proteanTecs Launches Accurate Voltage & Thermal Sensor for 2nm Chips

Pioneering accuracy and integration for next-gen AI, cloud, and automotive functions

proteanTecs®, a world chief in deep knowledge monitoring options for superior electronics, right this moment introduced the provision of its silicon-proven, VDD-core solely, LVTS (Local Voltage and Thermal Sensor), with a built-in quick over-temperature alert functionality, for the 2nm course of node. This breakthrough know-how presents unparalleled accuracy and integration, resolving the rising limitations of conventional thermal sensing strategies.

As chipmakers push towards high-performance functions in AI, cloud computing, ADAS, and high-scale telecommunications infrastructure, managing warmth and voltage fluctuations turns into mission-critical. At 2nm and beneath, diode-based and ring-oscillator sensors fall brief resulting from integration and accuracy constraints. In response, proteanTecs has developed LVTS, a next-generation sensor that delivers ±1.0°C temperature accuracy and ±1.5% voltage accuracy, all whereas utilizing low-voltage core transistors, a primary for GAA-based designs.

“2nm is a tipping level for the business, the place legacy approaches to thermal sensing merely don’t lower it,” stated Evelyn Landman, co-founder and CTO of proteanTecs. “LVTS gives an correct, low-power, and easy-to-integrate answer that allows full-chip protection and real-time alerts, giving chipmakers the arrogance to scale to probably the most superior nodes.”

The LVTS sensor is already silicon-proven in 5nm, 3nm, and now 2nm, and has been adopted by main semiconductor corporations as a part of proteanTecs’ broader deep knowledge analytics portfolio for real-time reliability and efficiency monitoring.

It might be seamlessly built-in into proteanTecs’ HW IP Monitoring System, for real-time monitoring – making LVTS a significant addition to chipmaker energy and RAS methods.

The firm additionally introduced two extra LVTS variants. The first provides exterior voltage measurement, to increase the measured voltage vary right down to zero volts. The second is designed as a monitoring hub with extraordinarily small distant thermal sensors for sizzling spot temperature measurements. These variations broaden flexibility and protection for numerous design necessities.

To study extra, learn the complete technical weblog right here:
The Thermal Sensing Headache is Finally Over for 2nm and Beyond

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