For engineers, the ability to explore 6G waveforms, design sliding mode controllers, and deploy C code to Qualcomm Hexagon NPUs provides a competitive edge in cutting-edge research and product development. Combined with massive graphics performance improvements (80% faster figure creation), this release is not just an incremental update—it is a significant leap forward.
R2024b introduces new interactive tasks for preprocessing time-series data and automating the cleanup of sensor data. Users can now generate code for outlier removal, detrending, and resampling with zero manual scripting.
MATLAB allows users to scale their analyses to run on clusters, GPUs, and clouds without having to drastically rewrite their underlying code. MathWorks MATLAB R2024b v24.2.0.2712019 VDO I...
: Support for independent variable or fixed-step solvers in referenced models to boost simulation speed. Hardware Support : New support for the Qualcomm Hexagon Neural Processing Unit (NPU)
app for customizing algorithms and generating HDL code interactively. Simulink Control Design For engineers, the ability to explore 6G waveforms,
Artificial intelligence remains a primary focal point for MathWorks, with R2024b delivering deeper integration for deep learning and data engineering.
MathWorks introduces major updates designed to automate and streamline workflows for engineers and researchers, with a heavy emphasis on wireless communications , control systems , and digital signal processing . 🚀 Key Highlights of MATLAB R2024b 🛰️ Wireless and Signal Processing Users can now generate code for outlier removal,
Code engineered on a single laptop scales natively. With minimal alterations, user code ports efficiently to: High-performance computing clusters Multi-node graphics processing units (GPUs) Public and private cloud processing clusters System Requirements for v24.2.0.2712019
To run R2024b effectively, your system should meet these standards: MATLAB System Requirements for Windows - MathWorks
The product family received major updates to facilitate better system architecture and control.