Cable connector assembly

A cable connector assembly comprising:

• an insulative housing formed by a lower housing and an upper housing, the insulative housing defining a plurality of rectangular receiving rooms and a T-shaped receiving room extending rearwardly form a front surface of the insulative housing, the plurality of rectangular receiving rooms arranged along a transversal direction and spaced apart with each other, the T-shaped receiving room located on a lateral side of the plurality of rectangular receiving rooms;
• a plurality of first type of connectors received into corresponding rectangular receiving rooms;
• two second type of connectors received into the T-shaped receiving room and perpendicular with each other;
• a plurality of cables electrically connecting with the first and second type of connectors;
• and
• a metallic shell enclosing the insulative housing;
• wherein each of the first type of connectors is a USB connector, and each of the second type of connectors is an audio jack;
• wherein a vertical distance between two mating ends of the two audio jacks is able to make two audio jacks mated with two audio plugs simultaneously.

A cable connector assembly comprising:

• a housing unit extending along a transverse direction;
• a plurality of first cavities side by side located in the housing along said transverse direction, each of said first cavities forwardly communicating with an exterior, via a corresponding first opening, in a front-to-back direction perpendicular to said transverse direction;
• a plurality of first connectors received in the corresponding first cavities, respectively, each of the first connectors defining a first long side and a first short side under condition that each of the first connectors is arranged in the housing in an upright manner with the first short side along the transverse direction so as to minimize a total space of said first connectors in the transverse direction;
• one second cavity and on third cavity commonly located at a same end of the housing in said transverse direction while generally mutually stacked with each other in a vertical direction perpendicular to both said transverse direction ad said front-to-back direction, the second cavity and the third cavity being communicating forwardly with the exterior via corresponding second and third openings in the front-to-back direction;
• a second connector disposed in the second cavity and communicating forwardly with the exterior via a second opening;
• a third connector disposed in the third cavity and communicating forwardly with the exterior via a third opening;
• and
• the second connector and the third connector being essentially same with each other and each defining a second long side and a second short side;
• wherein
• the second connector disposed in the housing with the seocnd long side along the transverse direction while the third connector disposed in the housing with the second short side along the transverse direction so as to have the second connector and the third connector arranged in the housing not only occupying a spared space along the transverse direction but also meeting a predetermined distance between a mating end of the second connector and that of the third connector in the vertical direction under condition that the mating ends of both said second connector and said third connector extend forwardly beyond the corresponding second and third openings and aligned with each other in the vertical direction.