Bar mobile handset antennas to Fractus Homepage
Fractus Bar Handset Antennas

Consumer pressure for slimmer, design-conscious mobile handsets continues to rise. Responding quickly to those pressures requires device designers that take advantage of every possible low profile component technology.

Fractus is continually evolving its technology portfolio with new antenna miniaturisation technologies to deliver among the lowest profile mobile antennas available today. Fractus patented ground plane technology for example enables Fractus to tune the resonance of the PCB, delivering improved performance in the lower frequencies and reducing the profile of quadband and pentaband mobile antennas.

With typical PIFA antennas seven to eight millimetres thick, Fractus is delivering mobile antennas less than 4mm thick - to enable some of the thinnest cell phones available today.

One handset developer was designing a slim bar handset 14mm thick, 30% slimmer than typical bar phones. Fractus used its proprietary Fracplane® technology and extensive internal antenna design expertise to develop a low profile triband antenna just 3.2mm thick.

Another manufacturer developing a 15mm bar handset faced issues because of a large, 19mm diameter loudspeaker directly below the antenna. There was just 5mm available for antenna height. Fractus delivered a triband antenna with greater than 30% efficiency at GSM 900 and over 40% at GSM 1800 and PCS 1900.

For more information, contact us at mobile@fractus.com or call +34 935 442 690.

 

Fractus GSM Quadband Mobile Handset Antennas

Fractus GSM Quadband Mobile Handset Antennas

All Fractus mobile handset antennas are covered by at least one or more of our patents or patent applications. On this page, the Fractus antenna is covered by: PAT. EP1223637, EP1258054; PAT.PEND. WO0122528, US2002140615, WO0154225, US11/154,843, WO03023900, US10/797,732, PCT/EP2005/010131.

CTIA Measured Active Phone Performance
EGSM DCS PCS
TRP = 29.7dBm TRP = 27.3dBm TRP = 28.2dBm
Sensitivity = -108dBm Sensitivity = -106dBm Sensitivity = -104dBm