Product Description
Four-Faith LoRa Router F8936-L
- Four-Faith's F8936-L is an IoT wireless communication router. It plays the role of transmitting wireless data through public networks in real IoT-applied solutions and other smart interactive scenarios. F8936-L LoRa router also supports short-distance data transmission through LoRa wireless technology.
- The F8936-L LoRa router adopts an industrial-grade design, including an industrial-grade 32-bit processor and wireless module, with the watchdog system, which makes the F8936-L suitable for industrial uses and capable of keeping its stable operation even in harsh environments.
- With standard ports including RS232 and RS485, the F8936-L LoRa router has the capacity to connect multiple devices simultaneously for wireless data transmission.
- The F8936-L LoRa router has been widely used in the M2M field of the IoT industry chain, such as smart grids, smart transportation, and environmental protection, etc.
2.5G/3G/4G & LoRa router dual wireless link
- With 2.5G/3G/4G public network wireless communication and LoRa wireless communication technologies, the F8926-L LoRa Route is the perfect solution for short-distance wireless transmissions.
A Communication distance of more than 15 km
- The F8936-L's LoRa module adopts cutting-edge modulation technology that has a communications distance of more than 11.5 km, which makes it extremely suitable for transmitting data both long and short distances.
Highly sensitive receiver: -140 dBm
- The modulation technology of the F8936-L improves the signal and creates a unique spectral widening process. Its receiver sensitivity reaches the level of -140 dBm, which makes It suitable for long-distance data transmission and highly reliable for various occasions.
- Certification: CE
- Receiver sensitivity: -140dBm
- Outer shell: metal, IP30 protection level
- Standard ports: RS232, RS485, Ethernet LAN(WAN), WiFi
- CPU: industrial-grade 32-bit processor & wireless module
- System: watchdog design, complete mechanisms, stable operation
- Applied scenario: M2M fields of the IoT industry, smart factories, etc.