An energy-measurement subsystem in a single chip, the 78M6610+PSU1)/78M6610+LMU2) single-phase energy-measurement processors from Maxim Integrated Products provide simple utility-grade sensing and diagnostics for existing designs without the traditional cost of a utility meter system-on-chip. Both devices contain unique firmware to meet end application requirements. The 78M6610+PSU is specifically designed for real-time monitoring of data centers, servers, and telecom and data equipment, while the 78M6610+LMU is a more general-purpose solution for applications such as white-good appliances, smart plugs, EV chargers, and solar inverters. The 78M6610 processors enable energy-measurement functionality while reducing both manufacturing costs and time to market. Energy-measurement solutions traditionally required the use of an additional microcontroller, which adds significant design cost and months of development time. The 78M6610 allow users to conveniently add a complete energy meter to an already existing design without significant cost or redesign. Additionally, the processors' flexible measurement and host interfaces allow for easy integration into any system. "A more efficient smart grid needs energy measurement at a variety of endpoints beyond the traditional electric meter," said Kris Ardis, Business Director for Smart Grid Products at Maxim Integrated. "The 78M6610+PSU/78M6610+LMU enable these points of measurement with utility-grade accuracy, application-specific firmware, and at a low system cost." "The smart grid benefits from embedded technologies like these processors," said Christine Hertzog, Managing Director at Smart Grid Library. "They reduce BOM costs and encourage more widespread deployment of energy-measurement intelligence across the electricity value chain." The 78M6610+PSU is available in a 24-pin QFN and 16-pin TSSOP package, and the 78M6610+LMU is available in a 24-pin QFN package. The 78M6610+PSU/78M6610+LMU pricing starts at $1.99 (1000-up, FOB USA).