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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.

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

Massive Mimo Transmitters

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

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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

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10.1109/ESSCIRC53450.2021.9567845

This paper introduces a phase shifter based on switched filters for mm-wave 5G MIMO transmitters.

A 28-GHz Switched-Filter Phase Shifter with Fine Phase-Tuning Capability Using Back-Gate Biasing in 22-nm FD-SOI CMOS

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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

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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

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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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10.48084/ETASR.2974

EMVP model has succeeded in offering better linearization of MIMO transmitters, with fewer coefficients, compared to the conventional models.

Behavioral Modeling and Digital Predistortion of 2x2 MIMO Wireless Transmitters with Enhanced Multivariable Polynomials

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10.1109/mwsym.2019.8700777

The proposed intra-array coupling estimation facilitates practical OTA measurement-based modeling and linearization of MIMO transmitters.

Intra-Array Coupling Estimation for MIMO Transceivers Utilizing Blind Over-The-Air Measurements

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10.1109/IEEE-IWS.2019.8804139

Two novel models with lower complexity are proposed for linearization of 2×2 MIMO transmitters with nonlinear crosstalk.

Low-Complexity Digital Predistorter for MIMO Transmitters with Nonlinear Crosstalk

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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]