Abstract: A receptacle for use with a receptacle connector mounted to a host circuit board within a chassis of a host system, the receptacle comprising: (a) a housing having a front, a back wall, a top wall, a bottom wall, and side walls and defining a cavity for receiving a module, the bottom wall having a bottom opening with the receptacle connector being disposed therein when the receptacle is mounted to the host circuit board, the back, top, and side walls defining planes which completely contain the receptacle when the receptacle is mounted to the host circuit board; and (b) a plurality of elongated members extending down from the housing past the bottom wall and adapted for electrical connection to the host circuit board such that the walls are electrically connected to the host circuit board.

Abstract: A docking connector system has been provided that includes a plurality of interchangeable plug and header chicklets, or terminal modules. Each interchangeable plug and header chicklet includes a plurality of signal contact pairs with corresponding signal pins and a plurality of ground contacts with corresponding ground pins. The signal contact pairs are arranged in a pattern in which a ground contact is positioned between any two signal contact pairs in the same row. Further, a ground contact is positioned between any two signal contact pairs in the same column. The signal contact pairs in one row of the pattern are staggered relative to the signal contact pairs in an adjacent row of the pattern. That is, signal pairs in adjacent rows do not line up with each other. Each plug and header chicklet also includes a plurality of signal pins and a plurality of ground pins. Each signal pin is attached to a signal contact pair, while each ground pin is attached to a ground contact.

Abstract: A docking connector system has been provided that includes a plurality of interchangeable plug and header chicklets, or terminal modules. Each interchangeable plug and header chicklet includes a plurality of signal contact pairs with corresponding signal pins and a plurality of ground contacts with corresponding ground pins. The signal contact pairs are arranged in a pattern in which a ground contact is positioned between any two signal contact pairs in the same row. Further, a ground contact is positioned between any two signal contact pairs in the same column. The signal contact pairs in one row of the pattern are staggered relative to the signal contact pairs in an adjacent row of the pattern. That is, signal pairs in adjacent rows do not line up with each other. Each plug and header chicklet also includes a plurality of signal pins and a plurality of ground pins. Each signal pin is attached to a signal contact pair, while each ground pin is attached to a ground contact.

Abstract: A receptacle for receiving a module and electrically connecting said module to a host circuit board mounted within a chassis of a host system, said chassis having a bezel opening which has an offset a certain distance above said host circuit board: (a) a housing having a front, a back wall, a top wall, a bottom wall, and side walls and defining a cavity for receiving a module, the bottom wall having a bottom opening to receive a receptacle connector, the front having a front opening to receive the module, the walls comprising a conductive material; (b) a plurality of elongated members extending down from the housing past the bottom wall and adapted for electrical connection to a host circuit board such that the walls are electrically connected to the host circuit board; and (c) at least one standoff extending down from the housing, the standoff being more toward the front of the housing than the rear, when the housing is mounted to the host circuit board, the standoff contacts the circuit board and causes the

Abstract: A receptacle for a pluggable module includes a housing having a front, a back wall, a top wall, a bottom wall, and side walls and defining a cavity for receiving a module. The bottom wall has a bottom opening to receive a receptacle connector, and the front has a front opening to receive the module. The walls of the housing are made from a conductive material. A plurality of elongated members extend down from the housing past the bottom wall. The elongated members are adapted for electrical connection to a host circuit board such that the walls of the housing are electrically connected to the host circuit board.

Abstract: A receptacle for receiving a module and electrically connecting said module to a host circuit board mounted within a chassis of a host system, said chassis having a bezel which has an offset a certain distance above said host circuit board: (a) a housing having a front, a back wall, a top wall, a bottom wall, and side walls and defining a cavity for receiving a module, the bottom wall having a bottom opening to receive a receptacle connector, the front having a front opening to receive the module, the walls comprising a conductive material; (b) a plurality of elongated members extending down from the housing past the bottom wall and adapted for electrical connection to a host circuit board such that the walls are electrically connected to the host circuit board; and (c) at least one standoff extending down from the housing, the standoff being more toward the front of the housing than the rear, when the housing is mounted to the host circuit board, the standoff contacts the circuit board and causes the front o

Abstract: A receptacle for a pluggable module includes a housing having a front, a back wall, a top wall, a bottom wall, and side walls and defining a cavity for receiving a module. The bottom wall has a bottom opening to receive a receptacle connector, and the front has a front opening to receive the module. The walls of the housing are made from a conductive material. A plurality of elongated members extend down from the housing past the bottom wall. The elongated members are adapted for electrical connection to a host circuit board such that the walls of the housing are electrically connected to the host circuit board.

Abstract: An electrical connector (10) is disclosed having a one piece housing (12), a plurality of cavities (18,20,22,24) in the housing, arranged in two vertical stacks (14,16) of four cavities each, and a contact (26,28,30,32) in each cavity. The cavities in each stack are separated by thin walls (48,50,52) of the housing. Each of the contacts has a contact end (68) for mating with a mating connector, and a tail (78) that exits from the contact at a right angle to the mounting surface (36) of the connector. Some of the contacts (28,30,32) have support members (94,96,98,100,102,104) that extend from the contact to engage the floor (53) of the cavity while the upper surface of the contact is in engagement with the ceiling (51) of the cavity. There is a bearing structure established from the tails (78) through the support members and the thin walls (48,50,52) to the top surface (34) of the connector housing.