| 50 | | In this example, we use each of the 8 transmit antennas to generate "pink" noise that is bandlimited to 1 MHz and digitally mixed to one of 8 different frequencies [-12, -8.5714, -5.1429, -1.7143, 1.7143, 5.1429, 8.5714, 12] MHz. Note: these are frequencies relative to baseband, so 0 MHz corresponds to the center frequency of the radio (Channel 11 of the 2.4 GHz band by default). These 8 different signals are all transmitted simultaneously and are then captured through two receive antennas on the receiving board. Visualizations of those receptions are then plotted. |
| | 50 | In this example, we use each of the 8 transmit antennas to generate noise that is bandlimited to 1 MHz and digitally mixed to one of 8 different frequencies [-12, -8.5714, -5.1429, -1.7143, 1.7143, 5.1429, 8.5714, 12] MHz. Note: these are frequencies relative to baseband, so 0 MHz corresponds to the center frequency of the radio (Channel 11 of the 2.4 GHz band by default). These 8 different signals are all transmitted simultaneously and are then captured through two receive antennas on the receiving board. Visualizations of those receptions are then plotted. |
