Long-range LoRa device
Long-range LoRa device communication.

LoRaWAN Gateway
The F8926-GW-02 is designed as a LoRaWAN gateway that connects large numbers of IoT devices to cloud platforms. The gateway acts as the communication bridge between field devices and cloud platforms.
Dispatch and lead time are confirmed in the quote.
Manufacturer warranty24 months
Overview
The F8926-GW-02 is designed as a LoRaWAN gateway that connects large numbers of IoT devices to cloud platforms. Sensors and remote nodes communicate with the gateway using long-range LoRa wireless signals. The gateway collects this information and forwards it to cloud systems through Ethernet or cellular networks for monitoring and data processing. This architecture allows organisations to deploy many distributed sensors while keeping communication centralised and easy to manage.
The gateway acts as the communication bridge between field devices and cloud platforms. It supports LoRaWAN Class A and Class C, enabling bidirectional communication with IoT terminals. This allows devices to send data and also receive commands or configuration updates when needed. For backhaul connectivity, the gateway can transmit data through wired Ethernet or 4G cellular networks, ensuring flexible deployment in both wired infrastructure and remote environments. Wi-Fi management capabilities allow administrators to configure or update the gateway wirelessly when required.
The gateway uses a multi-channel LoRa RF architecture that can handle multiple device transmissions simultaneously. It supports 8 uplink channels and 1 downlink channel, allowing many field sensors to report data efficiently. Under optimal conditions, LoRa communication can reach up to 9 km in urban environments, enabling wide-area sensor coverage. The design also supports strong signal sensitivity, helping maintain stable communication even in complex environments.
The gateway supports multiple data delivery methods including HTTP push, MQTT messaging, and TCP connections, allowing integration with a wide range of IoT platforms. Compatibility with common platforms such as cloud IoT services and private network servers makes it easier for organisations to integrate the gateway into existing infrastructure without complex customisation.
Designed for industrial environments, the gateway supports a wide DC 9–36V power range and also allows PoE (802.3af) power input. This flexibility simplifies installation in different types of deployments. The device operates in temperatures from –35 °C to +75 °C, allowing reliable operation in both indoor facilities and demanding industrial environments.
The gateway provides multiple physical interfaces to simplify integration. It includes 10/100M Ethernet ports, Type-C console access, SIM card support for cellular connectivity, and external antennas for LoRa, Wi-Fi, and 4G communication. Indicator LEDs and a reset function help technicians monitor the device status and quickly restore default settings if needed.
Long-range LoRa device communication.
Remote gateway management support.
Automatic cloud data transmission.
Secure encrypted data communication.
Wireless device network aggregation.
DC 9–36V input, 12V/1.5A standard power.
–35°C to +75°C operating temperature.
27±1 dBm LoRa transmit power.
Technical data
| LoRa Parameters | |
|---|---|
| Traffic Channels | Simple star network |
| LoRaWAN Protocol | Class A and Class C |
| Theoretical Communication Distance | Urban Communication: 9km @ SF12 Floor Penetration: 16 floors @SF12 |
| Frequency | EU433, CN470-510, CN779-787, EU863-870, US902-928, AU915-928, AS923, KR920-923 |
| Power | 27±1dBm |
| Sensitivity | Max receiving sensitivity of antenna: -140dBm @LoRa |
| Bandwidth | 125kHz, 250kHz, 500kHz |
| Channel | 8 x uplink channels 1 x downlink channel |
| Speed Rate | Adaptive link speed rate |
| Communication Method | Half-duplex |
| Working Mode | Supports sending & receiving different frequencies Supports sending & receiving same frequencies |
| Server Reporting Method | Wired Ethernet, 4G |
| Wireless Management | Wi-Fi wireless management and upgrade |
| WIFI | |
| Frequency | IEEE802.11b/g/n standards |
| Bandwidth | IEEE802.11b /g: Maximum speed is 54Mbps IEEE802.11n: Maximum speed is 150Mbps |
| Encryption | WEP, WPA, WPA2, WPS (Optional) |
| Power | 20dBm(11n),24dBm(11g),26dBm(11b) |
| Sensitivity | <-72dBm @ 54Mbps |
| Cellular Network | |
| Standards and Frequency Bands | LTE FDD, LTE TDD, EVDO, WCDMA, TD-SCDMA, CDMA1X, GPRS/EDGE |
| Theoretical Bandwidth | LTE FDD:downlink 100Mbps,uplink 50Mbps LTE TDD:downlink 61Mbps,uplink 18Mbps DC-HSPA+:downlink 42Mbps,uplink 5.76 Mbps TD-HSPA+:downlink 4.2Mbps,uplink 2.2Mbps EVDO Rev. A:downlink 3.1Mbps,uplink 1.8Mbps |
| Power | <23dBm |
| Sensitivity | <-97dBm |
| Interfaces | |
| WAN(POE) | WAN/LAN, 1x10/100M Ethernet port (RJ45 socket), adaptive MDI/MDIX, built-in 1.5kV electromagnetic isolation protection |
| LAN | 1x10/100M Ethernet port (RJ45 socket), adaptive MDI/MDIX, built-in 1.5kV electromagnetic isolation protection |
| Console | Type-C USB |
| Indicator | "PWR", "SYS", "Wi-Fi","LoRa " |
| Power Supply | Standard 3-core locomotive power socket with built-in power reverse phase protection and overvoltage protection |
| TF Card | 8GB/32GB, Support customises |
| Antenna | LoRa, WIFI, 4G |
| Indicator | "PWR", "SYS", "Wi-Fi","LoRa ", "4G" |
| Reset | Use this button to restore gateway parameters to factory defaults |
| SIM | Support 3FF card |
| Physical Properties | |
| Operating Temperature | -35~+75ºC |
| Storage Temperature | -40~+85ºC |
| Relative Humidity | 95% (non-condensing) |
| Hardware | |
| CPU | Industrial grade 32-bit communication processor |
| FLASH | 32MB |
| DDR2 | 128MB |
| Power Consumption | |
| Stand By | Average Current ≤ 120mA @ 12V |
| Communication | Transmitting Current ≤ 450mA @12V (4G) Transmitting Current ≤ 145mA @12V (Without 4G) Receiving Current ≤ 120mA @12V |
| Power Supply | |
| Standard | 12V/1.5A (Recommend) |
| Range | DC 9~36 V |
| POE | (802.3AF) Power 25W max |
| Others | |
| Shell | Aluminium casing, IP30 |
| Dimensions | 160x105x24mm (Not include antenna and other components) |
| Weight | 450g (No include accessories ) |
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Applications
In smart grid environments, the gateway can collect information from distributed metres and sensors across power infrastructure. Long-range LoRa connectivity allows utilities to monitor equipment, energy usage, and environmental conditions across large service areas.
Transportation systems often rely on sensors and remote monitoring devices. The gateway enables these devices to transmit operational data through LoRa networks while forwarding information to central control systems via Ethernet or cellular connectivity.
Manufacturing plants and industrial facilities use sensors to monitor equipment performance, environmental conditions, and production processes. The gateway aggregates data from many devices and sends it to cloud platforms where operators can analyse system performance.
In smart building deployments, LoRa sensors can monitor lighting, environmental conditions, and building systems. The gateway acts as the communication hub that collects device data and connects building management systems to cloud services.
Financial systems such as distributed POS devices may require reliable communication infrastructure. The gateway can serve as a data aggregation point, ensuring devices transmit information securely to backend systems.
Documentation
Questions
–35 … +75 °C, according to the specification.
IP30, according to the specification.
Long-range LoRa device communication, according to the manufacturer description.
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Manufacturer warranty24 months
Europe & United Kingdom
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