Comtrend’s PM-1540 powerline information module makes use of MaxLinear’s G.hn (data-over-powerline) chips to help backend communication in EV charging stations. It transmits information from energy meters over present electrical wiring, eliminating the necessity for devoted communication cables, and also can prolong connectivity to backend methods in information facilities or sensible parking environments.
By leveraging present electrical wiring, the PM-1540 delivers decrease latency, larger speeds, and extra steady efficiency than standard strategies. It allows real-time connectivity whereas decreasing prices in comparison with LAN, Wi-Fi, or 4G methods. The module helps as much as 250 nodes inside the similar powerline area and transmits alerts over distances as much as 700 meters, with as much as 16 ranges of sign repetition for prolonged attain.
MaxLinear’s G.hn baseband processors and analog front-end chipsets present dependable, low-latency connectivity over present wiring, delivering bodily information charges as much as 2 Gbps with full ITU compliance. Their help for High quality of Service (QoS) and broad media compatibility—together with powerline—makes them well-suited for EV charging infrastructure, enabling seamless interoperability and cost-effective deployment.
For detailed data on Comtrend’s PM-1540 G.hn powerline module, click on right here. An outline of MaxLinear’s G.hn options might be discovered right here.
The put up Powerline module allows EV charger information hyperlinks appeared first on EDN.
