IRVINE, Calif., March 06, 2025 (GLOBE NEWSWIRE) — Lantronix Inc. (NASDAQ:LTRX), a global leader of compute and connectivity for IoT solutions enabling Edge Intelligence, today announced that it will demonstrate its SmartLV, the first AI-enabled IoT Edge Compute Cellular Gateway, in the Qualcomm® Technologies Booth at Hall 5/5-161 at Embedded World, March 11–13, 2025, in Nuremberg, Germany. Powered by the Qualcomm Dragonwing™ IQ-615, this groundbreaking innovation is designed specifically for low-voltage substations and distribution automation applications in next-generation smart grids, utilities and industrial sectors.
The Lantronix SmartLV demonstration in Qualcomm Technologies’ booth at Embedded World will highlight the cutting-edge Edge AI capabilities of this next-generation IoT cellular gateway, which utilizes the Dragonwing IQ-615. The SmartLV demo will showcase real-world use cases, including real-time monitoring of power consumption for a low-voltage grid. Combining this data with real-world pricing information enables grid operators to steer power and users to cost-optimize their consumption.
“Lantronix’s SmartLV exemplifies the fusion of AI and connectivity in tackling critical challenges within smart grids. Qualcomm Technologies and Lantronix are enabling DSOs to have enhanced control and insights into the distribution network, transforming how energy is delivered and consumed, and accelerating the grid transformation in Europe,” said Sebastiano Di Filippo, senior director of Business Development, Qualcomm Europe Inc.
AI at the Edge: Transforming Energy Management
SmartLV is engineered to revolutionize real-time visibility, control and automation in the energy sector, providing Distribution System Operators (DSOs) with the ability to manage and steer energy precisely when and where it’s needed. Built with advanced cybersecurity protocols and AI capabilities, the SmartLV ensures robust, reliable and secure operations for mission-critical applications, offering unmatched control over low-voltage substations and Distributed Energy Resources (DERs).
“Integrating advanced sensors, AI and decentralized …
