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Rubber Antenna 3g SMA Male for Hot Sale Asialeren 2dbi 5dbi

This antenna is specifically designed for Lora devices operating at 868MHz frequency, making it ideal for long-range communication.
 
  • GL-DY416

  • Asialeren

  • 8517710000

  • GL-DY416.pdf

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3G Rubber Antenna

GL-DY416

Electrical Index

Frequency-MHz

868-2170

Gain-dBi

2.5

VSWR

<2.0

Normal Impedance-Ω

50

Polarization

Linear

Mechanical Index

Connector

SMA R/A male

Antenna Dimension-mm

8*85

Environmentally Friendly

ROHS Compliant

Temperature-℃

-40~+88

Humidity-﹪

5~95


416 1416 2416 0415 1













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lora 868mhz rubber antenna

The Lora 868MHz rubber antenna is a crucial component for wireless communication. Its design and material make it highly durable and resistant to environmental factors. With its optimized frequency range, it ensures reliable and efficient transmission of data. This antenna is specifically designed for Lora devices operating at 868MHz frequency, making it ideal for long-range communication. Its rubber construction provides flexibility and protection against harsh weather conditions. The Lora 868MHz rubber antenna is easy to install and compatible with various Lora devices. It is an essential accessory for any wireless communication system, guaranteeing seamless connectivity and enhanced signal strength.


1.What is Lora ?

LoRa is a low-power LAN wireless standard developed by semtech. Operating frequency :ISM band includes 433MHz, 868MHz, 915MHz, etc. Low power long distance running and high power long distance running is more difficult. LoRa is a long-range radio, it is characterized by the same power consumption, than other wireless transmission distance, to achieve the unity of low power and long distance.
2.The relationship between Lora antenna length and transmission distance?

In Lora communication system, antenna is an important part of information transmission. The length of the antenna directly affects the radiation effect and receiving sensitivity of the signal, and then affects the transmission distance. In general, the longer the antenna length, the longer the transmission distance. This is because longer antennas can produce a stronger signal, helping to overcome attenuation and interference in the transmission path.

However, there are some limitations to antenna length. First, the frequency band used in the Lora system determines the optimal length range for the antenna. Second, too long an antenna may cause the beam of the signal to narrow, thus limiting the transmission distance. Therefore, when designing Lora system, the balance between antenna length and transmission distance should be considered comprehensively.



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