Column Control DTX

Design and Test of LTE / LTE-A Higher Order MIMO and Beamforming

Application Notes

Consumers are now more reliant than ever on wireless devices. Increasingly, they are demanding better wireless device connectivity and higher data throughput to accommodate the wealth of innovative and useful applications entering the market. As consumers obtain even more connected wireless devices, these demands will only grow. Keeping up with these demands will require wireless service providers to make better use of spectrum through a number of different means, such as employing wider channel bandwidths and carrier aggregation to send more data. Implementation of denser modulation techniques and use of heterogeneous networks to offload users to picocells are other options. Enhanced multi-antenna techniques like higher order Multiple-Input, Multiple-Output (MIMO) technology (e.g., 8x8 MIMO) and beamforming, offer wireless service provider another means of increasing cell capacity. MIMO specifies the manner in which multiple transmit and receive antennas (two or more) can be used to communicate through the radio channel, while beamforming generates a steering matrix that focuses resources in the direction of a target device.

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Column Control DTX