900MHz Antenna 13dBi Yagi w/ N-Type Female. LoRa Wi-Fi HaLow

$36.85
SKU:
A9Y13Nf
Brand:

Availability:
In stock
Weight:
1.50 LBS
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Long-Range LongFi Antenna for LoRaWAN, Wi-Fi HaLow, Meshtastic

  • A directional antenna focuses radiation in a single direction to deliver maximum signal strength.
  • The narrow beamwidth significantly minimizes interference and signal noise from surrounding wireless networks and third-party devices. This focused signal improves performance—especially compared to omnidirectional antennas, which capture 360 degrees of potential interference.
  • Includes mounting hardware: This antenna comes with a sturdy bracket system with U-bolts, enabling quick and secure mounting to a pole. (Note: the mounting pole shown in product photo is not included.)

Compatible Wireless Standards & Use Cases:

  • Compatible with Wi-Fi HaLow devices in the U.S., along with all antennas listed in our Wi-Fi HaLow Antennas category
  • SPECIFICATIONS:
    Frequency: 824-960MHz
    Gain: 13dBi
    Number of Elements: Horz.45° Vert.32°
    Polarization: Vertical
    Horizontal Beamwidth: 45°
    Vertical Beamwidth: 32°
    Front-to-Back Ratio: > 16dB
    VSWR: < 1.9: 1
    Max Power: 100 watts
    Connector: N-type female (50 ohm) with pigtail cable
    Dimensions: L820xW125xH60 mm
    Weight: 16oz

    TEST RESULTS for FREQUENCY RANGES:report antennaThe antenna exhibits a stable and well-balanced performance across the 860 to 960 MHz frequency range, with consistent impedance matching throughout the entire analyzed band. S11 measurements show VSWR values remaining approximately between 1.22 and 1.32, indicating good impedance matching and low reflection levels under real-world operating conditions.

    Frequency range Assessment Rating Compatible technologies
    0.860–0.960 GHz Excellent ★★★★★ Cellular 850/900 MHz bands (GSM 850/900), LTE Band 5 and Band 8, NB-IoT / LTE-M deployments in the 850–900 MHz range, ISM/IoT links around 915 MHz (LoRa, FSK telemetry), UHF RFID systems (regional 860–960 MHz), industrial telemetry and monitoring systems, and wideband sub-GHz wireless communication platforms.
    Consistent and well-balanced impedance matching across the entire band, with VSWR values maintained approximately between 1.22 and 1.32, indicating low reflection levels and efficient power transfer under real operating conditions.
 
 

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