MikroTik KNOT LR9G — Industrial IoT Gateway for Professional Networks

MikroTik KNOT LR9G is a compact LoRaWAN gateway designed for large-scale IoT deployments in rural, urban, and industrial environments. It is deployed by system integrators, smart city infrastructure operators, and companies managing distributed sensor fleets across wide geographic areas — asset tracking, agricultural monitoring, vending machine management, and utility applications. It connects hundreds of low-power IoT devices over significant distances, providing extended wireless coverage where other connectivity technologies are impractical or not economically viable.

KNOT LR9G combines LoRaWAN technology with both internal and external antennas included in the kit, providing maximum installation flexibility and optimized coverage for each deployment environment. Built-in encryption ensures secure communications between the gateway and IoT devices in the network, while compatibility with diverse sensors and IoT devices simplifies integration into existing heterogeneous infrastructures. A maximum draw of just 6W and compact 122×87×26 mm dimensions facilitate installation in locations with limited power resources and restricted space.

The device runs RouterOS v7, providing an intuitive administration interface, advanced security, full network control, and compatibility with cloud platforms for centralized management and integration into existing IoT ecosystems. Remote administration enables monitoring and configuration of the gateway without physical site visits — essential for deployments distributed across wide geographic areas. Full functionality is available with no subscriptions or recurring licensing costs.

Recommended for large-scale smart agriculture IoT deployments — monitoring humidity, temperature, and irrigation sensors across extensive areas — and for smart city operators managing distributed urban sensor infrastructure. Also suited for asset tracking in hospitals, warehouses, and industrial campuses, management of vending machines and unattended equipment, and any IoT deployment where extended coverage, low power consumption, and communication security are essential operational requirements.