Smart meter modems specifically designed for Itron electricity meters – replace the modem, not the meter! Upgrade from 2G/3G to 4G LTE
All around the world mobile operators are shutting down 2G/3G networks in order to give way to 5G. Companies that operate smart meters with 2G/3G connectivity must plan the migration to the latest 4G LTE network, which is well-positioned to dominate smart metering communication technologies in the upcoming years. The migration from GSM / UMTS to LTE has many advantages, among them a shorter readout time due to the high-speed network with low latency.
Utilities have two options for migration: replace the meters or upgrade the modems within their routers! The 1st option comes with a high CAPEX, while the 2nd option is a future-proof solution that reduces TCO.
Our company develops cellular modems that work smoothly and are fully compatible with the different models of Itron electricity meters. These devices were designed to fit under the terminal cover of the meter and are compliant with all Itron standards. Our cellular modems represent a future-proof migration solution to the LTE network with the same functionality, but on higher data speed. Configuration and firmware updates can be done remotely, minimizing the need for costly site visits.
WM-E1S SL7000® – modem for Itron® SL7000 meters
WM-E1SI® – modem for Itron® ACE6000, ACE8000 and SL7000 meters
WM-E2S® – modem for Itron® ACE6000 / ACE8000 and ACE SL7000 meters
The remote management and maintenance of an IIoT solution can be a real challenge. Improve the network availability and operational efficiency of your fleet!
Cellular modem specifically designed for the Itron SL7000 electricity meters. Available for LTE Cat.1 / 2G / 3G, LTE Cat.4, Cat.M / Cat.NB networks.
Cellular modem for Itron electricity meters – for LTE Cat.1 / 2G / 3G, LTE Cat.M and Cat.NB networks
Cellular modem specifically designed for the Itron ACE6000, ACE8000 and SL7000 electricity meters. Available for 2G, LTE Cat.1 / 2G / 3G, LTE Cat.M/Cat.NB, LTE Cat.M 450MHz networks.