The Things Indoor Gateway(TTIG) is designed to be a fully compliant, ultra-low-cost LoRaWAN gateway, with WiFi as the backhaul. The Things Indoor Gateway(TTIG) is designed to be a fully compliant, ultra-low-cost LoRaWAN gateway, with WiFi as the backhaul. The gateway comes with a power adapter and can be powered over USB-C on 900mA, making the gateway even suitable for applications that require dynamic coverage An 8 channel LoRaWAN indoor gateway<BR/>Gateway supports the state-of-the-art BasicStation Protocol.<BR/>Supports LBT.<BR/>Simple setup steps taking lesser than 5 mins.<BR/>Can connect to any network backend of choice.<BR/>Setup and Connectivity over WiFi.<BR/>Can be powered up via a USB-C cable or via an elegant connector to the power outlet.<BR/>Built-in omnidirectional antenna for indoor use.<BR/>EU868, US915, IN868, ANZ915, AS923 and CN470 versions available.<BR/>Security via a range of modes.

The Things Indoor Gateway(TTIG) is designed to be a fully compliant, ultra low-cost LoRaWAN gateway, with WiFi as the backhaul. The Things Indoor Gateway(TTIG) is designed to be a fully compliant, ultra low-cost LoRaWAN gateway, with WiFi as the backhaul. The gateway comes with a power adapter for UK and can be powered over USB-C on 900mA, making the gateway even suitable for applications that require dynamic coverage., making the gateway even suitable for applications that require dynamic coverage Features:<BR/>An 8 channel LoRaWAN indoor gateway<BR/>Gateway supports the state-of-the-art BasicStation Protocol.<BR/>Supports LBT.<BR/>Simple setup steps taking lesser than 5 mins.<BR/>Can connect to any network backend of choice.<BR/>Setup and Connectivity over WiFi.<BR/>Can be powered up via a USB-C cable or via an elegant connector to the power outlet.<BR/>Built-in omnidirectional antenna for indoor use.<BR/>EU868, US915, AS923 and CN470 versions available.<BR/>Security via a range of modes.<BR/>Comes with a UK adapter for the UK market.

The Things Industries Generic Node device provides a set of features that can be used as it is or modified to achieve desired functionality. Device on-board components reflect a number of design decisions that prioritize security, low power and long range<BR/>The inherited feature set provides a foundation that can be tailored and used in various environments