Overview
Meerkat is a highly accurate, in-situ timing monitor IP solution that provides fully integrated, fully-digital dynamic system compensation to ensure peak efficiency and reliability. Meerkat optimizes power usage by enabling systems to operate at the lowest possible voltage without sacrificing performance, achieving industry-leading power efficiency. By safely reducing guard bands, it increases performance margins and pushes system capabilities further. With advanced status alarm feedback, Meerkat proactively warns of potential issues, allowing preventive actions before they impact performance, while an immediate alarm feedback signal indicates errors as they occur, enabling instant corrective measures. It also offers enhanced reliability and proactive aging management by detecting process variations and aging effects early. Real-time, precise timing data minimizes the need for conservative design margins, empowering more aggressive and efficient designs across a wide range of applications.
Dolphin’s high-resolution timing monitor is the best market solution to enhance silicon performance, handle product aging, ensure reliability, and optimize efficiency. Detect outliers early and prevent faults with predictive maintenance, enhancing MTBF and minimizing service disruptions. Benefit from advanced observability that drives high parametric yields, operational flexibility, and lifetime performance tuning. Dolphin’s solution empowers proactive insights and swift root-cause analysis, delivering a resilient, future-proof platform for high-quality production and product longevity.
Learn more about Reliability Monitor IP core
Inductor-based Switching Regulators (SR) have historically represented the preferred architecture for power supplies. Nowadays, for low-power and highly integrated electronic systems, embedded inductor-based SRs show several limitations that can be overcome by the use of inductorless SR architectures. This paper provides a qualitative and quantitative comparison between both types of SR in terms of implementation cost (Bill of Material, and pin count), and performance (efficiency, noise, and reliability).
The audio market for wireless Bluetooth headsets is growing rapidly. Audio devices using Bluetooth (BT) connectivity are more ubiquitous than ever. People have gotten used to wireless audio systems, and the mobile phone industry is pushing towards a world without audio connectors and cables. The latest trend in wireless headsets and speakers is True Wireless Stereo systems (TWS), consisting of two independent units that are each charged in their own charging case.
The free lunch offered for decades by Moore’s law is now over and scaling down to the next technology node no longer offers the required energy efficiency gains. Design teams must now pursue their gains by deploying increasingly complex power management techniques to meet the demands of the new IoT markets.
Rising software complexity, tighter development timelines, and cost pressures require automotive companies to re-engineer how they design, deploy, and maintain their system architectures. Addressing these challenges requires an agile, collaborative approach to engineering — from silicon to systems — along with trusted partners capable of delivering powerful, integrated solutions.
Explore how advanced packaging transforms semiconductor health and performance management, requiring deeper insights into chiplet interactions and system efficiency.
Embedded systems have become increasingly important in today's world of automation. Particularly in the field of industrial automation, embedded systems play an important role in speeding up production and controlling factory systems
