Wireless Communications, Antenna, and Radar
Accelerate wireless communications, 5G, antenna analysis, and radar processing
applications
Use parallel computing to accelerate wireless communications, 5G, antenna analysis, and radar processing applications by using Parallel Computing Toolbox™ together with Communications Toolbox™, 5G Toolbox™, Antenna Toolbox™, and Radar Toolbox.
Apps
| Bit Error Rate Analysis | Analyze BER performance of communications systems |
Topics
Communications
- Accelerate Simulation Using GPUs (Communications Toolbox)
Speed up your communications system simulation using GPUs. - Simulation Acceleration Using Parallel Computing Toolbox (Communications Toolbox)
Ways to accelerate the simulation of communications algorithms in MATLAB. - BER Simulations with Parallel Computing Toolbox (Communications Toolbox)
Improve the execution speed of communication systems involving BER simulations.
5G
- Accelerate 5G Simulation Using GPU (5G Toolbox)
Use GPU arrays in a simplified PDSCH link simulation to speed up execution time. (Since R2025a) - NR PDSCH Throughput (5G Toolbox)
Measure PDSCH throughput of the 5G NR downlink. - Accelerate Link-Level Simulations with Parallel Processing (5G Toolbox)
Accelerate link-level simulations using a cluster of workers from a parallel pool. (Since R2024a)
Antenna
- Accelerate Ray Tracing Analysis Using GPU (Antenna Toolbox)
Perform accelerated ray tracing analysis using a GPU. (Since R2025a)
Radar
- Acceleration of Clutter Simulation Using GPU and Code Generation (Radar Toolbox)
Simulate clutter on a graphical processing unit (GPU) or through code generation (MEX).
Related Information
- Functions with
gpuArraySupport (Communications Toolbox) - Functions with
gpuArraySupport (5G Toolbox) - Functions with
gpuArraySupport (Antenna Toolbox) - Functions with
gpuArraySupport (Radar Toolbox)
Featured Examples
Accelerate MIMO-OFDM Link Simulation Using GPU
Accelerate a MIMO-OFDM link simulation with LDPC channel coding by using a GPU.
