Systems and methods for receiving data in a wireless communication network
View Patent ↗A method of communicating over a wideband communication channel divided into a plurality of sub-channels comprises dividing a single serial message intended for one of the plurality of communication devices into a plurality of parallel messages, encoding each of the plurality of parallel messages onto at least some of the plurality of sub-channels, and transmitting the encoded plurality of parallel messages to the communication device over the wideband communication channel.
1. A radio receiver, comprising: a band pass filter configured to filter a combined signal; a clocked comparator coupled with the band pass filter, the clocked comparator configured to compare the filter combined signal to a ground reference when the comparator is enabled by a clock signal; a digital-to-analog converter coupled with the clocked comparator, the digital-to-analog converter configured to convert the output of the clocked comparator to an analog signal; and a combiner configured to receive a RF signal and combine the RF signal with the analog signal generated by the digital-to-analog converter in order to generate the combined signal; and a plurality of clocked comparators coupled to the band pass filter, each of the clocked comparators configured to be activated on a different phase of a clock signal and a combiner coupled to the plurality of clocked comparators, the combiner configured to combine the outputs of the clocked comparators.
2. The radio receiver of claim 1 , further comprising filtering and decimation circuitry configured to filter and decimate the output of the clocked comparator.
3. The radio receiver of claim 1 , further comprising a clock signal configured to clock the clocked comparator at a rate required to achieve a selected effective number of bits at the output of the filtering and decimation circuitry.
4. The radio receiver of claim 1 , wherein the combiner is a passive combiner.
5. The radio receiver of claim 1 , wherein the digital-to-analog converter is coupled to the plurality of clocked comparators via the combiner.
6. A receiver, comprising: an antenna configured to receive a RF signal; a filter coupled to the antenna, the filter configured to filter the received RF signal; an amplifier coupled with the filter, the amplifier configured to amplify the filtered RF signal; and a radio receiver, comprising: a band pass filter configured to filter a combined signal; a plurality of clocked comparators coupled with the band pass filter, the clocked comparators configured to compare the filter combined signal to a ground reference when each comparator is enabled by a clock signal, and wherein each of the clocked comparators is configured to be activated on a different phase of the clock signal; a combiner coupled to the plurality of clocked comparators, the combiner configured to combine the outputs of the clocked comparators; a digital-to-analog converter coupled with the clocked comparators), the digital-to-analog converter configured to convert the output of the clocked comparators to an analog signal; and a combiner configured to receive the amplified and filtered RF signal and combine the amplified and filtered RF signal with the analog signal generated by the digital-to-analog converter in order to generate the combined signal.
7. The receiver of claim 6 , wherein the radio receiver further comprises filtering and decimation circuitry configured to filter and decimate the output of the clocked comparator.
8. The receiver of claim 6 , wherein the radio receiver further comprises a clock signal configured to clock the clocked comparator at a rate required to achieve a selected effective number of bits at the output of the filtering and decimation circuitry.
9. The receiver of claim 6 , wherein the combiner is a passive combiner.
10. The receiver of claim 6 , wherein the digital-to-analog converter is coupled to the plurality of clocked comparators via the combiner.