Antenna 915 MHz 3dBi Omni w/U.FL connector for GSM, LoRa, ZigBee


In stock
0.03 LBS

Antenna 915 MHz 3dBi Omni w/U.FL connector

Omni Antenna: 3 dBi 915 MHz with U.FL connector

This antenna is made by stripping the shielding off of a 1.13mm coaxial antenna cable to a U.FL female connector . With its 360-degree omni-directional capability, it is excellent for use in both low and high elevation areas. It is a convenient and easy to use antenna as it connects directly to the U.FL jack of the device.

Customizable: with a different length of the cable, or with a different connector type: We can customize this for purchase of qty 40 or more.

Compatibility with wireless standards & applications: This omni directional antenna's range of frequency band compatibility in the 860 MHz to 960 MHz frequency band range, its low broadband VSWR, and impedance matching to 50 Ohm gear, makes it suitable and compliant for all the following applications:

  • GSM: Broadband design for GSM systems: 4G networks: AT&T Mobility & Verizon.
  • 900MHz ISM Band. Can also be made to operate on other VHF and UHF frequencies within the ISM frequency bands.
  • Non Line of Sight (NLOS).
  • IoT wireless & M2M: Since it is vertically polarized, it is compatible with many machine to machine communication applications, remote monitoring, and telemetry applications:
    • RFID
    • For 3G / GSM, LoRa, ZigBee, and any other wireless protocol that uses a frequency in the 850-920MHz band.
    • SCADA
    • Wireless Video Links


Frequency: 850~920 MHz
Gain: 3.0 dbi
Impedance: Antenna element, cable and connector are impedance-matched-matched to 50 Ohm gear.
Beamwidth: H-Plane: 360-degrees: The omni dipole antenna receives and sends signals from 360 degrees all around it. It will also send wireless signals low and high enough to reach two levels of the building from a location in or adjacent to the building.


ROHS 3 & REACH compliant: Antenna, cable and connector are all compliant with ROHS 3 and REACH.

U.FL Connector Characteristics:

  • U.FL female has a socket. U.FL male has a pin and is the connector that is the "jack" on a devices such as BlueTooth boards, and ZigBee radios such as XBee, Printed Circuit Boards (PCBs) and internal mini-PCI wireless cards (even though the gender is male, it is the jack U.FL connector.
  • U.FL connectors are widely used in M2M and IOT (Internet of Things) wireless applications.
  • U.FL female right-angle type is the most common U.FL connector type found on U.FL cables: 95% of U.FL cables have a U.FL female right-angle connector.
  • Gender Determination: Micro-connectors such as U.FL have gender that is counter to typical RF terminology for gender, in that "jack" is more typically synonymous with "female:" A U.FL jack on a board (PCB) is the male U.FL, and the connector that mates with the jack is the female.
  • Connecting and disconnecting U.FL connectors from the jack can be difficult to do properly without damaging the U.FL connector or jack. We offer a U.FL insertion tool to enable you to connect/insert and remove/disconnect easily, without causing any damage to the cable, connector or jack.
  • U.FL connector is also known as Ultra Miniature Coax Connectors (UMCC), and enables attaching antenna to a U.FL jack/connector on PCBs: U.FL female mates with a female HiRose/U.FL jack, also known as U.FL-LP-66 jack/connector.
  • U.FL connector is precision machined and gold-plated brass for low signal loss.

Data Alliance's high-quality soldered terminations of U.FL connectors with soldering provide a low-loss connection with discontinuities kept to a minimum.


All of our antennas pass QC test before we ship them.

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