Insights from a cross-industry executive panel spanning automotive engineering and semiconductor
 

 
The automotive industry’s shift to software-defined vehicles (SDVs) is often framed… 続きを読む >>

As 6G research advances, artificial intelligence is reshaping the physical layer of wireless systems. MathWorks provides tools that facilitate both MATLAB-based AI model development, and integration… 続きを読む >>

As digital systems evolve to support faster data rates and more complex protocols, engineers face growing challenges in ensuring reliable, high-performance communication. High-speed interfaces like… 続きを読む >>

In the world of digital hardware design, translating high-level algorithms into efficient, synthesizable hardware is a critical step. MATLAB® is a popular platform for algorithm development,… 続きを読む >>

6G will unlock new use cases for wireless cellular networks, such as sensing and building digital twins. To support these innovations, integrating advanced link-level simulations with ray tracing… 続きを読む >>

 
In the world of Analog/Mixed-Signal Integrated Circuit (IC) design, transfer functions have long been the go-to method for representing and analyzing linear time-invariant (LTI) circuits…. 続きを読む >>

In the fast-paced world of high-speed mixed-signal systems, such as 200+ Gb/s SerDes, the demand for increased performance and complexity is ever-growing. Engineers are continuously seeking ways to… 続きを読む >>