The brand new AirLink RX55 mobile router from Sierra Wi-fi has been designed to offer customers with an ultra-low energy consumption mobile router, that’s provides a large working voltage, making it ultimate for photo voltaic or battery powered distant monitoring installations and functions. The RX55 mobile router gives customers entry to multi-band, public community protection supporting Band 71 in addition to most personal networking bands together with CBRS Band 48 within the U.S., and personal Band 42 and Band 43 all through Europe.
“The AirLink RX55’s design together with its’ ultra-low energy, ethernet and dual-serial port makes it ultimate to be used in each mounted and cellular industrial functions together with energy and water utilities, oil fields, pipelines, mines, agriculture, manufacturing, waste administration, personal networking and SCADA functions.”
Sierra has confirmed that its new AirLink RX55 LTE mobile router shall be obtainable to buy worldwide throughout This fall 2022 though no pricing has been confirmed as but.
AirLink RX55 mobile router
“For IT/OT Managers who want to attach, handle and achieve intelligence from essential belongings in extraordinarily harsh or distributed environments, the RX55 household of commercial mobile routers allows edge intelligence by means of safe IIoT/Trade 4.0 deployments,” mentioned Tom Mueller, VP of Product Administration, Sierra Wi-fi. “In contrast to different merchandise in the marketplace, the ultra-low energy and rugged RX55 not solely helps superior community designs, but additionally allows new edge functions by means of container help, with centralized distant administration providers. This makes it excellent for industrial IoT prospects in search of a future-proof resolution for connecting distant mounted belongings in difficult environments.”
“Sierra Wi-fi has been an energetic contributor within the Open Discipline Message Bus (OpenFMB) customers group for its open-source knowledge fashions, interoperability testing procedures, and foundational use-case,” mentioned Dr. Stuart Laval, Chair, UCA OpenFMB customers group. “With the sting computing capabilities of their router resolution, distributed intelligence functions might be run to assist allow safe device-to-device communications between grid automation and Distributed Vitality Useful resource (DER) programs. I stay up for seeing these capabilities demonstrated once more with different early adopters at subsequent month’s UCA OpenFMB interoperability PlugFest occasion.”
