Introduction The system design process can incorporate linear thinking, parallel thinking, or both, depending on the nature of the anticipated system, subsystem, or element of a subsystem. The ...

During the last two decades, CMOS technologists have used scaling to deal with ever-increasing system complexity and performance requirements. Digital abstraction allowed process technology to evolve ...

Figure 3: Mentor’s Xpedition multi-board system design flow The Xpedition multi-board systems design flow (Figure 3) improves design team productivity and reduces development cost by replacing ...

This advancement allows customers to fast-track the system design process, from early architectural considerations to manufacturing. They can now explore, analyze and approve multi-die system ...

Furthermore, this same data is propagated to the PCB design flow, ensuring that no manual errors are introduced. A viable methodology for multi-board systems design efficiency and collaboration ...

An automated approach to designing imaging systems with freeform optics greatly reduces the need for human input in the design process. While computer software has removed much of the drudgery ...

Recent design trends tends to add layers and virtualization even to high-rate and hard real-time systems such as wireless receivers. System-level design tools and high-level frameworks, such as the ...

Keeping track of decisions and design reviews made during the design process is critical for replicating successes and avoiding failures. It is also vital in case of lawsuits ...

During the last two decades, CMOS technologists have used scaling to deal with ever-increasing system complexity and performance requirements. Digital abstraction allowed process technology to evolve ...