Systems and methods for maximizing data transmission rates in conjunction with a spatial-multiplexing transmission

A system operative to maximize data transmission rates in conjunction with a spatial-multiplexing transmission, comprising:

• an access point located in a first room;
• a plurality of power boosters located in a second room;
• a plurality of antennas associated respectively with the plurality of power boosters;
• and
• a wire-based medium connecting the first room and the second room;
• wherein:
• the access point is configured to inject, in the first room, a plurality of 64-QAM (quadrature-amplitude modulation) or higher modulation signals associated with the spatial-multiplexing transmission into the wire-based medium;
• the wire-based medium is configured to transport the plurality of signals to the second room;
• each of the plurality of power boosters is configured to power-boost, to a power level that is above a certain level, a respective one of the plurality of signals extracted from the wire-based medium in the second room;
• and
• the plurality of antennas are configured to transmit wirelessly, in the second room, respectively, the plurality of signals, in which the plurality of signals are now power-boosted, thereby allowing a first receiving wireless device located in the second room to decode the spatial-multiplexing transmission at 64-QAM or higher modulation, thereby facilitating physical data transmission and decoding rates of above 60 Mbps per each of the signals per a signal bandwidth of 20 MHz.

A system operative to maximize data transmission rates in conjunction with a spatial-multiplexing transmission, comprising:

• an access point located in a first room and comprising a local plurality of antennas located together with the access point in the first room;
• a plurality of power boosters located in a second room and associated with a peripheral plurality of antennas located together with the plurality of power boosters in the second room;
• and
• a wire-based medium connecting the first room and the second room;
• wherein:
• the access point is configured to use the local plurality of antennas to transmit wirelessly, in the first room, respectively, a plurality of spatially-multiplexed streams, at a power level that is above a certain level per each of the streams, thereby allowing a receiving wireless device located in the first room to decode the plurality of spatially-multiplexed streams;
• the access point is further configured to inject into the wire-based medium, in the first room, a plurality of signals derived respectively from the plurality of spatially-multiplexed streams;
• the wire-based medium is configured to transport the plurality of signals to the second room;
• each of the plurality of power boosters is configured to power-boost, to a power level that is above the certain level, a respective one of the plurality of signals extracted from the wire-based medium in the second room;
• and
• the plurality of peripheral antennas are configured to transmit wirelessly, in the second room, respectively, the plurality of signals, in which the plurality of signals are now power-boosted, thereby allowing another receiving wireless device located in the second room to decode the same plurality of spatially-multiplexed streams.