Our Events

Part 1 Series: Explore how simulation-driven workflows with Model-Based Design help engineers simplify complexity, validate control logic early, and build robust systems faster

Generate and verify DFE HDL with MATLAB/Simulink - covering SerDes modeling, architectures, code generation, and FPGA/ASIC cosimulation.

Learn wireless network modeling in MATLAB - simulate multi-layer nodes, explore topologies and channels, and progress from simple setups to advanced scenarios.

Explore systems-engineering methodologies for 6G complexity. This half-day seminar covers sub-THz RF, AI-native air interfaces, ISAC, and 6G system-level simulation in MATLAB.

Hear an overview of the goals and vision for 6G systems, the enabling technologies, and how MATLAB wireless communications tools can enable you to accelerate your 6G R&D process with reliable modeling and simulation.

Explore how engineers use Model-Based Design to efficiently design, validate, and deploy embedded AI on resource-constrained microcontrollers.

Join the MATLAB Technical Seminar & Workshop in Penang, Malaysia to explore AI-driven wireless design, 5G/6G innovation, and mixed-signal simulation. Learn how MATLAB & Simulink accelerate RF, FPGA, and system-level prototyping for next-gen wireless silicon

The session will demonstrate how MATLAB's extensive library of standard-compliant functions (5G NR, LTE, WLAN, etc) significantly reduces development time.

Learn how to use the Surrogate-Assisted Differential Evolution Algorithm (SADEA) to explore vast design spaces and converge on optimal geometries with minimal computational cost.