
LTM-M expansion-kit til præcertificeret modem
Silicon Labs accelererer udviklingen af low-power cellulare IoT-applikationer med LTE-M expansion-kit, der inkluderer præcertificeret modem fra Digi International (in english).
Silicon Labs delivers ultra-low-power, long-range wireless connectivity to battery-powered IoT devices with a new LTE-M expansion kit featuring Digi International’s Digi XBee3 pre-certified cellular modem.The LTE-M expansion kit works with Silicon Labs’ EFM32 Giant Gecko 11 starter kit and simplifies and accelerates the development of gateways and end devices that operate in deep-sleep mode and require extended battery life. The solution is ideal for agricultural, asset tracking, smart energy and smart city IoT applications.
- Together, Silicon Labs and Digi International are dedicated to connecting people, networks and ‘things’ with best-in-class IoT and M2M technologies, says Matt Johnson, Senior Vice President and General Manager of IoT products at Silicon Labs.
- We’ve collaborated with Digi to deliver flexible LTE-M cellular connectivity capabilities, enabling cloud-connected applications that are remote, on the go and ready to deploy.
- The jointly developed LTE-M expansion kit works with Silicon Labs’ starter kits to accelerate development by quickly enabling cellular IoT connectivity and avoiding costly cellular device certifications, adds Mark Tekippe, Director of Product Management, Digi International.
- Digi XBee3 cellular modems and Silicon Labs Gecko MCUs are an ideal pairing to deliver seamless cloud connectivity with ultra-low power capabilities. The pre-certified Digi XBee3 cellular modem is easy to configure and provides secure, flexible out-of-box connectivity over LTE-M and NB-IoT networks.
Developers can take advantage of the LTE-M expansion kit’s advanced development tools including the Digi Remote Manager, Silicon Labs’ Energy Profiler and pre-programmed demos to rapidly deliver optimized LTE-M products. Digi XBee3 modems certified on AT&T and Verizon cellular networks, combined with energy-friendly EFM32 microcontrollers (MCUs), provide developers with a mobile IoT development toolkit to deliver advanced, low-power wide-area network (LPWAN) connectivity.