Dual voltage module interconnect

Claim 2

In a computer system supplying a first and a second voltage to a first and a second component, respectively, a method for utilizing either one of the first or second components, comprising the steps of: receiving a component card in a first area of a socket and a second area of the socket, wherein the component card is electrically coupled to the first component; receiving the component card in the first area of the socket and the second area of the socket, wherein the component card is electrically coupled to the second component; supplying the first voltage, data signals and ground signals to the first component through the first area of the socket; supplying the second voltage to the second component through the second area of the socket and supplying data signals and ground signals to the second component through the first area of the socket, wherein either the first or the second voltage is supplied at one time; storing the second voltage in first capacitors on the component card for use by the second component when the second voltage is being supplied; passing the first voltage through second capacitors on the component card for discharge to ground when the second voltage is being supplied, wherein the first voltage is higher than the second voltage.

Claim 3

A component card interconnect apparatus for coupling components operating at a first voltage and components operating at a second voltage to a computer system, comprising: a component card including, a first group of in-line pins on a first portion of an edge of the card that include first power pins, first ground pins and signal pins; a second group of in-line pins on a second portion of an edge of the card that include second power pins and second ground pins, wherein the second portion is narrower than the first portion and the second power pins convey a lower voltage than the first power pins; a third portion of the edge of the card between the first portion and the second portion that is recessed relative to the first portion and the second portion such that a distance from the third portion of the edge to an opposite edge of the card is less than a distance from the first and second portions to the opposite edge; first capacitors coupled to traces of the card on a same side of the card as the first portion of the edge, wherein when components on the card are coupled to the second power pins, each of the first capacitors are connected through one terminal to a power pin of the first group of pins and through another terminal to a ground pin of the first group of pins; and second capacitors coupled to traces of the card on a same side of the card as the second portion of the edge, wherein when components on the card are coupled to the second power pins, each of the first capacitors is coupled between a power pin of the second group of pins and a power pin of the first group of pins to sustain a voltage conveyed on power pins of the second group of pins; and a component socket including, a first area that receives the first group of in-line pins and conveys the first voltage; and a second area that receives the second group of in-line pins and conveys the second voltage.

Claim 4

A component card interconnect apparatus for coupling components operating at a first voltage and components operating at a second voltage to a computer system, comprising: a component card including, a first group of in-line pins on a first portion of an edge of the card that include first power pins, first ground pins and signal pins; a second group of in-line pins on a second portion of an edge of the card that include second power pins and second ground pins, wherein the second portion is narrower than the first portion and the second power pins convey a lower voltage than the first power pins; a third portion of the edge of the card between the first portion and the second portion that is recessed relative to the first portion and the second portion such that a distance from the third portion of the edge to an opposite edge of the card is less than a distance from the first and second portions to the opposite edge; first capacitors coupled to traces of the card on a same side of the card as the first portion of the edge, wherein when components on the card are coupled to the second power pins, each of the first capacitors are connected through one terminal to a power pin of the first group of pins and through another terminal to a ground pin of the first group of pins; and second capacitors coupled to traces of the card on a same side of the card as the second portion of the edge, wherein when components on the card are coupled to the second power pins, each of the first capacitors is coupled between a power pin of the second group of pins and a power pin of the first group of pins to sustain a voltage conveyed on power pins of the second group of pins; and a component socket including, a first area that receives the first group of in-line pins and conveys the first voltage; and a second area that receives the second group of in-line pins and conveys the second voltage.

Claim 5

The component card interconnect apparatus of claim 2, wherein the first and second groups of pins are dual in-line pins.

Claim 6

The component card interconnect apparatus of claim 2, wherein the first and second groups of pins are single in-line pins.

Claim 7

The component card interconnect apparatus of claim 3, wherein the component card is a dual in-line memory module (DIMM).

Claim 8

The component card interconnect apparatus of claim 4, wherein the component card is a single in-line memory module (SIMM).