EDA

Embedded systems developers are turning to agile techniques and continuous integration. To make these processes possible, you need an environment that supports easy access to virtual prototypes throughout the life cycle.

This multi-part series addresses various aspects of FPGA-based prototyping. Future installments will address budgeting and implementation, but we start by looking at why the technique is generating so much interest.

Implementing the reversible connector of USB Type-C demands a rethink of the PHY architecture to achieve the most cost-effective IP solution

The wearables market is booming. Successful development depends on assembling the right software and hardware tools. Here's a primer on what to look for.

Emulation performance is a key metric in verification. But it is far from being the only consideration. How long it takes to get a design onto a verification platform and aspects such as debug are as important. These factors will control how verification platforms are deployed during a project's life cycle.

A look at some of the quality and safety requirements that must be met when developing and applying semiconductor IP to the automotive sector.

The increasing complexity of automative software is challenging the ability of established software testing strategies to demonstrate its functional safety. Here's how virtual prototyping can help.

The introduction of bigger FPGAs enables more complex prototypes - but makes debugging more of a challenge. Here's one way to address the issue.

In sessions at the 2015 Design Automation Conference, engineers who had worked on finFET-oriented projects revealed how the technology has changed their design practices and where others may want to think twice about making the move.

What hardware designers can learn from software verification techniques such as agile, behaviour-driven development, code coverage and zero known defect strategies