F8L10T Four-Faith LoRaWAN Gateway

Core Purpose

The F8L10T is an industrial LoRa data transmission terminal designed for reliable wireless communication between field devices and control systems. It enables serial equipment to send and receive data over long distances using LoRa spread spectrum technology.

This device is commonly used in machine-to-machine (M2M) environments where wired connectivity is difficult or expensive. It supports applications such as industrial monitoring, telemetry systems, and remote equipment control.

Connectivity and Communication

The terminal communicates using LoRa wireless technology and supports global frequency bands including 433 MHz, 470 MHz, 780 MHz, 868 MHz, and 915 MHz. This allows the device to be deployed across different regional networks while maintaining stable long-distance communication.

Depending on the model, the device supports transmission power up to 30 dBm (1 W) and receiver sensitivity down to –140 dBm, enabling reliable communication even in challenging environments. Outdoor line-of-sight communication can reach up to 11.5 km, while indoor or urban environments typically support distances up to 2 km.

Flexible bandwidth options from 0.3 to 5.5 Kbps allow the device to adapt to different data transmission needs, balancing range and data throughput.

Networking and Data Transmission

The device supports self-organising LoRa networking and can operate as both a relay node and a terminal device. This allows multiple devices to form a communication network that can extend coverage without relying on traditional infrastructure.

Network capacity can reach up to 65,000 nodes, with a typical deployment supporting around 300 nodes in practical applications. Data can be transmitted either through broadcast messaging or through destination address communication depending on the network design.

Interfaces and Integration

The F8L10T provides industrial serial connectivity through 1 RS232 port and 1 RS485 (or RS422) port, enabling direct integration with sensors, PLCs, metres, and other serial equipment.

The device also includes 5 I/O channels, supporting 3 analog inputs and 2 digital input/output channels, with pulse counting capability available on two channels. These interfaces allow the terminal to collect data from external devices and transmit it over the LoRa network.

A standard SMA antenna interface ensures stable wireless connectivity and can optionally include lightning protection for outdoor installations.

Power and Environmental Suitability

The device supports a wide operating power range from DC 5–36 V, with a typical supply of 12 V / 0.5 A, making it suitable for various industrial power systems.

Power consumption is optimised through low-power operating modes. Sleep mode consumption can be as low as 3.1 mA, while transmission current ranges from approximately 60 mA to 125 mA depending on the model and power supply conditions.

The terminal is built with an iron housing with IP30 protection, providing durability for industrial environments. It operates reliably within a temperature range of –40 °C to +85 °C and supports humidity levels up to 95% (non-freezing).

Physical Design

The device features a compact industrial enclosure measuring 91 × 58.5 × 22 mm and weighing approximately 205 g. Its terminal block interface simplifies installation in control cabinets and industrial panels.

Integrated status indicators labeled Power, ACT, and Online provide quick visual feedback on device operation and network status.