Dual stacked connector

1. An electrical connector, comprising:

an insulative housing, the insulative housing including a front housing face, the front housing face including a pair of card-receiving slots spaced vertically apart thereon, the card-receiving slots being sized to receive mating ends of the mating portions of a component that is mateable with the connector, each of the card-receiving slots aligned with one of two receptacle portions on the front face; and

a plurality of conductive terminals supported by the insulative housing, wherein the plurality of terminals include tails configured to mate with a circuit board, wherein the insulative housing includes a plurality of terminal-receiving channels disposed in the insulative housing proximate to the card-receiving slots, the terminal-receiving channels receiving the terminals therein; and

a cage with a front face, a rear face and a plurality of side faces and the two receptacles in the front face configured to receive a mating connector, wherein the cage has a first length extending from the front face to the rear face and the insulative housing has a second length from the front housing face to a rear housing face, the first length being substantially greater than the second length and wherein the insulative housing is positioned adjacent the rear face of the cage.

2. The connector of claim 1 , wherein the receptacle portion has a first width and the insulative housing has a second width substantially identical to the first width.

3. The connector of claim 1 , wherein the pair of card-receiving slots comprises a first and second card receiving slot and the plurality of terminals are arranged in rows and at least a first row of terminals is configured to extend from the circuit board to the first card receiving slot and at least a second row of terminals is configured to extend from the circuit board to the second card receiving slot.

4. An electrical connector, comprising:

a cage assembly including a front face, a plurality of side faces and a rear face, the cage assembly further including a plurality of receptacle portions on the front face that are configured to receive mating portions of a plurality of corresponding opposing members, the plurality of receptacle portions space vertically apart from each other within the cage assembly;

an insulative housing positioned within the cage assembly, the insulative housing including a front housing face, the front housing face including a plurality of card-receiving slots spaced vertically apart thereon, the card-receiving slots being sized to receive mating ends of the mating portions of a component that is mateable with the connector, each of the card-receiving slots aligned with one of the plurality of receptacle portions on the front face and including terminal grooves, wherein the cage assembly has a first length extending from the front face to the rear face and the insulative housing has a second length from the front housing face to a rear housing face, the first length being substantially greater than the second length, wherein the insulative housing is positioned adjacent the rear face of the cage assembly; and

a plurality of conductive terminals supported by the insulative housing, wherein the plurality of terminals are configured to mate with a circuit board and are further configured to extend to the terminals grooves in the plurality of card-receiving slots.

5. The connector of claim 4 , wherein the plurality of terminals are positioned in a plurality of rows, at least two rows of terminals extending to each of the plurality of card-receiving slots.

6. The connector of claim 4 , wherein the plurality of terminals are aligned in terminal groves in opposing rows so as to engage a mating card on two sides.

7. The connector of claim 4 , wherein the cage assembly includes a shield between the plurality of receptacle portions.