Panorama Antennas TFD-7-60-02UFL FLEXI COMPACT CELLULAR EMBEDDED ANTENNA - U.FL R.ANG.PLG - 200mm LG

TFD-7-60-02UFL by Panorama Antennas Ltd.

The TFD-7-60-02UFL is a wideband cellular embedded antenna for 4G / LTE / 5G, covering a frequency range from 698 MHz to 6000 MHz. It has been developed for global cellular applications and is ideal for industrial routers, gateways, telematics systems and IoT devices.

The flexible FPCB dipole structure is ground plane independent, allowing straightforward integration into a wide range of enclosure designs. Installation is carried out on non-conductive surfaces using the integrated high-performance adhesive backing. The antenna is supplied with a C113 coaxial cable (1.13 mm) and a right-angle UFL plug, making it suitable for compact embedded device layouts.

Technical Data

Electrical Properties:

Frequency Range: 698-960 MHz / 1710-6000 MHz

• Supported Technologies: 4G / LTE / 5G

• Typical VSWR: < 3:1

• Typical Peak Gain:

- up to 2 dBi (698-960 MHz)

- up to 3.6 dBi (1710-2700 MHz)

- up to 6.5 dBi (3300-4900 MHz)

- up to 8.5 dBi (5150-6000 MHz)

• Typical Efficiency:

- up to 63% (617-960 MHz)

- up to 66% (1710-2700 MHz)

- up to 69% (3300-4900 MHz)

- up to 64% (5150-6000 MHz)

• Polarisation: Linear

• Radiation Pattern: Omni-directional

• Impedance: 50 O

• Max Input Power: 5 W

Mechanical Properties:

• Dimensions: Length 126 mm, Width 10 mm, Thickness 1.6 mm

• Material: Flexible PCB substrate with adhesive backing

• Operating Temperature: -40 °C to +80 °C

• Colour: Black

Mounting Data:

• Mounting: Self-adhesive installation on non-conductive surfaces

Connector Data:

• Cable Type: C113

• Cable Diameter: 1.13 mm

• Cable Length: 200 mm

• Connector: Right-angle UFL plug

Special Features

The TFD-7-60-02UFL provides global LTE and 5G Sub-6 GHz coverage within a single ultra-flexible embedded antenna. Its ground plane independent design ensures reliable broadband cellular performance across low-, mid- and high-band frequencies while enabling easy integration into space-constrained industrial devices.