High-precision timing generators and delay circuits form a critical backbone in modern electronics, enabling precise control and synchronisation in applications ranging from advanced instrumentation ...

Forbes contributors publish independent expert analyses and insights. Dave Altavilla is a Tech Analyst covering chips, compute and AI. Like the heartbeat of a human, timing technologies such as ...

As the electronics industry enters the less-than-100-nm-transistor era, delay sensitivity has also begun to venture into the picosecond range. You can also infer this high degree of timing accuracy by ...

Forbes contributors publish independent expert analyses and insights. Dave Altavilla is a Tech Analyst covering chips, compute and AI. Higher levels of integration have always played a critical role ...

Designing clock timing circuits for today’s high-speed systems is no simple task. Rising clock frequencies, shrinking timing margins, and tighter board layouts conspire to introduce new sources of ...

Clock speed is equivalent to data movement in applications that receive and process hundreds of megabytes of data each second. Applications involved in moving enormous volumes of data include cellular ...

Modern timing architectures used in next-generation networking and wireless infrastructure applications have become increasingly complex. Some of the reasons for the shift include the need to support ...

Temporal information is crucial for goal reaching, neuroeconomics, and the survival of humans and other animals, and requires multiple biological mechanisms to track time over multiple scales. In ...