Black Friday Sale: Enjoy 25% OFF sitewide on all products with coupon code "BF2024". Hurry, offer ends Dec 2, 2024!

LoRa antennas

These LoRa antennas are designed for LoRa modules. Choose between different models, all compatible with LoRa modules.

Sort by:
LoRa 868MHz antenna 200mm
LoRa 868MHz antenna 200mm

This antenna is designed for LoRa modules based on 868MHz frequency (Europe).

 

Frequency range: 868MHz (Europe)
Impedance: 50ohm
• Lenght: 200mm
• Connector type: SMA male

Antenna LoRa 868MHz SMA
Antenna LoRa 868MHz SMA

This antenna is designed for LoRa modules based on 868MHz frequency (Europe).

 

Frequency range: 868MHz (Europe)
Impedance: 50ohm
6dBi
Length: 261mm
• Connector type: SMA male

LoRa 868MHz antenna 79mm
LoRa 868MHz antenna 79mm

This antenna is designed for LoRa modules based on 868MHz frequency (Europe).

 

Frequency range: 868MHz (Europe)
Impedance: 50ohm
• Lenght: 79mm
• Connector type: SMA male

LoRa 868MHz antenna 110mm
LoRa 868MHz antenna 110mm

This antenna is designed for LoRa modules based on 868MHz frequency (Europe).

 

Frequency range: 868MHz (Europe)
Impedance: 50ohm
• Lenght: 110mm
• Connector type: SMA male

LoRa 868MHz wire antenna
LoRa 868MHz wire antenna

This antenna is designed for LoRa modules based on 868MHz frequency (Europe). It is soldered on a hole in PCBs and has a significantly better sensitivity compared to ordinary wire.

 

Frequency range: 868MHz
Impedance: 50ohm
• Diameter: 5mm
Lenght (spiral): 14mm

LoRa antenna SDBF0.5-868 868MHz
LoRa antenna SDBF0.5-868 868MHz

This LoRa antenna is specially designed for use with the LoRa protocol. Through detailed testing, we have determined that it achieves maximum range in open spaces and we recommend it for use with external gateways.

 

Mounting type: pole, comes with a holder
• Connector: N-type
• Gain: 6.5dBi
• Frequency: 868MHz (Europe)
Impedance: 50 ohm
• Dimensions: 55 x 2.6 cm

items per page

11 years in the industry

Customers in 80+ countries

20,000+ satisfied customers

250+ Soldered-designed products