Abstract: Docking stations for a wireless device are presented in which a docking station has an antenna that can communicate with the wireless device. The docking station can also have a proximity sensor that can provide a proximity data that indicate a proximity of the wireless device to the docking station. Using the proximity data, the docking station can adjust the power to the antenna such that the amount of power can be dictated based upon the proximity of the wireless device to the docking station. A wireless repeater system is also presented that has a wireless repeater and a docking station with an antenna.

Abstract: A wireless repeater having dual cancellation loops is presented. A first cancellation loop is configured to remove an undesirable signal resulting from a design or manufacture of the repeater. A second cancellation is configured remove undesirable signals cause by a real-time changing environment where the repeater is deployed.

Abstract: A wireless repeater comprises dual cancellation loops. The wireless repeater includes an active cancellation loop and a passive cancellation loops. The active cancellation loops reduces an environmentally induced signal component from a receive signal entering the repeater's amplifier. The passive cancellation loop reduces leaked signal component from the received signal.

Abstract: A delamination resistant electronics module assembly includes a printed circuit board layer coupled to a pallet via a cured epoxy preform. The preform may include conductive epoxy, or non-conductive epoxy with conductive traces. Component wells are collectively formed by the preform and PCB layer for placement of heat generating components, such as RF components. Methods of manufacturing module assemblies include curing the epoxy preform by applying a predetermined elevated pressure and heat to a sub-assembly of the pallet, preform layer, and PCB layer.