6G Exploration Library

Candidate 6G waveform generation and simulations

6G Exploration Library for 5G Toolbox™ enables you to explore, model, and test candidate 6G waveforms and technologies. With the library, you can:

  • Model waveforms with bandwidths and subcarrier spacings beyond the maximum values stipulated by 5G NR.

  • Model waveforms with custom modulation schemes.

  • Perform link-level simulations with the extended waveforms.

  • Explore the impact of hardware impairments at sub-THz carrier frequencies.

  • Model reconfigurable intelligent surfaces.

  • Model integrated sensing and communication (ISAC) systems.

  • Analyze the performance of a 6G FR3 network using digital twin techniques.

  • Explore applications of AI to wireless communications problems.

To use this functionality, download and install the 6G Exploration Library for 5G Toolbox add-on.

Categories

Featured Examples

Get Started with 6G Exploration Library

Get Started with 6G Exploration Library

Learn how to use the extended functionality that 6G Exploration Library adds to 5G Toolbox.

New
Configure Custom Modulation Schemes for 6G

Configure Custom Modulation Schemes for 6G

Learn how to modulate waveforms using constellations beyond those stipulated by 5G NR.

6G Link-Level Simulation

6G Link-Level Simulation

Measure the throughput of a pre-6G link.

Measure Impact of Sub-THz Hardware Impairments on 6G Waveforms

Measure Impact of Sub-THz Hardware Impairments on 6G Waveforms

Measure ACPR and EVM to explore the impact of hardware impairments at sub-THz frequencies on a 6G-like waveform.

New
Analyze SINR in 6G FR3 Network Using Digital Twin

Analyze SINR in 6G FR3 Network Using Digital Twin

Use digital twin techniques to analyze the SINR performance in a 6G FR3 network.

Model Reconfigurable Intelligent Surfaces with CDL Channels

Model Reconfigurable Intelligent Surfaces with CDL Channels

Simulate a RIS channel using two concatenated CDL channel models.

New
Integrated Sensing and Communication Using 5G Waveform

Integrated Sensing and Communication Using 5G Waveform

Illustrate the integrated sensing and communication capabilities (ISAC) of a 5G New Radio (NR) waveform.

(Phased Array System Toolbox)

  • Since R2025a
New
AI-Native Fully Convolutional Receiver

AI-Native Fully Convolutional Receiver

Use a convolutional neural network to replace conventional channel estimation, equalization, and symbol demodulation.

New
Verify Performance of 6G AI-Native Receiver Using MATLAB and PyTorch Coexecution

Verify Performance of 6G AI-Native Receiver Using MATLAB and PyTorch Coexecution

Integrate a trained PyTorch® network with MATLAB®-based data generation to simulate an AI-native air interface.

New
Explore 400 MHz 6G Waveform Using USRP X410

Explore 400 MHz 6G Waveform Using USRP X410

Generate, transmit, capture, and analyze a large-bandwidth 6G candidate waveform.

Evaluate Performance of Cell-Free mMIMO Networks

Evaluate Performance of Cell-Free mMIMO Networks

Evaluate the performance of cell-free massive multiple-input multiple-output networks.

Analyze NTN Coverage and Capacity for LEO Mega-Constellation

Analyze NTN Coverage and Capacity for LEO Mega-Constellation

Analyze coverage and capacity of a very low population density region for LEO mega-constellation for satellite-based NTN applications.

(Satellite Communications Toolbox)

  • Since R2024b