Segmented analog and digital cancellation stages adaptively mitigate interference while balancing system complexity across diverse operational modes.
A time-shared bi-directional serial signaling system transmits differential data over a single path using embedded clock circuitry.
A transceiver stores bit patterns in memory to decode and issue control signals, reducing the number of control pins and conductive tracks needed.
Disabling sounding and resource block allocation in full-duplex bands increases upstream or downstream capacity by fifteen-fold.
A rat-race coupler isolates transmit and receive paths in full-duplex user equipment, resolving antenna mismatch interference that degrades reliability.
A radio frequency multiplexer uses a coupling circuit to parallel or series connect signal processing components across multiple bands.
Scheduling rules resolve overlapping resources in sub-band full-duplex slots to reduce interference while maintaining communication throughput.