1000000 Set/Sets per Month F8L10T LoRa Data Transmission Terminal
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standard packaging for F8L10T LoRa Data Transmission Terminal
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F8L10T LoRa Data Transmission Terminal
F8L10T LoRa data transmission terminal is a wireless data transmission terminal based on LoRa spread spectrum technology. At the same time using Lora wireless transmission technology for short distance data transmission.
This product adopts industrial grade Lora scheme with high performance, based on embedded real-time operating system as the software platform, while providing RS232 and RS485 (or RS422) interface, can be directly connected to the serial device, realize the transparent data transmission function; low power design, lowest power consumption is less than 5ma@ 12VDC; 5 I/O, can achieve the digital input output, analog input, pulse counting function.
Specification Sheetfor F8L10T LoRa Data Transmission Terminal
Communication Frequency Band
410MHz - 441MHz,1000KHz Step,Recommend 433±5MHz,
Factory Setting 433 MHz
Indoor/Urban Communication Distance
Outdoor/Visual Communication Distance
6 level adjustable(0.3,0.6,1.0,1.8,3.1,5.5Kbps)
Detailed Images for F8L10T LoRa Data Transmission Terminal
Rich Port Interface And Easy to Use
5 I/O port is provided, allowing the possibility to achieve 5 digital inputs and outputs.
It’s compatible with 3 pulse output, 3 analog input and 2 pulse counting function.
Also, it provides standard RS232 and RS485 interface ports; can be directly connected to serial devices.
Industry Leading Max Transmission Distance of 8 KM
The Four-Faith LoRa module adopts a LoRa modulation technique,
acquired through many years of wireless network experiences to achieve a maximum transmission distance of 8 km.
Perfectly solving the problematic environment of small amounts of data transmission over long distances,
providing an ideal solution to all industries wireless networking needs.
Excellent Anti-Interference Features
Using the forward error correction technology to increase redundant information during transmission,
any errors are corrected immediately upon arriving at the receiving end.
Combine this with the Four-Faith channel conflict detection optimization technique to solve the problem
of node data and packet loss to greatly improve the link robustness.
-148dBm Ultra-High Receiver Sensitivity
Modulation techniques created a unique spectrum widening process, allowing the receiver sensitivity to reach -148dBm.
This makes it suitable for use in environments where stable long-distance data transmission is a top priority.
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