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LTE Toolbox Overview

Marc Barberis, MathWorks

Design, verify, and simulate LTE and LTE-Advanced communications systems with LTE Toolbox™.

Learn to:

  • Generate LTE-compliant off-the-shelf waveforms such as reference measurement channels (RMCs) and test models (E-TMs), or generate full custom waveforms with customized PDSCH, PDCCH, PCFICH, PHICH, PUCCH, and PUSCH channels.
  • Generate uplink and downlink waveforms.
  • Simulate LTE-Advanced carrier aggregation capabilities.
  • Measure the throughput and performance of end-to-end system scenarios such as open and closed loop spatial multiplexing and MIMO schemes, and propagation channels including fading, ETU, EVA, EPA and high-speed train.
  • Simulate scenarios with multiple UEs and/or multiple eNodeBs to assess the behavior of a system under co- and adjacent-channel interference.
  • Investigate how LTE-Advanced features such as transmission mode 9 and 10 (Coordinated MultiPoint or CoMP) improve transmission throughput.
  • Demodulate actual LTE signals captured in the field or at the output of RF hardware or software-defined radio (SDR).
  • Connect your simulation environment to test and measurement instruments to generate and analyze live LTE signals.
  • Obtain synchronization information, cell ID, and system information (MIB and SIB).
  • Measure EVM and ACLR.
  • Simulate the impact of RF impairments, optimize your system’s RF performance, and trade off ACLR and EVM characteristics.

Related Products

  • LTE Toolbox
  • Instrument Control Toolbox

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Up Next:

9:49
Introduction to LTE Toolbox

Related Videos:

12:39
LTE Tutorial: Understanding the LTE Resource Grid
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Acquiring System Information from an LTE Signal
40:12
Generating and Analyzing LTE Signals with MATLAB
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5G/LTE/WLAN: Waveform Generation, Simulation, Measurement...

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