Solutions Blogs

Cadence Automotive Innovations Platform: From Concept to Silicon to System The automotive industry has been one of the most dynamic due to the accelerated rise of new technologies and changing customer preferences. It is going through an electronic r...

Cars are becoming computers on wheels with more processing power than the average personal computer. Automotive trends are driving growth in use of semiconductors.

Cadence collaborated with Arm to enable pre-silicon SoC SystemReady compliance testing using Perspec and Palladium. With this system you can boot a generic off-the-shelf operating system (OS) on any SoC is a significant milestone and requires the SoC to meet a set of minimum hardware and firmware standards. Otherwise, long debug time, software workarounds/customization would lead to delays in the delivery of products...

The rapid increase in innovations such as ADAS, lidar, radar, and automation has led to the proliferation of electronics/semiconductors in cars. With the evolution of hybrid/electric vehicles (EVs), these are expected to reach more than 75% of ...

Safety is critically important across the automotive, industrial, and aerospace and defense industries. For instance, Cadence's work with Hailo illustrates how advances in semiconductor technology and EDA deliver safe electronics without compromising...

We use the prefix "hyper" quite a bit these days. "Hyperconnectivity," "hyperscale computing," "hyperscalers," and "hyperconverged infrastructure" are just some of the related terms flying around. And...