Front end module (FEM) with integrated functionality
AssigneeAvago Technologies International Sales Pte. Limited
InventorsRichard Ruby, William Carrol Mueller, Young Kwon, Joo Min Jung, Chan Hoe Koo
Life of this patent
Estimating the term…
Abstract
A front end radio frequency (RF) module including one or more first filter circuits configured to implement a front end function by filtering first signals communicated between one or more first antenna and a transceiver and one or more second filter circuits configured to implement at least a portion of an additional network function within the front end RF module by filtering second signals communicated between one or more second antennas and the transceiver.
Claims20
A radio frequency (RF) module comprising:
- one or more first filter circuits of a bandwidth and one or more first amplifier circuits configured to implement a first function in a first geographic region by filtering and then amplifying or amplifying and then filtering a first signal communicated between one or more first antennas and a transceiver;
- and
- one or more second filter circuits of the bandwidth and one or more second amplifier circuits configured to implement a second function in a second geographic region by filtering and then amplifying or amplifying and then filtering a second signal communicated between one or more second antennas and the transceiver;
- wherein the one or more first filter circuits and the one or more second filter circuits are integrated on a single integrated filter circuit die and the RF module is configured to repurpose the one or more first filter circuits to implement an additional network function responsive to a signal, the signal generated responsive to a determination to operate the RF module for the second geographic region.
An electronic device comprising:
- a radio frequency (RF) module comprising:
- one or more first filter circuits of a bandwidth and one or more first amplifier circuits configured to implement a first function in a first geographic region by filtering and then amplifying or amplifying and then filtering a first signal communicated between one or more first antennas and a transceiver;
- and
- one or more second filter circuits of the bandwidth and one or more second amplifier circuits configured to implement a second function in a second geographic region by filtering and then amplifying or amplifying and then filtering a second signal communicated between one or more second antennas and the transceiver;
- wherein the one or more first filter circuits and the one or more second filter circuits are integrated on a single integrated filter circuit die and the RF module is configured to repurpose the one or more first filter circuits to implement an additional network function responsive to a signal, the signal generated responsive to a determination to operate the RF module for the second geographic region.
A module comprising:
- one or more first filter circuits of a bandwidth and one or more first amplifier circuits configured to implement a first function in a first geographic region by filtering and then amplifying or amplifying and then filtering a first signal communicated between one or more first antennas and a transceiver;
- and
- one or more second filter circuits of the bandwidth and one or more second amplifier circuits configured to implement a second function in a second geographic region by filtering and then amplifying or amplifying and then filtering a second signal communicated between one or more second antennas and the transceiver;
- wherein the one or more first filter circuits and the one or more second filter circuits are integrated on a single integrated filter circuit die and the module is configured to repurpose the one or more first filter circuits to implement an additional network function responsive to a signal, the signal generated responsive to a determination to operate the module for the second geographic region.
Dependencies are inferred from the claim text.