Spatial multiplexing in a cellular network

A wireless transceiver comprising:

• a plurality of spatially separate antennas;
• a transmitter to transmit a first and a second data signal to a remote unit from a respective first and a second spatially separate antenna of a base station so that the first and second data signals have a first spatial configuration;
• spatial multiplexing logic to determine that the first and the second data signals are not spatially separated by the remote unit and to reconfigure the spatial configuration of the first and second data signals to a second spatial configuration,
• wherein the transmitter is further to transmit a third and fourth data signal to the remote unit from a second different antenna configuration according to the second spatial configuration.

A remote unit comprising:

• a processor;
• and
• a memory for storing instructions, the instructions when operated on by the processor, causing the processor to perform operations comprising:
• receiving a first and a second data signal from a respective first and a second spatially separate antenna of a base station so that the first and second data signals have a first spatial configuration;
• determining that the first and the second data signals cannot be not spatially separated;
• receiving a reconfiguration of the spatial configuration of the first and second data signals to a second spatial configuration;
• and
• receiving a third and fourth data signal from a second different antenna configuration according to the second spatial configuration.