing supply voltages or other signals between side-by-side die and a lead frame for system in a package (SIP) devices

1. An integrated circuit including a first and a second die positioned on a lead frame of a package, the integrated circuit device further including a redistribution layer formed on the first die to connect selected bond fingers of the lead frame to selected, remote, bonding pads of the first and second dies;

wherein the redistribution layer comprises:

a receiving segment positioned near an outer edge of the first die, the outer edge being adjacent bond fingers in the lead frame;

a consolidation segment connected to the receiving segment; and a distribution segment positioned near an inner edge of the first die, the inner edge of the first die being positioned adjacent to an inner edge of the second die.

2. The integrated circuit of claim 1 wherein the redistribution layer connects respective bond fingers of the lead frame that are adapted to receive a first supply voltage to respective bonding pads on the first and second dies that are adapted to receive the first supply voltage.

3. The integrated circuit of claim 2 where the redistribution layer further connects bond fingers adapted to receive a second supply voltage to selected bond pads of the second die.

4. The integrated circuit of claim 3 wherein the first die includes memory circuitry and the second die includes memory controller circuitry, and wherein the first supply voltage corresponds to a core voltage for the memory controller and the second supply voltage corresponds to an input/output voltage for the memory controller and memory circuitry.

5. The integrated circuit of claim 1 wherein the redistribution layer connects a bond finger of the lead frame that is adapted to receive a first control, data, or address signal to a bond pad on the second die that is adapted to receive the first control, data, or address signal.

6. The integrated circuit of claim 1 wherein the lead frame includes a die paddle and wherein the first and second dies are mounted to the die paddle.

7. The integrated circuit of claim 1 wherein the first die includes a top edge and a bottom edge that are perpendicular to the inner and outer edges, and wherein the receiving and distribution segments are substantially parallel to the inner and outer edges of the first die and the consolidation segment is substantially parallel to the top and bottom edges.

8. The integrated circuit of claim 1 ,

wherein the first die includes bond pads positioned along the inner edge of the first die;

wherein the second die includes bond pads positioned along the inner edge of the second die;

wherein the receiving segment is connected to bond fingers of the lead frame through bonding wires;

wherein the distribution segment is connected through bonding wires to respective bond pads on the inner edge of the second die.

9. The integrated circuit of claim 8 wherein each bonding wire interconnecting the distribution segment and a respective bonding pad on the inner edge of the second die has a first end coupled to the bonding pad and a second end connected directly to the distribution segment.

10. The integrated circuit of claim 8 ,

wherein each bonding wire interconnecting the distribution segment and a respective bonding pad on the inner edge of the second die has a first end connected to a corresponding bonding pad along the inner edge of the first die, with these bonding pads along the inner edge of the first die being connected directly to the distribution segment; and

wherein each bonding wire has a second end connected to a corresponding bonding pad on the inner edge of the second die.

11. The integrated circuit of claim 1 further comprising additional die, with one or more of these die including a redistribution layer for routing signals to other ones of the dies.

12. The integrated circuit of claim 1 wherein the package comprises a QFP package.

13. A computer system, comprising:

at least one input device;

at least one output device;

at least one storage device; and

computer circuitry coupled to the input, output, and storage devices, the computer circuitry including an integrated circuit device including a first and a second die positioned on a lead frame of a package, the integrated circuit device further including a redistribution layer formed on the first die to couple connect selected bond fingers of the lead frame to selected bonding pads of the first and second dies.

14. The computer system of claim 13 wherein the package comprises a QFP package.

15. An integrated circuit including a first and a second die positioned on a lead frame of a package, the integrated circuit device further including a redistribution layer formed on the first die to connect selected bond fingers of the lead frame to selected bonding pads of the first and second dies,

wherein the redistribution layer comprises a distribution segment positioned near an inner edge of the first die, the inner edge of the first die being positioned adjacent to an inner edge of the second die, the distribution segment substantially parallel to the inner edge of the first die.

16. The integrated circuit of claim 15 , wherein the redistribution layer further comprises:

a receiving segment positioned near an outer edge of the first die, the outer edge being adjacent to bond fingers in the lead frame, the receiving segment substantially parallel to the outer edge of the first die; and

a consolidation segment connected to the receiving segment and the distribution segment, the consolidation segment substantially parallel to a top and a bottom edge of the first die.

17. The integrated circuit of claim 16 ,

wherein the first die includes bond pads positioned along the inner edge of the first die;

wherein the second die includes bond pads positioned along the inner edge of the second die;

wherein the receiving segment is connected to bond fingers of the lead frame through bonding wires; and

wherein the distribution segment is connected through bonding wires to respective bond pads on the inner edge of the second die.

18. An integrated circuit including a first and a second die positioned on a lead frame of a package, the integrated circuit device further including a redistribution layer formed on the first die to connect selected bond fingers of the lead frame to selected bonding pads of the first and second dies; and

wherein at least one bonding pad of the second die is directly connected to the redistribution layer through a bonding wire.

19. The integrated circuit of claim 18 , wherein the redistribution layer comprises:

a receiving segment positioned near an outer edge of the first die, the outer edge being adjacent bond fingers in the lead frame;

a consolidation segment connected to the receiving segment; and

a distribution segment positioned near an inner edge of the first die, the inner edge of the first die being positioned adjacent an inner edge of the second die.

20. The integrated circuit of claim 19 , wherein the first die includes a top edge and a bottom edge that are perpendicular to the inner and outer edges, and wherein the receiving and distribution segments are substantially parallel to the inner and outer edges of the first die and the consolidation segment is substantially parallel to the top and bottom edges.

21. An integrated circuit including a first and a second die positioned on a lead frame of a package, the integrated circuit device further including a redistribution layer formed on the first die to connect selected bond fingers of the lead frame to selected bonding pads of the first and second dies;

wherein the redistribution layer is connected through a bonding wire to a bonding pad of the second die;

wherein the bonding wire interconnecting the redistribution layer and the bonding pad of the second die has a first end connected to a corresponding bonding pad of the first die, with the bonding pad of the first die being connected directly to the redistribution layer; and

wherein the bonding wire has a second end connected to the bonding pad of the second die.