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Shenzhen Jiexun Yilian Technology Co., Ltd
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Shenzhen Jiexun Yilian Technology Co., Ltd

  • E-mail

    yl-link@rf-module.cn

  • Phone

    1829845801

  • Address

    South 602, Building 23, West Industrial Zone, High tech Middle Four Road Park, Nanshan District, Shenzhen, Guangdong Province

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Serial wireless data transmission module YL-2W

NegotiableUpdate on 07/05
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Overview

Chip solution: LoRaTM spread spectrum modulation technology Carrier frequency: 420-450MHz No application frequency band, other frequency bands can be customized Transmission power: Maximum transmission power+33dBm Communication distance: Effective in open areas up to 10-12 kilometers Product size: 99 * 96 * 24.4mm Communication interface: MAX485/MAX232/TTL Product introduction: YL_LoRa_2W is a high-performance, low-power, long-distance low-power RF wireless data transceiver with internal automatic spread spectrum calculation and preamble CRC error correction processing, without changing any user data and protocol. It adopts a half duplex transparent transmission mechanism to achieve wireless replacement function. The RF chip of the radio station is based on spread spectrum frequency hopping technology, which surpasses existing GFSK radio stations in terms of stability, anti-interference ability, and reception sensitivity. Configuring STM low-power high-speed processor has improved data processing capability and computing speed. Users can flexibly configure the working frequency, serial port rate, spreading factor, effective data ratio, and spreading bandwidth of the radio station according to their actual needs through the upper computer software configured by our company. The operation is simple and easy to use. The software and hardware of the radio station are designed according to industrial standards and have strong protective measures. Ensure stability in special environments

Product Details

product overview
YL_LoRa-2W is a high-performance, low-power, long-range low-power RF wireless data transceiver. It features automatic spread spectrum calculation and preamble CRC error correction processing, without changing any user data or protocol. It adopts a half duplex transparent transmission mechanism to achieve wireless substitution. The RF chip of the radio station is based on spread spectrum frequency hopping technology, which surpasses existing GFSK radio stations in terms of stability, anti-interference ability, and reception sensitivity. Configuring STM low-power high-speed processor has improved data processing capability and computing speed. Users can flexibly configure the working frequency, serial port rate, spreading factor, effective data ratio, and spreading bandwidth of the radio station according to their actual needs through the upper computer software configured by our company. The operation is simple and easy to use. The software and hardware of the radio station are designed according to industrial standards and have strong protective measures. Ensure stable and reliable operation in special environments. The radio design has multiple interfaces, including industrial grade 485, industrial grade TTL, and standard DB9 serial port 232, with a wide voltage input of 6-35V. It is a data transmission radio that is fully suitable for industrial applications.



Technical Parameter Parameter Description
Modulation Type LoRaTMSpreading
Operating Frequency 420~450MHz (customizable)
Transmission power 33dBm
receiver sensitivity -138dBm
Series Rate 1200bps57600bps(Default)9600bps
Interface verification 8E1/8O1/8N1 (optional)
working voltage 635V
Emission Current 1A(Transmission power)33dBm
Receiving Current 25mA
operation temperature -40+85 (Industrial grade)
Working humidity 10% to 90% relative humidity, no condensation




Product Application
1. Smart homes, smart transportation, sensor networks
2. Industrial automation, agricultural modernization, and building intelligence
3. Automatic centralized meter reading system for water, electricity, gas, heating and other measuring instruments
4. Information collection of water conservancy, oil fields, mines, meteorology and other equipment
5. Street light control, power grid monitoring, wind solar complementary system
6. Wireless transmission of industrial equipment data and industrial environment monitoring
7. Everything else needs to be replaced by wirelessThe situation of TTL/RS232/RS485 wired communication