Permitting wideband simultaneous transmit and receive communications on overlapping frequency bands
Wideband simultaneous transmit and receive communications on overlapping frequency bands may be achieved by communicating via a communication device having a transmit signal path and a receive signal path. The transmit signal path and receive signal path are operable to transmit and receive simultaneously at the same frequency. A first remote communication device communicates over a first interference suppressed band using a first channel in the transmit signal path and receive signal path. A second remote communication device communicates over a second interference suppressed band using a second channel in the transmit signal path and receive signal path.
1 . A communication device comprising:
a transmit signal path and a receive signal path, the transmit signal path and receive signal path being operable to transmit and receive simultaneously at the same frequency;
a first channel in the transmit signal path and receive signal path, the first channel being configured to communicate with a first communication device over a first interference suppressed band;
a second channel in the transmit signal path and receive signal path, the second channel being configured to communicate with a second communication device over a second interference suppressed band; and
processing circuitry configured to generate a communication sub-band and an initiation sub-band in the first channel, the initiation sub-band having a lower bandwidth than the communication sub-band and operating at a lower power than the communication sub-band.
2 . The communication device of claim 1 , wherein the first interference suppressed band and second interference suppressed band overlap.
3 . The communication device of claim 1 , further comprising a third channel in the transmit signal path and receive signal path, the third channel being configured to initiate communication between the first communication device and second communication device by sending and receiving a polling signal.
4 . The communication device of claim 1 , further comprising a first transceiver that operates the first channel and a second transceiver that operates the second channel.
5 . The communication device of claim 1 , further comprising a first transceiver that operates the first channel and a second transceiver that operates the second channel, the first transceiver including a first interference suppressor that suppresses simultaneously transmitted and received interference in the first transceiver, the second transceiver including a second interference suppressor that suppresses simultaneously transmitted and received interference in the second transceiver.
6 . A communication method comprising:
communicating via a communication device having a transmit signal path and a receive signal path, the transmit signal path and receive signal path being operable to transmit and receive simultaneously at the same frequency;
communicating with a first remote communication device over a first interference suppressed band using a first channel in the transmit signal path and receive signal path;
communicating with a second remote communication device over a second interference suppressed band using a second channel in the transmit signal path and receive signal path; and
generating a communication sub-band and an initiation sub-band in the first channel, the initiation sub-band having a lower bandwidth than the communication sub-band and operating at a lower power than the communication sub-band.
7 . The communication method of claim 6 , wherein the first interference suppressed band and second interference suppressed band overlap.
8 . The communication method of claim 6 , further comprising a third channel in the transmit signal path and receive signal path, the third channel being configured to initiate communication between the first remote communication device and second remote communication device by sending and receiving a polling signal.
9 . The communication method of claim 6 , wherein a first transceiver operates the first channel and a second transceiver operates the second channel.
10 . The communication method of claim 6 , wherein a first transceiver operates the first channel and a second transceiver operates the second channel, the first transceiver including a first interference suppressor that suppresses simultaneously transmitted and received interference in the first transceiver, the second transceiver including a second interference suppressor that suppresses simultaneously transmitted and received interference in the second transceiver.
11 . A communication method comprising:
operating a network of simultaneous transmit and receive (STAR) communication devices that communicate with each other simultaneously on a common frequency band by:
executing a first channel on the frequency band, the first channel having interference between a first channel transmitter and a first channel receiver suppressed by a first interference suppressor;
executing a second channel on the frequency band, the second channel having interference between a second channel transmitter and a second channel receiver suppressed by a second interference suppressor; and
generating a communication sub-band and an initiation sub-band in the first channel, the initiation sub-band having a lower bandwidth than the communication sub-band and operating at a lower power than the communication sub-band.
12 . The communication method of claim 11 , wherein a network controller executes the first channel and second channel by providing control signals to the communication devices.
13 . The communication method of claim 11 , further comprising executing a third channel on the frequency band, the third channel having interference between a third channel transmitter and a third channel receiver suppressed by a third interference suppressor, wherein a network controller provides control signals to the communication devices over the third channel.
14 . The communication method of claim 11 , further comprising:
generating a first communication sub-band and a first initiation sub-band in the first channel, the first initiation sub-band having a lower bandwidth than the first communication sub-band and operating at a lower power than the first communication sub-band; and
generating a second communication sub-band and a second initiation sub-band in the second channel, the second initiation sub-band having a lower bandwidth than the second communication sub-band and operating at a lower power than the second communication sub-band.
15 . The communication method of claim 11 , wherein a network controller executes the first channel and second channel by providing control signals to the communication devices over a third channel, the first channel, second channel, and third channel being on the same frequency band.
16 . The communication method of claim 11 , wherein the first channel and second channel occupy the same frequency band.
17 . The communication method of claim 11 , wherein the STAR communication devices communicate full duplex data transfers at the same frequency.