Abstract: Systems and methods for mitigating interference or concurrency between frequency modulation (FM) radio subsystem and a display subsystem relate to determining potential concurrency between the two subsystems at particular FM modes of operation, and adjusting one or more display parameters of the display subsystem and additionally or alternatively, implementing filters in the FM subsystem in order to avoid or mitigate the potential concurrency. The FM modes comprise one or more FM operating bands or FM channels, and the display parameters comprise one or more of a display refresh rate, display clock frequency, and backlight brightness.

Abstract: Systems and methods for mitigating interference or concurrency between frequency modulation (FM) radio subsystem and a display subsystem relate to determining potential concurrency between the two subsystems at particular FM modes of operation, and adjusting one or more display parameters of the display subsystem and additionally or alternatively, implementing filters in the FM subsystem in order to avoid or mitigate the potential concurrency. The FM modes comprise one or more FM operating bands or FM channels, and the display parameters comprise one or more of a display refresh rate, display clock frequency, and backlight brightness.

Abstract: Disclosed are methods and apparatus for profiling and suppressing a receiver's internally-generated spurs. The disclosed methods and apparatus and populate a spur table in a wireless device without using external test equipment coupled to the wireless device. The disclosed methods and apparatus reduce testing time, reduce labor requirements, reduce test equipment costs, reduce spur table errors, and improve a receiver's sensitivity over conventional devices.