Laird Connectivity Sentrius Cumulosity IoT kit for wireless sensor monitoring

     Sentrius MG100/BT510/BT610 Cumulosity IoT suite from Laird Connectivity. The suite contains a number of mature wireless sensors, and the data obtained by these sensors can be sent to the cloud through the global low-power cellular network connection (LTE-M or NB IoT).

     Laird Connectivity Sentrius MG100/BT510/BT610 Cumulosity IoT kit with Laird Connectivity Pinnacle ™ 100 modem and Sentrius MG100 gateway as the core, and combines the advantages of Bluetooth 5 technology and low-power cellular LTE connection. This fully integrated single solution obtains data through sensors supporting Bluetooth 5, and then seamlessly transmits it to the industry famous Software AG Cumulosity IoT telemetry platform (60 days free trial). Cumulity IoT can provide rapid remote asset visualization and control for asset tracking, cold chain monitoring, intelligent buildings or industrial Internet of Things (IIoT) systems without software development.

     The kit is equipped with two mature sensor systems: Sentrius BT510 and Sentrius BT610. Among them, Sentrius BT510 is a multi-sensor platform, which combines four sensing functions of temperature, switch, motion and impact, as well as multiple Bluetooth 5 functions such as long-distance transmission (encoding PHY), security function and low-power Bluetooth beacon. The module integrates the Laird Connectivity BL654 series long-distance transmission module that has been used maturely and the Nordic Semiconductor nRF52840 SoC, which has powerful processing capacity and integrated 1MB flash memory, and can realize applications with rich functions through development.

     The Sentrius BT610 sensor can transform the wired sensor into a battery powered wireless node with IP67 protection level, and provide a powerful and safe information transmission function. The sensor is also equipped with BL654 series modules, so it can provide complete Bluetooth 5 functions, including LE encoding PHY. Sentrius BT610 is an ideal choice for the Internet of Things in harsh environments, because in such a scenario, the normal operation of the system cannot be separated from reliable wireless connections.