Abstract: Wireless communication devices capable of both wireless local area network (WLAN) and Bluetooth (BT) network communication, and related methods, are provided. In some implementations, the BT network includes a plurality of BT connections. One wireless communication device is configured to determine an aggregated time schedule for the plurality of BT connections and determine a WLAN schedule based on the aggregated time schedule. The device is configured to remap a BT scan schedule based on a WLAN traffic type, a selected duty cycle of the BT connection, and a remapping window.

Abstract: Wireless communication devices capable of both wireless local area network (WLAN) and Bluetooth (BT) network communication, and related methods, are provided. In some implementations, the BT network includes a plurality of BT connections. One wireless communication device is configured to determine an aggregated time schedule for the plurality of BT connections and determine a WLAN schedule based on the aggregated time schedule. The device is configured to remap a BT scan schedule based on a WLAN traffic type, a selected duty cycle of the BT connection, and a remapping window.

Abstract: A power transmitting device includes a processor circuit. The processor circuit receives messages, such as advertising messages and/or scan response messages, from power receiving devices. The messages include device specific data that pertains to the corresponding power receiving devices that transmitted the messages. The device specific data includes, for example, data pertaining to the hardware, firmware, charging state, and/or device state of the corresponding power receiving device. The processor circuit selects one of the power receiving devices based in part on the device specific data contained in the messages. The processor circuit initiates a wireless power transfer connection to the selected one of the power receiving devices.

Abstract: A power transmitting device may include at least one processor circuit. The at least one processor circuit may be configured to receive messages, such as advertising messages and/or scan response messages, from one or more power receiving devices. The messages may include device specific data that pertains to the corresponding power receiving devices that transmitted the messages. The device specific data may include, for example, data pertaining to the hardware, firmware, charging state, and/or device state of the corresponding power receiving device. The at least one processor circuit may be further configured to select one of the power receiving devices based at least in part on the device specific data contained in the messages. The at least one processor circuit may be further configured to initiate a connection to the selected one of the power receiving devices, such as a connection for wireless power transfer.

Abstract: Systems and methods are disclosed in which a controller enables communication between a Bluetooth®-wireless-protocol unaware host and a Bluetooth®-wireless-protocol enabled remote device. As such, one embodiment of the invention is a controller, which comprises a controller transport to enable communication of data with a Bluetooth®-wireless-protocol unaware host device. The controller further comprises a controller application and a controller Bluetooth® stack to enable communication of the data using Bluetooth® wireless protocol. One embodiment can be seen as a method comprising the steps of receiving data from a Bluetooth®-wireless-protocol unaware host, converting the received data to a Bluetooth® wireless protocol, and transmitting the converted data to a Bluetooth®-wireless-protocol enabled remote device.