Silicon Labs ships 4mn chips for India's advanced metering infrastructure

Silicon Labs has shipped four million FG23 SoCs for smart electricity meters as part of India’s advanced metering infrastructure (AMI).

These FG23 SoCs use RF mesh technology from Wirepas, a leader in wireless connectivity solutions. The availability and performance of the chip has driven the adoption of highly reliable and efficient smart electricity metering solutions tailored to the specific needs of India’s dynamic and demanding power landscape.

“We are proud to support India’s ambitious Advanced Metering Infrastructure with best-in-class performance for the modern smart metering demands of India’s energy sector,” said Ross Sabolcik, Senior VP of the Industrial and Commercial Business Unit at Silicon Labs. “The FG23 SoC with Wirepas RF mesh offers distinct advantages, particularly in large, dense environments.”

Help keeping lights on in India
The FG23 SoC, incorporating Wirepas Mesh Sub-GHz connectivity, has become an ideal
solution for AMI deployments due to its infinite scalability, ultra-low power consumption, and ultra-resilience. For example, the Wirepas network continuously adjusts to environmental changes, seamlessly optimizing data paths. 

Even after power outages, the network quickly restructures within minutes, reliably meeting utilities' strict requirements for data delivery. Its capability to meet the demanding communication and reliability requirements of India’s smart metering landscape has enabled solution providers to successfully meet and exceed customer needs with a 99.9% proven reliability.

Compared to traditional mesh protocols, the Silicon Labs FG23 SoC with Wirepas RF mesh offers:
Cost efficiency: Streamlined operation with low overhead, reducing capital and operational expenses throughout the deployment’s lifecycle.

Exceptional reliability: Consistently achieves the 99.9% reliability required by utility providers, ensuring accurate meter data delivery to utility head-end systems every 15 minutes.

Urban resilience: Maintains reliable data transmission in densely populated urban areas, effectively managing heavy radio traffic and interference from surrounding meters.

Rural reach: Delivers robust performance across extensive distances, forming extended data chains that reliably span hundreds of kilometers in rural settings.