Multi-user multiple input multiple output (MU-MIMO) system and methods

A Multi-User Multiple input Multiple Output (MU-MIMO) system comprising:

• a data source;
• a first network comprising a first gold tile transceiver and a first plurality of blue tile transceivers, and the first gold tile transceiver in operative communication with the data source;
• network links in the first network that establish a first wireless local area network (WLAN) for data transmission between the first gold tile transceiver and the first plurality of blue tile transceivers that are adapted transmit link data derived from source data from the first gold tile transceiver received from the data source;
• a data sink;
• a second network comprising a second gold tile transceiver and a second plurality of blue tile transceivers, and the second gold tile transceiver in operative communication with the data sink;
• a long link wirelessly coupling the first plurality of blue tile transceivers to the second plurality of blue tile transceivers;
• network links in the second network that establish a second WLAN for link data reception at the second plurality of blue tile transceivers that are adapted receive link data from the first plurality of blue tile transceivers and provide the link data to the second gold tile transceiver as synchronized data for transmission to the data sink;
• wherein the second plurality of blue tile transceivers beam form data to the second gold tile transceiver.

A Multi-User Multiple input Multiple Output (MU-MIMO) method comprising:

• coordinating network activity on a first plurality of blue tile transceivers from a first gold tile transceiver via a first blue cloud wireless local area network (WLAN) for data transmission;
• receiving source data for transmission via an interface at the first gold tile transceiver;
• coding the source data as link data for transmission on the first blue cloud WLAN to the first plurality of blue tile transceivers;
• sending coordinated transmissions of link data from the first plurality of blue tile transceivers to facilitate reception of data at least one second blue tile transceiver, wherein the first plurality of blue tile transceivers uses different center frequencies for each respective transmission;
• synchronizing at least one of time, frequency and phase of the link data received at the at least one second blue tile transceiver to generate synchronized data;
• and
• transmitting synchronized data from the at least one second blue tile transceiver over a second blue cloud WLAN network.

A Multi-User Multiple input Multiple Output (MU-MIMO) system comprising:

• a data source;
• a first network comprising a first gold tile transceiver and a first plurality of blue tile transceivers, and the first gold tile transceiver in operative communication with the data source;
• network links in the first network that establish a first wireless local area network (WLAN) for data transmission between the first gold tile transceiver and the first plurality of blue tile transceiver that are adapted transmit data from the first gold tile transceiver received from the data source;
• a data sink;
• a second network comprising a second gold tile transceiver and at least one second blue tile transceiver, and the second gold tile transceiver in operative communication with the data sink;
• a long link wirelessly coupling the first plurality of blue tile transceivers to the at least one second blue tile transceiver, wherein the first plurality of blue tile transceivers uses different center frequencies for each respective transmission;
• and
• at least one network link in the second network for data reception at the at least one second blue tile transceiver that is adapted receive data from the first plurality of blue tile transceivers and provide the data to the second gold tile transceiver for transmission to the data sink.