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2.5 dBi SMA Male (Center pin) Soft Flexible Whip Antenna for T-Beam, T-Echo, Other LoRa Radio in Saudi Arabia 2.5 dBi SMA Male (Center pin) Soft Flexible Whip Antenna for T-Beam, T-Echo, Other LoRa Radio in Saudi Arabia 2.5 dBi SMA Male (Center pin) Soft Flexible Whip Antenna for T-Beam, T-Echo, Other LoRa Radio in Saudi Arabia 2.5 dBi SMA Male (Center pin) Soft Flexible Whip Antenna for T-Beam, T-Echo, Other LoRa Radio in Saudi Arabia 2.5 dBi SMA Male (Center pin) Soft Flexible Whip Antenna for T-Beam, T-Echo, Other LoRa Radio in Saudi Arabia 2.5 dBi SMA Male (Center pin) Soft Flexible Whip Antenna for T-Beam, T-Echo, Other LoRa Radio in Saudi Arabia 2.5 dBi SMA Male (Center pin) Soft Flexible Whip Antenna for T-Beam, T-Echo, Other LoRa Radio in Saudi Arabia 2.5 dBi SMA Male (Center pin) Soft Flexible Whip Antenna for T-Beam, T-Echo, Other LoRa Radio in Saudi Arabia

2.5 dBi SMA Male (Center pin) Soft Flexible Whip Antenna for T-Beam, T-Echo, Other LoRa Radio

SAR 65
Brand
Rokland
Weight
33 g
– 1 +

Special Features

  • 2.5 dBi SMA Male 915 MHz soft flexible whip antenna is an omni-directional SMA Male dipole antenna with 2.5 dBi peak gain.
  • Compatible with 915 Mhz radio projects such as Meshtastic as well as many RAKwireless, LILYGO, Heltec, and Seeed Studio LoRaWAN radios and products that have SMA radio connectors
  • 915 Mhz is the commonly used LoRaWAN and Meshtastic band used in North America and Australia. If you are using elsewhere, you may need a different frequency antenna.
  • Nanometer testing note: Nanometers don't identify the parameters of resistance and capacitance of the soft antenna structure properly. Use of a network anaylzer is recommended for correct VSWR testing. Our testing uses Agilent 8753d network analyzer to show accurate SWR pattern. Using a nanometer is not advisable for soft antennas.

Description

Rokland brand 2.5 dBi SMA Male 915 MHz soft flexible whip antenna is an omni-directional SMA Male dipole antenna with 2.5 dBi peak gain. The antenna is 7.8 inches tall and and can be completely bent as shown in the photo without internal damage. Suitable applications are as a factory replacement antenna IoT hardware and Mesh networking devices. Flexibility is perfect for handheld radios like LILYGO T-Echo.

Nanometer testing note: Nanometers don't identify the parameters of resistance and capacitance of the soft antenna structure properly. Use of a network anaylzer is recommended for correct VSWR testing. Our testing uses Agilent 8753d network analyzer to show accurate SWR pattern. Using a nanometer is not advisable for soft antennas.

SMA Male (this antenna): inside threading, center pin. Be cautious to get the correct connector, SMA and RP-SMA antennas are different connections.

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