Introduction to Massive Mimo Transmitters

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10.1109/LMWC.2021.3060996

In massive MIMO transmitters, the average-power levels across the radio frequency (RF) chains depend on the choice of precoder and the channel conditions.

Investigation of the Impact of Zero-Forcing Precoding on the Variation of Massive MIMO Transmitters’ Performance With Channel Conditions

10.1109/lwc.2021.3092190

The deployment becomes even more challenging when multiple massive MIMO transmitters are co-sited with overlapping antenna ranges.

Coordinated Average EIRP Control of Radio Transmitters for EMF Exclusion Zone Computation

10.1109/TWC.2021.3070529

This study shows that this is a valid property for a large class of low-complexity massive MIMO transmitters.

Securing Massive MIMO Systems: Secrecy for Free With Low-Complexity Architectures

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10.23919/EuMC.2019.8910845

When isolators between antennas and PAs are missing, which is preferable in highly integrated millimeter-wave (mm-Wave) massive MIMO transmitters due to the fact that isolators are bulky and integration-incompatible, this negative impedance can cause PA oscillating/damaged, or at least non-functional.

Antenna Array Driven by Non-Isolated Power Amplifiers for MIMO Applications

10.1109/IEEECONF44664.2019.9049001

Due to the closely-spaced antenna elements in largearray or massive MIMO transmitters, antenna crosstalk is inevitable.

Closed-Loop DPD for Digital MIMO Transmitters Under Antenna Crosstalk

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An Overview of Massive Mimo Transmitters

Massive Mimo Transmitters
Encyclopedia

What is/are Mimo Transmitters?

Mimo Transmitters - In massive MIMO transmitters, the average-power levels across the radio frequency (RF) chains depend on the choice of precoder and the channel conditions. [1] This paper introduces a phase shifter based on switched filters for mm-wave 5G MIMO transmitters. [2] The deployment becomes even more challenging when multiple massive MIMO transmitters are co-sited with overlapping antenna ranges. [3] This study shows that this is a valid property for a large class of low-complexity massive MIMO transmitters. [4] When isolators between antennas and PAs are missing, which is preferable in highly integrated millimeter-wave (mm-Wave) massive MIMO transmitters due to the fact that isolators are bulky and integration-incompatible, this negative impedance can cause PA oscillating/damaged, or at least non-functional. [5] Due to the closely-spaced antenna elements in largearray or massive MIMO transmitters, antenna crosstalk is inevitable. [6] EMVP model has succeeded in offering better linearization of MIMO transmitters, with fewer coefficients, compared to the conventional models. [7] The proposed intra-array coupling estimation facilitates practical OTA measurement-based modeling and linearization of MIMO transmitters. [8] Two novel models with lower complexity are proposed for linearization of 2×2 MIMO transmitters with nonlinear crosstalk. [9]

Massive Mimo Transmitters

In massive MIMO transmitters, the average-power levels across the radio frequency (RF) chains depend on the choice of precoder and the channel conditions. [1] The deployment becomes even more challenging when multiple massive MIMO transmitters are co-sited with overlapping antenna ranges. [2] This study shows that this is a valid property for a large class of low-complexity massive MIMO transmitters. [3] When isolators between antennas and PAs are missing, which is preferable in highly integrated millimeter-wave (mm-Wave) massive MIMO transmitters due to the fact that isolators are bulky and integration-incompatible, this negative impedance can cause PA oscillating/damaged, or at least non-functional. [4] Due to the closely-spaced antenna elements in largearray or massive MIMO transmitters, antenna crosstalk is inevitable. [5]