Software-defined hardware may be the ultimate Shift Left approach as chip design grows closer to true co-design than ever with potential capacity baked into the hardware, and greater functionality ...

This article explores how digital twins can help to reshape the design methodology of automotive semiconductors and systems, enabling truly software-defined vehicles. Today's vehicles are no longer ...

Using high-level software languages to define semiconductors is faster, easier, and allows for more changes long before the RTL stage. This is especially useful for chiplets and embedded accelerators, ...

Every embedded project eventually needs to address similar challenges around how much storage should be allocated to the operating system, how much should be reserved for applications, how much ...

The approach uses digital platforms, real-time data and simulation tools to improve production planning, reduce downtime and enhance factory flexibility. As automakers juggle between internal ...

Enterprises want to consolidate data storage, extend its useful life and control costs. But what we often see are silos of storage tied to specific applications, workflows and suppliers. These systems ...

Software-defined storage promises enterprises greater flexibility and freedom of choice when it comes to their data storage deployments. By taking lower-level software operations and day-to-day ...