Abstract: An electrical connector assembly for an electronic device. The electrical connector assembly having an electrical connector and a signal indicator. The electrical connector having at least two communication interfaces utilizing different communication standards. The signal indicator is secured along one side of the electrical connector, wherein the signal indicator emits different colors of light corresponding to a function of one of the at least two communication interfaces.

Abstract: The invention is a terminal module and a method for manufacturing the same. The terminal module includes an insulating body and a plurality of first and second terminals. The plurality of first and second terminals are alternatively arranged side by side and partially insert-molded within the insulating body. The plurality of first terminals and the plurality of second terminals are connected to a common terminal carrier.

Abstract: An electrical connector assembly for an electronic device. The electrical connector assembly having an electrical connector and a signal indicator. The electrical connector having at least two communication interfaces utilizing different communication standards. The signal indicator is secured along one side of the electrical connector, wherein the signal indicator emits different colors of light corresponding to a function of one of the at least two communication interfaces.

Abstract: The present invention discloses an electrical connector, comprising: an insulative body; a plurality of electrical connection terminals disposed in the insulative body; and a shielding shell substantially enclosing the insulative body. The shielding shell has a pair of solder portions extending outward at each side thereof and a block portion formed between the pair of solder portions.

Abstract: The invention discloses a USB electrical connector including a body, at least one USB function unit held in the body, and a shield for enclosing the body. Each of the USB function unit having a first row of contacts corresponding to a first signal transmission loop, a second row of contacts corresponding to a second signal transmission loop, a first LED corresponding to the first signal transmission loop, for indicating the operation state of the first signal transmission loop, and a second LED corresponding to the second signal transmission loop, for indicating the operation state of the second signal transmission loop. The first and second LEDs each has two pins for being connected with and powered by a motherboard. Each signal transmission loop of the USB function unit has a respective LED for indicating the operation state thereof, thus, the operation state of each signal transmission loop can be directly observed.