Abstract: Particular embodiments described herein provide for an electronic device that can be configured to include a substrate, a plurality of heat sources on the substrate, a heat spreader that extends over the plurality of heat sources, and a plurality of heat spreader mounting brackets. Each of the plurality of heat spreader mounting brackets are over a corresponding heat source from the plurality of heat sources and the plurality of heat spreaders secure the heat spreader to the substrate without extending through the heat spreader. In some examples, the heat spreader is a vapor chamber and the plurality of heat spreader mounting brackets are soldered to the vapor chamber.

Abstract: Particular embodiments described herein provide for an electronic device that can be configured to include a substrate, a plurality of heat sources on the substrate, a heat spreader that extends over the plurality of heat sources, and a plurality of heat spreader mounting brackets. Each of the plurality of heat spreader mounting brackets are over a corresponding heat source from the plurality of heat sources and the plurality of heat spreaders secure the heat spreader to the substrate without extending through the heat spreader. In some examples, the heat spreader is a vapor chamber and the plurality of heat spreader mounting brackets are soldered to the vapor chamber.

Abstract: Particular embodiments described herein provide for an electronic device that can be configured to include a substrate, a plurality of heat sources on the substrate, a heat spreader that extends over the plurality of heat sources, and a plurality of heat spreader mounting brackets. Each of the plurality of heat spreader mounting brackets are over a corresponding heat source from the plurality of heat sources and the plurality of heat spreaders secure the heat spreader to the substrate without extending through the heat spreader. In some examples, the heat spreader is a vapor chamber and the plurality of heat spreader mounting brackets are soldered to the vapor chamber.

Abstract: Embodiments of the present disclosure provide techniques for a co-planar connection between a PCB and another PCB, in accordance with some embodiments. In one embodiment, a PCB may include a plurality of electric traces disposed on the PCB, and a plurality of cutouts disposed along an edge of the PCB, to interface with mating cutouts of another PCB in a co-planar connection. The electric traces may extend into respective cutouts. Adjacent cutouts of the plurality of cutouts may be placed at a distance from each other to produce a retention force in response to the interface with the mating cutouts of the other PCB, to retain the PCB in the co-planar connection with the other PCB. The electric traces may be disposed such as to form electrical connections with respective traces disposed on the mating cutouts, to provide electrical contact between the PCBs. Other embodiments may be described and/or claimed.

Abstract: The present disclosure provides systems and methods for stream-based media management. A device may be configured to receive information streams including displayable content and to at least display the displayable content. For example, a stream manager in the device may be configured to control how the displayable content is displayed on a display in the device based on activity detected in the information streams. The activity may be defined by user preferences as trigger activities. For example, upon detecting a trigger activity in an information stream, the stream manager may cause the displayable content to be displayed or hidden, may cause the manner in which the displayable content is displayed (e.g., size, shape, order, etc.) to be altered, or may cause a visible or audible alert to be generated.

Abstract: Integrated speaker enclosures for electronic devices. A device chassis portion with an inner face and an outer face can be connected with a speaker enclosure portion with an inner face, an outer face, and edges. The edges match the inner face of the device chassis portion to provide an audio enclosure when the speaker enclosure portion is aligned with and in contact with the device chassis portion.

Abstract: A device, system, method, and machine readable medium for configurable ultrasound Doppler measurements from a mobile device are disclosed. In one embodiment, the device includes an oscillator capable of generating an ultrasound frequency sound wave. The device also includes an ultrasound emission module capable of emitting a first ultrasound wave at a first frequency and at a first power level and a second ultrasound wave at a second frequency and at a second power level. The device also an ultrasound receiver and amplifier module capable of receiving and amplifying ultrasound emission waves. The device also includes processing logic capable of receiving the first and second ultrasound waves and displaying those waves on a display device.

Abstract: Integrated speaker enclosures for electronic devices. A device chassis portion with an inner face and an outer face can be connected with a speaker enclosure portion with an inner face, an outer face, and edges. The edges match the inner face of the device chassis portion to provide an audio enclosure when the speaker enclosure portion is aligned with and in contact with the device chassis portion.

Abstract: A device, system, and machine readable medium for headless sensor measurements are disclosed. In one embodiment, the device is exclusive of a display. The device includes a sensor head to retrieve an amount of measurement data from an environment. The device also includes an I/O interface, a memory, a non-volatile storage, processing logic, and sensor data access protocol (SDAP) manageability code. The SDAP manageability code may cause the processing logic to provide a sensor type and a measurement data payload type to a mobile communication device. The SDAP manageability code additionally may cause the sensor head to take a measurement, receive measurement data from the sensor head, packetize the measurement data, and transfer the measurement data payload to the mobile communication device.

Abstract: In one embodiment, the present invention includes a method for accessing content subscription information from a secure storage of a mobile device, communicating the content subscription information to an authorization service of a content provider with a request to receive content, receiving in the mobile device an authorization from the content provider which includes a time bound identifier corresponding to a time bounded authorization to receive the content during a time bounded window, and receiving and outputting the content from the mobile device during the time bounded window. Other embodiments are described and claimed.

Abstract: The present disclosure provides systems and methods for stream-based media management. A device may be configured to receive information streams including displayable content and to at least display the displayable content. For example, a stream manager in the device may be configured to control how the displayable content is displayed on a display in the device based on activity detected in the information streams. The activity may be defined by user preferences as trigger activities. For example, upon detecting a trigger activity in an information stream, the stream manager may cause the displayable content to be displayed or hidden, may cause the manner in which the displayable content is displayed (e.g., size, shape, order, etc.) to be altered, or may cause a visible or audible alert to be generated.

Abstract: A device, system, method, and machine readable medium for configurable ultrasound Doppler measurements from a mobile device are disclosed. In one embodiment, the device includes an oscillator capable of generating an ultrasound frequency sound wave. The device also includes an ultrasound emission module capable of emitting a first ultrasound wave at a first frequency and at a first power level and a second ultrasound wave at a second frequency and at a second power level. The device also an ultrasound receiver and amplifier module capable of receiving and amplifying ultrasound emission waves. The device also includes processing logic capable of receiving the first and second ultrasound waves and displaying those waves on a display device.

Abstract: A device, system, and machine readable medium for headless sensor measurements are disclosed. In one embodiment, the device is exclusive of a display. The device includes a sensor head to retrieve an amount of measurement data from an environment. The device also includes an I/O interface, a memory, a non-volatile storage, processing logic, and sensor data access protocol (SDAP) manageability code. The SDAP manageability code may cause the processing logic to provide a sensor type and a measurement data payload type to a mobile communication device. The SDAP manageability code additionally may cause the sensor head to take a measurement, receive measurement data from the sensor head, packetize the measurement data, and transfer the measurement data payload to the mobile communication device.