Abstract: The present techniques are related to an A/C adapter dock. The A/C adapter dock includes an A/C adapter. The A/C adapter includes an air mover and a cradle. The air mover is to create an airflow though the cradle of the A/C adapter. The cradle may include an I/O connector and can receive a computing device for docking at the A/C adapter.

Abstract: A method and apparatus include providing a printed circuit board (PCB) having at least one light permeable layer, at least one non-light permeable layer having at least one void therethrough that may be vertically aligned with the at least one light permeable layer, and a source of illumination to simultaneously illuminate through the void and the at least one light permeable layer.

Abstract: A method of tracking a printed circuit board is described. An embedded identification device is utilized. The embedded identification device is placed in a layer of the printed circuit board. An external transceiver is used to communicate with the embedded device and record platform information.

Abstract: A technique usable with a computer includes in response to the computer being in a predetermined sleep state, coupling a load to conduct current from a supply voltage plane of the computer to ground. The supply voltage plane does not receive power from a power resource of the computer in response to the predetermined sleep state. In response to the computer being in a predetermined state other than the predetermined sleep state, the load is decoupled so that the load does not conduct current from the supply voltage plane to ground.

Abstract: Docking computers, and in particular, a system memory bus tap to provide an external means to connect to a docking station with additional system memory to increase the amount of system memory available to the docking computer. In accordance with an embodiment of the present invention, a portable device including a system memory, a system memory bus coupled to the system memory, a memory controller coupled to the system memory bus, a system memory bus tap coupled to the first system memory bus and a system memory bus tap link coupled to the system memory bus tap. The first system memory bus tap link to couple to an external system memory and said memory controller to control data transfer requests for data stored in said system memory and said external system memory.

Abstract: A computer includes two signal lines on which wake events can occur, but the computer's motherboard recognizes wake signals occurring on only one of these signal lines. Therefore, the computer includes a circuit that, in response a wake event on the signal line that is not recognized by the motherboard, delivers a wake signal over the signal line that is recognized by the motherboard unless prevented from delivering the signal by a disable element.

Abstract: A computer includes two signal lines on which wake events can occur, but the computer's motherboard recognizes wake signals occurring on only one of these signal lines. Therefore, the computer includes a circuit that, in response a wake event on the signal line that is not recognized by the motherboard, delivers a wake signal over the signal line that is recognized by the motherboard.

Abstract: A method of tracking a printed circuit board is described. An embedded identification device is utilized. The embedded identification device is placed in a layer of the printed circuit board. An external transceiver is used to communicate with the embedded device and record platform information.

Abstract: A technique usable with a computer includes in response to the computer being in a predetermined sleep state, coupling a load to conduct current from a supply voltage plane of the computer to ground. The supply voltage plane does not receive power from a power resource of the computer in response to the predetermined sleep state. In response to the computer being in a predetermined state other than the predetermined sleep state, the load is decoupled so that the load does not conduct current from the supply voltage plane to ground.

Abstract: An audio wake-up circuit for use to wake up a computer system from a sleep mode. Such an audio wake-up circuit comprises an operational amplifier (Op-Amp) coupled to receive an audio input from a user via an audio input device, and having a feedback network arranged to compare the input audio with an attenuated version of the output audio and make an appropriate amplification; and a switching device coupled to the operational amplifier (Op-Amp) and arranged to assert a power management (PME#) wake event so as to wake up the computer system from a sleep mode, when the input audio from the user exceeds a predetermined level.